国产精品1024永久观看,大尺度欧美暖暖视频在线观看,亚洲宅男精品一区在线观看,欧美日韩一区二区三区视频,2021中文字幕在线观看

  • <option id="fbvk0"></option>
    1. <rt id="fbvk0"><tr id="fbvk0"></tr></rt>
      <center id="fbvk0"><optgroup id="fbvk0"></optgroup></center>
      <center id="fbvk0"></center>

      <li id="fbvk0"><abbr id="fbvk0"><dl id="fbvk0"></dl></abbr></li>

      無(wú)乳鏈球菌抗原Ⅰ和Ⅱ的制作方法

      文檔序號(hào):1091327閱讀:389來(lái)源:國(guó)知局
      專(zhuān)利名稱(chēng):無(wú)乳鏈球菌抗原Ⅰ和Ⅱ的制作方法
      技術(shù)領(lǐng)域
      本發(fā)明涉及編碼無(wú)乳鏈球菌(Streptococcus agalactiae)抗原的分離的核酸分子,所述分子適合用于預(yù)防和治療無(wú)乳鏈球菌引起的細(xì)菌感染的藥物藥劑的制備無(wú)乳鏈球菌是革蘭氏陽(yáng)性細(xì)菌,基于其血瓊脂上的溶血模式屬于B組鏈球菌(GBS)。所述生物體是有莢膜的,莢膜是致病重要的元素。莢膜是抗原性的,并形成通過(guò)血清型分類(lèi)GBS的基礎(chǔ)。已經(jīng)鑒定出九個(gè)截然不同的GBS血清型Ia、Ib、II、III、IV、V、VI、VII和VIII。顯示多數(shù)無(wú)乳鏈球菌血清型引起嚴(yán)重的疾病,估計(jì)兩個(gè)最普遍的血清型-III和V型-負(fù)責(zé)世界上大多數(shù)的侵入性疾病。分級(jí)和血清型的流行因年齡組和地理范圍而不同。在美國(guó),GBS III型造成多于50%的嬰兒疾病,V型造成大約40%的非孕成人疾病,Ia型造成大約三分之一任何患者群的疾病。
      無(wú)乳鏈球菌在極端年齡和有潛在疾病的那些人是很重要的人類(lèi)疾病的原因。B組鏈球菌是新生兒全身和局部感染的主要原因。自從二十世紀(jì)七十年代,GBS是美國(guó)新生兒的主要病原體。細(xì)菌感染能導(dǎo)致威脅生命的疾病,例如敗血癥、肺炎和腦膜炎。存活者變成有聽(tīng)力、學(xué)習(xí)和視力殘疾的終身殘廢。新生兒通常在分娩期或他們有GBS群集(colonized)的母親生產(chǎn)時(shí)獲得所述生物體。另外,GBS也是懷孕婦女以及慢性疾病和年長(zhǎng)患者感染的常見(jiàn)原因,例如遭受糖尿病、惡性腫瘤、免疫缺陷性疾病等等的那些人(Balter,S等的綜述,革蘭氏陽(yáng)性病原體,F(xiàn)ischetti V.A.等編輯,ASM Press 2000,154-160頁(yè))。
      10-35%懷孕婦女有GBS群集,但是無(wú)癥狀。然而,因?yàn)榇怪鞭D(zhuǎn)播的危險(xiǎn),GBS群集很重要。50-70%有群集的婦女所生的新生兒-就是5-15%所有的新生兒-在分娩過(guò)程中變成有GBS群集。群集是感染和疾病的先決條件。多數(shù)早產(chǎn)兒由于很低的母親抗體轉(zhuǎn)遞和不成熟的免疫系統(tǒng),對(duì)于侵入性疾病有最高的危險(xiǎn)。懷孕時(shí)GBS的攜帶可以是慢性的、間歇的或暫時(shí)的。很難評(píng)價(jià)攜帶的持續(xù)時(shí)間,因?yàn)閶D女在從后三個(gè)月至出生前的檢查之中已經(jīng)被篩選過(guò)一次了。一些研究提示妊娠末三個(gè)月中和分娩時(shí)的群集狀態(tài)之間有相關(guān)性(~90%)。分離物的血清型指出相同類(lèi)型的持續(xù)最普遍(Balter,S.等的綜述,革蘭氏陽(yáng)性病原體,F(xiàn)ischetti V.A.等編輯,ASM Press 2000,154-160頁(yè))。
      沒(méi)有預(yù)防性的干預(yù),1至2%所有的新生兒和15%有嚴(yán)重群集的婦女所分娩的新生兒形成了侵入性疾病(敗血癥、肺炎和/或腦膜炎)。在美國(guó),GBS感染影響1-5個(gè)新生兒/1000個(gè)安全出生兒。美國(guó)每年發(fā)生大約17,000個(gè)病例的GBS疾病,7,500個(gè)發(fā)生于預(yù)防前的新生兒。GBS是細(xì)菌腦膜炎最普遍的原因,造成~40%這個(gè)年齡組報(bào)告的所有病例。在美國(guó)侵入性GBS疾病的總發(fā)病率是0.2-0.7/100,000。在歐洲稍微低些。侵入性疾病沒(méi)有預(yù)防干預(yù)的死亡率是6%,每16個(gè)感染的新生兒死亡,20%的幸存者終生殘疾。
      嚴(yán)重B組鏈球菌感染的比率在新生兒中要比任何其它年齡組中要高很多。然而,嚴(yán)重的B組鏈球菌感染發(fā)生在男性和女性的其他年齡組。非孕成人中,嚴(yán)重疾病的比例在每100,000個(gè)人4.1至7.2個(gè)病例的范圍。侵入性感染(細(xì)菌進(jìn)入通常不暴露于細(xì)菌的體內(nèi)部分的感染)平均死亡率對(duì)于年齡在18-64歲的成人是8-10%,在65歲及以上的成人是15-25%。死亡率在更年輕的成人和沒(méi)有其它疾病狀態(tài)的成人要低些。嚴(yán)重B組鏈球菌疾病的比率隨著年齡而增加。非孕成人中病例的平均年齡是大約60歲。多數(shù)成人B組鏈球菌疾病發(fā)生在有嚴(yán)重疾病狀態(tài)的成人中。這些包括糖尿病;肝臟疾病;中風(fēng)史;癌癥史;或褥瘡。在年長(zhǎng)者,嚴(yán)重B組鏈球菌疾病的比率在護(hù)理院居住者中和臥床住院病人更為普遍。非孕成人中通常在新近外傷后或在接受例如手術(shù)的某些侵入性醫(yī)院操作后得B組鏈球菌疾病({Farley,M.,2001};{Jackson,L.等人,1995};www.cdc.gov/groupbstrep/)。
      預(yù)防前新生兒疾病的直接醫(yī)療花費(fèi)是每年兩億九千四百萬(wàn)美金,GBS仍然是相當(dāng)大的經(jīng)濟(jì)負(fù)擔(dān)。
      無(wú)乳鏈球菌感染的確診一般依賴(lài)于生物體從子宮頸棉棒取樣、血或其它通常無(wú)菌的身體位點(diǎn)的分離。也可利用檢測(cè)體液中莢膜多糖抗原的測(cè)試。
      青霉素G是已經(jīng)確定的GBS病例的治療選擇。對(duì)于菌血癥、肺炎和軟組織感染推薦十天的治療,而對(duì)于腦膜炎推薦2-3周,對(duì)于骨髓炎3-4周。
      自從1994年在北美已經(jīng)建立了預(yù)防,方法是通過(guò)在懷孕35-37周陰道和肛門(mén)直腸棉棒采樣篩選攜帶GBS懷孕婦女或者通過(guò)在分娩入院時(shí)無(wú)培養(yǎng)物鑒別危險(xiǎn)因子。為預(yù)防候選者的婦女在分娩過(guò)程中給予產(chǎn)時(shí)抗生素治療以防止早期發(fā)作的新生兒疾病。在美國(guó)這個(gè)預(yù)防的方法在1993至1999年之間使得GBS疾病的發(fā)生率從1.7降低到0.4/1000個(gè)安全出生兒。盡管能通過(guò)產(chǎn)時(shí)預(yù)防(青霉素G或氨芐西林)預(yù)防多數(shù)新生兒GBS疾病,但是目前可利用的策略不理想,尤其是對(duì)于早產(chǎn)嬰兒晚期發(fā)作(>7天的年齡)的感染和疾病的預(yù)防??偸怯行﹤€(gè)體由于一些原因逃脫攜帶的篩選,例如在32-35周測(cè)試陰性但是在分娩時(shí)變陽(yáng)性的間歇性攜帶者、未參加、疏忽或者篩選日期(32-35周)前分娩。
      最后,抗生素的廣泛使用通常誘導(dǎo)在一段時(shí)間后出現(xiàn)的抗株。已經(jīng)顯示青霉素和其它的抗生素的大量使用(每3-5個(gè)婦女接受高劑量治療)穩(wěn)定增加了抗生素抗性臨床分離物的百分比(ref)。另外,基于預(yù)防的抗生物的效率對(duì)于后期發(fā)作疾病不是那么有效,因?yàn)樗轻槍?duì)早期發(fā)作的(分娩后48小時(shí)內(nèi))。另一個(gè)關(guān)注是并未解決易感成人群的預(yù)防。
      缺乏對(duì)對(duì)抗GBS攜帶和疾病的保護(hù)性免疫元素足夠的了解阻礙了疫苗的發(fā)展。沒(méi)有很好地理解攜帶與天然免疫的關(guān)系。另外,沒(méi)有很好地定義允許疾病在攜帶者發(fā)生的免疫機(jī)制。然而,有提示病原體特異性抗體的母體血清水平與新生兒GBS疾病相關(guān)。已經(jīng)很堅(jiān)定地確定分娩時(shí)母體抗莢膜多糖抗體水平和侵入性新生兒疾病負(fù)性相關(guān)。{Campbell,J.等人,2000}盡管對(duì)于GBS所有的株B組糖抗原很普遍,不幸地,它沒(méi)有很強(qiáng)的免疫原性并且抗體也不保護(hù)實(shí)驗(yàn)?zāi)P椭兄滤拦?challenge)。由多糖制成的GBS莢膜本身是有免疫原性的并且能夠誘導(dǎo)保護(hù)抗體。然而,這個(gè)保護(hù)是類(lèi)型特異性的。盡管莢膜特異性抗體已經(jīng)顯示很高的保護(hù)性,什么濃度的這些血清型特異性抗體可對(duì)抗疾病而有保護(hù)作用仍然不清楚,就在最近,已經(jīng)清楚調(diào)理活性和這些抗體的親合力是比濃度更關(guān)鍵的保護(hù)決定因素。
      已經(jīng)理解了表面蛋白質(zhì)對(duì)人類(lèi)針對(duì)無(wú)乳鏈球菌的免疫中的重要性。很明顯所有血清型表達(dá)帶有與宿主免疫防御相關(guān)活性的表面蛋白質(zhì)。αC蛋白質(zhì)、βC蛋白質(zhì)、Rib和Sip蛋白質(zhì)在生化和基因上有很好地特征描述,也在動(dòng)物模型中顯示了免疫性和保護(hù)性({Michel,J.等人,1991};{Brodeur,B.等人,2000};{Larsson,C.等人,1999};{Cheng,Q.等人,2002})。這些蛋白質(zhì)作為疫苗候選的主要問(wèn)題似乎是它們?cè)贕BS的不同臨床分離物中的流行變異性。例如Rib蛋白質(zhì)存在于III血清型GBS中,但是占全世界疾病的重大部分的V型沒(méi)有。一些其它的表面蛋白質(zhì)特征在于是免疫原性的,但是對(duì)于鑒別多數(shù)GBS免疫原性蛋白質(zhì)只作了有限的系統(tǒng)工作。
      因而,預(yù)防或減輕GBS感染的有效治療仍然是需要的。疫苗不僅能預(yù)防GBS的感染,也更加特異性地預(yù)防或減輕宿主組織(尤其是在產(chǎn)道)的群集,因而降低從母體到胚胎傳播的發(fā)生。降低急性感染的發(fā)生和生物體的攜帶將導(dǎo)致新生兒中侵入性疾病-肺炎、菌血癥、腦膜炎和敗血癥的預(yù)防。能夠顯示對(duì)造成人類(lèi)感染的大多數(shù)無(wú)乳鏈球菌株交叉保護(hù)作用的疫苗對(duì)于預(yù)防或減輕所有其它鏈球菌種類(lèi),也就是A、C和G組造成的感染也是有用的。
      疫苗能含有全部的各種不同的抗原??乖膶?shí)例是完全殺死的或減毒的生物體、這些生物體/組織的細(xì)組分、蛋白質(zhì)或者它們最簡(jiǎn)單的形式肽??乖材芤蕴腔鞍踪|(zhì)或肽的形式被免疫系統(tǒng)識(shí)別,也可以是或含有多糖或脂質(zhì)。能使用短肽,因?yàn)槔缂?xì)胞毒性T細(xì)胞(CTL)識(shí)別連接于主要組織相容性抗原(MHC)的通常8-11個(gè)氨基酸長(zhǎng)的短肽形式的抗原。B細(xì)胞能識(shí)別短到4-5個(gè)氨基酸的線(xiàn)性表位以及三維結(jié)構(gòu)(構(gòu)象表位)。為了獲得持續(xù)的抗原特異性免疫反應(yīng),佐劑需要激發(fā)包括免疫系統(tǒng)所有細(xì)胞的免疫級(jí)聯(lián)。起初,佐劑起作用,但是不限于它們對(duì)所謂抗原遞呈細(xì)胞(APC)的作用的模式。這些細(xì)胞通常最先遇到抗原,之后是加工的或未修飾的抗原呈遞給免疫效應(yīng)細(xì)胞。也可以涉及中間細(xì)胞類(lèi)型。只有有適當(dāng)特異性的效應(yīng)細(xì)胞在生產(chǎn)免疫反應(yīng)中被激活。佐劑也可以局部保留抗原和共注射的其他因子。另外,佐劑可以起其它免疫細(xì)胞的化學(xué)趨化劑的作用,或者可以在局部和/或全身起免疫系統(tǒng)刺激劑的作用。
      自從二十世紀(jì)七十年代末,疫苗開(kāi)發(fā)著重于莢膜多糖,但是仍然沒(méi)有安全有效的產(chǎn)品。然而,對(duì)于開(kāi)發(fā)和給予嬰兒和高危險(xiǎn)成人,抗無(wú)乳鏈球菌的疫苗被列為最重要的之一。目前抗所述感染的疫苗僅僅在開(kāi)發(fā)的研究階段。成果著重于使用與或者不與蛋白質(zhì)連接的莢膜多糖(CPS)作為免疫原{Paoletti,L.等人,2002}。然而,有些爭(zhēng)論反對(duì)基于多糖的疫苗的使用。多糖誘導(dǎo)IgG2抗體,IgG2抗體以比IgG1或IgG3抗體更低的效率穿過(guò)胚胎。對(duì)于多數(shù)易感新生兒,流產(chǎn)兒,這尤其是個(gè)問(wèn)題,因?yàn)樵?2-34周之前胎盤(pán)抗體轉(zhuǎn)移很低。估計(jì)~10%的分娩發(fā)生在第34個(gè)孕周之前。
      蛋白質(zhì)偶聯(lián)疫苗無(wú)疑是抗GBS疾病戰(zhàn)斗增加的一個(gè)偉大的新武器,但是疫苗僅含有有限數(shù)量的GBS血清型,給與足夠的生態(tài)學(xué)壓力,非免疫血清型替換的疾病仍然是真正的威脅,尤其在有非常高的疾病負(fù)擔(dān)的區(qū)域。此外用于活性免疫的多糖抗原在人類(lèi)中不提供免疫記憶。CPS與非GBS相關(guān)免疫原性蛋白質(zhì)載體結(jié)合(例如,破傷風(fēng)類(lèi)毒素、霍亂毒素B亞單位等等)已經(jīng)顯示在誘導(dǎo)疫苗接種者更高的抗體濃度是有利的,但是它不提供在真正的感染過(guò)程中招募記憶B和T細(xì)胞以支持最有效宿主反應(yīng)的病原體特異性B細(xì)胞和T細(xì)胞表位。為了能夠用符合這些標(biāo)準(zhǔn)的蛋白質(zhì)補(bǔ)充CPS疫苗,鑒別保守免疫原性GBS特異性表面蛋白質(zhì)是必須的。
      所有這些不足提示需要開(kāi)發(fā)新一代疫苗,所述疫苗由蛋白質(zhì)或其衍生物組成,其在體內(nèi)條件下由所有株表達(dá),在人類(lèi)有誘導(dǎo)調(diào)理和/或中和抗體的能力。
      基于被動(dòng)抗體的治療有很大的潛力。為了預(yù)防已經(jīng)嘗試使用人類(lèi)靜脈內(nèi)免疫球蛋白(IVIG)的制備物。單克隆抗體生產(chǎn)技術(shù)的最新進(jìn)展提供了產(chǎn)生人類(lèi)抗體試劑和再引入抗體治療的方法,而避免與血清治療相關(guān)的毒性。免疫球蛋白是極端多樣類(lèi)型的抗微生物蛋白質(zhì),能用于預(yù)防和治療出現(xiàn)的感染疾病??贵w治療抵抗各種不同的微生物是有效的({Burnie,J.等人,1998}的綜述)??笹BS單克隆抗體能治療性地給予每一個(gè)顯現(xiàn)侵入性疾病的新生兒或者預(yù)防性地給予低出生體重的和早產(chǎn)的新生兒。
      在過(guò)去十年,在一些動(dòng)物模型中描述了一些GBS蛋白質(zhì)的免疫原性和保護(hù)能力,為了基于種屬共有蛋白質(zhì)的疫苗的開(kāi)發(fā)現(xiàn)在正在對(duì)這些進(jìn)行探究。這樣的蛋白質(zhì)是GBS表面蛋白質(zhì)Sip{Brodeur,B.等人,2000}、rib,α蛋白質(zhì)和{Michel,J.等人,1991}。
      展示在顯著造成疾病發(fā)生的革蘭氏陽(yáng)性生物體表面上的某些蛋白質(zhì)或酶參與了這些病原體引起的疾病過(guò)程。通常,這些蛋白質(zhì)參與了與宿主組織直接的相互作用或隱藏細(xì)菌表面以逃脫宿主防御機(jī)制{Navarre,W.等人,1999}。無(wú)乳鏈球菌在這點(diǎn)上并不例外。一些表面蛋白質(zhì)具有對(duì)GBS治病性很重要的毒力因子的特征((革蘭氏陽(yáng)性病原體中Paoletti,L.C等人的綜述,F(xiàn)ischetti V.A等人編輯,ASM Press2000,137-153頁(yè));{Paoletti,L.等人,2002})。如果抗這些蛋白質(zhì)的抗體對(duì)人類(lèi)能提供比多糖更好的保護(hù),它們能提供新型基于蛋白質(zhì)的GBS疫苗的來(lái)源以連接于或替代更加傳統(tǒng)的莢膜多糖疫苗而使用。一些作為可能疫苗的抗原以及許多額外候選的上面描述的蛋白質(zhì)的用途主要由基于鑒別的容易或可獲得的機(jī)會(huì)的挑選產(chǎn)生。以更加全面的方式鑒別無(wú)乳鏈球菌相關(guān)抗原是有需求的。
      本發(fā)明者已經(jīng)開(kāi)發(fā)了從特異性病原體尤其是從金黃色葡萄球菌(Staphylococcus aureus)和表皮葡萄球菌(Staphylococcusepidermidis)鑒別、分離和生產(chǎn)超免疫血清反應(yīng)性抗原的方法(WO02/059148)。然而,假設(shè)生物特性致病功能和遺傳背景的不同,無(wú)乳鏈球菌與葡萄球菌株截然不同。重要地,為了鑒別無(wú)乳鏈球菌的抗原,血清的選擇不同于應(yīng)用于金黃色葡萄球菌篩選的那個(gè)。為了那個(gè)目的,收集了人類(lèi)四個(gè)主要類(lèi)型的抗體來(lái)源。首先,GBS子宮頸和肛門(mén)直腸攜帶測(cè)試為陰性的健康懷孕婦女。這個(gè)供體組代表了抗體最重要的來(lái)源。除了它們的血清樣品外,用子宮頸紗布收集的含有分泌型IgA(sIgA)的人子宮頸分泌物也用于抗原的鑒別和確認(rèn)。這個(gè)收集物的主要價(jià)值是sIgA能被認(rèn)為是粘膜表面上的主要免疫效應(yīng)分子。其次,有GBS群集的健康懷孕婦女,其新生兒仍保持無(wú)GBS(盡管用了抗生素預(yù)防)。第三,沒(méi)有臨床疾病的小于45歲的成人。第四,幼稚個(gè)體,5到10個(gè)月之間的小孩,在他們已經(jīng)失去母體抗體之后且由于GBS疾病的缺乏而沒(méi)有獲得GBS特異性抗體。
      為了能夠挑選相關(guān)血清來(lái)源,用細(xì)菌裂解物和培養(yǎng)上清蛋白質(zhì)進(jìn)行了測(cè)量抗無(wú)乳鏈球菌IgG和IgA抗體水平的一系列ELISA和免疫斑點(diǎn)實(shí)驗(yàn)。來(lái)自高滴度攜帶者和非攜帶者的血清包括在基于基因組的抗原鑒別。這個(gè)挑選人類(lèi)血清的方法基本上與金黃色葡萄球菌使用的方法非常不同,在這里攜帶或非攜帶狀態(tài)不與抗體水平相關(guān)。
      本發(fā)明使用了高通量基因組方法以鑒別在感染和群集過(guò)程中有誘導(dǎo)人類(lèi)抗體能力的體內(nèi)表達(dá)的病原體特異性蛋白質(zhì)。
      兩個(gè)細(xì)菌種屬—無(wú)乳鏈球菌和金黃色葡萄球菌的基因組本身顯示了許多重要的不同。無(wú)乳鏈球菌的基因組含有大約2.2Mb,而金黃色葡萄球菌有2.85Mb。它們分別具有35.7%和33%的平均GC含量,兩個(gè)病原體之間大約30%至45%的編碼基因不同。另外,對(duì)于增殖兩個(gè)細(xì)菌種類(lèi)需要不同的生長(zhǎng)條件和培養(yǎng)基。兩個(gè)病原體造成的最重要疾病的列表顯示如下。金黃色葡萄球菌主要引起醫(yī)院的機(jī)會(huì)性感染膿皰病、毛囊炎、膿腫、癤子、感染的傷口、心內(nèi)膜炎、腦膜炎、膿毒性關(guān)節(jié)炎、肺炎、骨髓炎、皮膚燙傷綜合癥(SSS)、毒性休克綜合癥。無(wú)乳鏈球菌主要引起新生兒感染和老年人的疾病,例如菌血癥、敗血癥、傷口感染、骨髓炎和腦膜炎。
      指定為NEM316(ATCC 12403)的無(wú)乳鏈球菌莢膜血清型III的分離物的完全基因組序列由隨機(jī)鳥(niǎo)槍測(cè)序策略測(cè)定(GenBank注冊(cè)號(hào)AL732656;見(jiàn)www.tigr.org/tigrscripts/CMR2/CMRHomePage.spl){Glaser,P.等人,2002}。
      本發(fā)明潛在的難題是提供開(kāi)發(fā)例如抗無(wú)乳鏈球菌感染疫苗的藥劑的方法。更加特別地,所述難題提供了能用于生產(chǎn)所述藥劑的一套有效、相關(guān)和全面的來(lái)自無(wú)乳鏈球菌的核酸分子或超免疫血清反應(yīng)性抗原。
      所以,本發(fā)明提供了編碼高免疫反應(yīng)血清反應(yīng)抗原或其片段的分離的核酸分子,包含如下核酸序列,選自a)與選自Seq ID No 14,90,157-216的核酸分子至少具有70%序列相同性的核酸分子,b)互補(bǔ)于a)的核酸分子的核酸分子,c)包含a)或b)的核酸分子至少15個(gè)連續(xù)堿基的核酸分子d)在嚴(yán)格雜交條件下退火于a)、b)或c)的核酸分子的核酸分子e)由于遺傳密碼的簡(jiǎn)并性,否則將雜交于a)、b)、c)或d)中定義的核酸分子的核酸分子。
      根據(jù)本發(fā)明的優(yōu)選實(shí)施方案,序列相同性是至少80%,優(yōu)選地至少95%,尤其是100%。
      此外,本發(fā)明提供了編碼超免疫血清反應(yīng)性抗原或其片段的的分離的核酸分子,包含如下核酸序列,選自a)與選自Seq ID No 1,3,5-13,15,18-25,27-31,33-36,39-68,70-85,92-100,103-126,128-145,147,149-156,217,435-448和463-474的核酸分子至少具有96%或高于96%,優(yōu)選地至少98%,尤其是100%序列相同性的核酸分子,b)互補(bǔ)于a)的核酸分子的核酸分子,c)包含a)或b)的核酸分子至少15個(gè)連續(xù)堿基的核酸分子d)在嚴(yán)格雜交條件下退火于a)、b)或c)的核酸分子的核酸分子e)由于遺傳密碼的簡(jiǎn)并性,否則將雜交于a)、b)、c)或d)中定義的核酸分子的核酸分子。
      根據(jù)另一個(gè)方面,本發(fā)明提供了編碼超免疫血清反應(yīng)性抗原或其片段的分離的核酸分子,包含如下核酸序列,選自a)與選自Seq ID No 32,86,91,101,127的核酸分子具有98%或高于98%,尤其是100%序列相同性的核酸分子,b)互補(bǔ)于a)的核酸分子的核酸分子,c)由于遺傳密碼的簡(jiǎn)并性,否則將雜交于a)、b)、c)或d)中定義的核酸分子的核酸分子。
      優(yōu)選地,核酸分子是DNA或RNA。
      根據(jù)本發(fā)明優(yōu)選的實(shí)施方案,核酸分子從尤其是無(wú)乳鏈球菌基因組DNA的基因組DNA分離。
      根據(jù)本發(fā)明,提供了包含根據(jù)本發(fā)明的任一核酸分子的載體。
      在優(yōu)選實(shí)施方案中,載體經(jīng)改造以適于根據(jù)本發(fā)明的核酸分子編碼的超免疫血清反應(yīng)性抗原或其片段的重組表達(dá)。
      本發(fā)明也提供了包含根據(jù)本發(fā)明的載體的宿主細(xì)胞。
      根據(jù)另一方面本發(fā)明進(jìn)一步提供了包含根據(jù)本發(fā)明的核酸分子編碼的氨基酸序列的超免疫血清反應(yīng)性抗原。
      優(yōu)選的實(shí)施方案中,氨基酸序列(多肽)選自Seq ID No 231,307,374-433。
      另一優(yōu)選實(shí)施方案中氨基酸序列(多肽)選自Seq ID No 218,220,222-230,232,235-242,244-248,250-253,256-285,287-302,309-317,320-343,345-362,364,366-373,434,449-462和475-486。
      進(jìn)一步優(yōu)選的實(shí)施方案中,氨基酸序列(多肽)選自Seq ID No 249,303,308,318,344。
      根據(jù)另一方面,本發(fā)明提供了選自包含表1A“推定的免疫原性氨基酸”和“鑒別的免疫原性區(qū)域位置”縱欄的氨基酸序列的超免疫血清反應(yīng)性抗原之片段的肽,尤其是包含選自如下氨基酸的肽Seq ID No 218的4-20,35-44,65-70,73-87,92-98,112-137,152-161,177-186,193-200,206-213,229-255,282-294,308-313,320-326,349-355,373-384,388-406,420-425和115-199;Seq ID No 219的5-24,35-41,44-70,73-89,103-109,127-143,155-161,185-190,192-207,212-219,246-262,304-336,372-382,384-393,398-407,412-418,438-444,1-75,76-161和164-239;Seq ID No 220的4-10,16-58,60-71,77-92,100-126,132-146,149-164,166-172,190-209,214-220,223-229,241-256,297-312,314-319,337-343,351-359,378-387,398-418,421-428,430-437,440-448,462-471,510-519,525-536,552-559,561-568,573-582,596-602,608-630,637-649,651-665,681-702,714-732,739-745,757-778,790-805,807-815,821-829,836-842,846-873,880-903,908-914,916-923,931-940,943-948,956-970,975-986,996-1015,1031-1040,1051-1069,1072-1095,1114-1119,1130-1148,1150-1157,1169-1176,1229-1238和802-812;Seq ID No 221的5-12,14-26,35-47,52-67,72-78,83-98,121-141,152-159,163-183,186-207,209-257,264-277,282-299,301-309,312-318,324-339,358-368,372-378,387-397,425-431和46-291;Seq ID No 222的29-38,44-64,70-76,78-87,94-100,102-112,119-134,140-149,163-173,178-186,188-194,207-234,247-262,269-290和73-92;Seq ID No 223的10-28,36-63,77-87,103-119,127-136,141-169,171-183,195-200,207-232,236-246,251-265,268-283,287-297,314-322,335-343,354-363,384-390,405-411,419-436,443-455,467-473,480-513,518-529,550-557,565-585,602-608,616-625,632-660,665-677,685-701,726-736,738-747,752-761,785-796,801-813,838-853,866-871和757-774;Seq ID No224的31-38,61-66,74-81,90-115,123-145,154-167,169-179,182-193,200-206,238-244,267-272和235-251;Seq ID No 225的19-25,38-54,56-64,66-72,74-92,94-100,116-129,143-149,156-183,204-232,253-266,269-275,294-307和241-313;Seq ID No 226的5-34,50-56,60-65,74-85,89-97,108-119,159-165,181-199,209-225,230-240,245-251,257-262,274-282,300-305和64-75;Seq ID No 227的5-13,16-21,27-42,45-52,58-66,74-87,108-114,119-131和39-51;Seq ID No 228的6-23,46-54,59-65,78-84,100-120,128-133,140-146,159-165,171-183,190-204,224-232,240-248,250-259,274-280,288-296,306-315和267-274;Seq ID No 229的5-12,15-24,26-36,42-65,68-80,82-104,111-116,125-144,159-167,184-189,209-218,235-243,254-265,269-283,287-300,306-316,318-336,338-352,374-392和162-174;Seq ID No 230的30-42,45-54和25-37;Seq ID No 231的10-30,53-59,86-95,116-130,132-147,169-189,195-201,212-221,247-256,258-265,278-283,291-298,310-316,329-339,341-352,360-367,388-396,398-411,416-432,443-452,460-466,506-512,515-521,542-548和419-431;Seq ID No 232的4-27,30-53,60-67,70-90,92-151,159-185,189-195,198-210,215-239和173-189;Seq ID No 233的4-26,41-54,71-78,116-127,140-149,151-158,161-175,190-196,201-208,220-226,240-252,266-281,298-305,308-318,321-329,344-353,372-378,384-405,418-426,429-442,457-463,494-505,514-522和174-188;Seq IDNo 234的17-25,27-39,61-67,81-89,99-110,120-131,133-139,147-161,167-172,179-185,192-198,203-213,226-238,243-258,261-267,284-290,296-307,311-328,340-352,356-371和239-256;Seq ID No 235的8-30,40-49,67-80,114-123,126-142,152-162,188-194和57-70;Seq ID No 236的4-23,28-34,36-47,50-61,76-81,89-94,96-104,112-119,126-146,155-181,195-200,208-214,220-229,244-260,263-276,282-288,292-300,317-323,336-351,353-359,363-375,382-399,415-432,444-455,458-471,476-481,484-492,499-517,522-529,535-541,543-568,572-584,586-600,607-617,626-637,656-675和282-297;Seq ID No 237的6-24,30-35,38-45,63-91,134-140,146-160,167-188,214-220,226-234,244-250,260-270,286-301,316-329,340-371,429-446,448-459,474-481,485-491,512-526,537-544,550-565,573-583,596-613,621-630,652-658和87-97;Seq ID No 238的8-20,26-48,56-67,76-86,94-109,115-121,123-129,143-160,178-186,191-198,201-208,221-236,238-244,260-268和237-247;Seq ID No 239的4-40,42-57,73-87,98-117,126-135,150-156,166-174,196-217,231-236,248-258,276-284,293-301,307-313,339-347,359-365,375-387,395-402,428-440,445-456,485-490,497-505,535-541,547-555,610-625,648-656,665-671和448-528;Seq ID No 240的10-18,39-45,51-61,80-96,98-106,110-115,158-172,174-183,191-200,220-237,249-255,274-289,308-324,331-341,372-381,384-397,405-414和322-338;Seq ID No 241的30-36,38-56,85-108,134-147,149-160,163-183,188-201,206-211,219-238,247-254和5-13;Seq ID No 242的11-40,98-103,110-115,133-145,151-159,172-179,192-201,204-212,222-228,235-245,258-268,283-296,298-309,322-329,342-351,354-362,372-378,385-393,407-418,495-516和1-148;Seq ID No 243的5-19,21-36,73-94,112-119,122-137,139-145,152-167,184-190,198-204,208-224,249-265,267-281,299-304,309-317,326-333,356-364,368-374,381-389,391-414,419-425,430-435和113-140;Seq IDNo 244的45-54,59-67,78-91和15-23;Seq ID No 245的11-22,33-47,52-80,88-112,124-129和6-25;Seq ID No 246的26-41,51-63,80-89,93-115,150-163,187-193,220-237,240-249,286-294,296-306,316-329,345-353,361-370,407-425,428-437,474-482,484-494,504-517,533-541,549-558,595-613,616-625,660-668,673-685,711-726,736-744,749-761,787-802,812-820,825-837,863-878,888-896,901-913,939-954,964-972,977-989,1003-1008,1016-1022,1028-1034,1041-1053,1059-1074,1101-1122,420-511和581-704;Seq ID No 247的18-25,27-55,71-83,89-95,102-113,120-146,150-156,174-185和159-175;Seq ID No 248的24-30,38-56,63-68,87-93,136-142,153-164,183-199,213-219,226-234,244-261,269-278,283-289,291-297,320-328,330-336,340-346,348-356,358-366,382-387,401-408,414-419,449-455,468-491,504-512,531-537,554-560,597-608,621-627,632-643,650-662,667-692,703-716,724-737,743-758,783-794,800-818,846-856和806-884;Seq ID No 249的4-14,21-39,86-92,99-107,121-131,136-144,147-154,158-166,176-185,193-199,207-222,224-230和117-136;Seq ID No 250的65-76,85-97,103-109,115-121,125-146,163-169,196-205,212-219,228-237,241-247,254-262,269-288,294-303,305-313,328-367,395-401,405-412,418-429,437-447,481-488,506-513,519-524,530-541,546-557和266-284;Seq ID No 251的5-14,37-42,49-71,78-92,97-112,127-136,147-154,156-163,186-198,216-225,233-243,248-253,295-307,323-332,359-366,368-374,380-398和194-223;Seq ID No 252的4-11,33-39,45-72,100-113,119-129,136-144,169-175,177-185,200-208,210-219,262-276,278-297,320-326,336-344,347-362,381-394,443-453和438-454;Seq ID No 253的4-29,31-52,55-61,95-110,138-158,162-171,179-187,202-229,239-248,251-256,262-267,269-285,304-310,351-360,362-368,381-388,415-428,435-440,448-458和161-178;Seq ID No 254的4-17,19-28,32-43,47-59,89-110,112-126,128-134,140-148,152-161,169-184,191-204,230-235,255-264,328-338,341-347,401-409,413-419,433-441,449-458,463-468,476-482,486-492,500-506,529-545和305-381;Seq ID No 255的10-29,38-45,53-61,134-145,152-160,163-170,202-208,219-229,248-258,266-275,282-288,315-320,328-334,377-385,392-402,418-424,447-453,460-471,479-487,491-497,500-507,531-537,581-594,615-623,629-635,644-652,659-666,668-678,710-717,719-728,736-741,747-760,766-773,784-789,794-800,805-817,855-861,866-887和698-715;Seq IDNo 256的16-26,29-37,44-58,62-68,74-80,88-95,97-120,125-144,165-196和58-72;Seq ID No 257的14-21,23-46,49-60,63-74,78-92,96-103,117-129,134-161,169-211,217-231,239-248,252-281,292-299,313-343和243-257;Seq ID No 258的11-27,46-52,67-72,76-84,91-112,116-153,160-175,187-196,202-211,213-220和43-76;Seq ID No 259的5-29,37-56,78-86,108-118,152-161和120-130;Seq ID No 260的8-14,19-41,52-66,75-82,87-92,106-121,127-133,136-143,158-175,180-187,196-204,221-228,239-245,259-265,291-306,318-323,328-340,352-358,361-368,375-381,391-399,411-418,431-442,446-455,484-496,498-510,527-533,541-549,558-565,575-585,587-594,644-655,661-668,671-677和184-196;Seq ID No 261的4-22,29-38,55-62,75-81,102-107,110-134,143-150,161-167,172-179,191-215,223-233,241-247,251-264,266-272,288-309,340-352,354-366,394-402,414-438和198-218;Seq ID No 262的24-44,49-70,80-91,105-118,128-136,140-154和77-92;Seq ID No 263的5-22,31-36,41-47,67-74,83-90,105-122,135-143,160-167和118-129;Seq ID No 264的4-25,33-73,81-93,96-106,114-120,122-128,130-172,179-208,210-241,251-283,296-301和92-100;Seq ID No265的14-24,29-38,43-50,52-72,86-97,101-107,110-125,127-141,145-157,168-175,177-184,186-195,205-226,238-250,255-261,284-290,293-304,307-314,316-323,325-356,363-371,383-390,405-415,423-432,442-454,466-485,502-511,519-527,535-556,558-565,569-574,612-634,641-655,672-686,698-709,715-722,724-732,743-753,760-769,783-792,818-825,830-839,842-849,884-896,905-918,926-940,957-969,979-1007,1015-1021,1049-1057和336-349;Seq ID No 266的6-16,26-31,33-39,62-73,75-85,87-100,113-123,127-152,157-164,168-181,191-198,208-214,219-226,233-254,259-266,286-329和181-195;Seq IDNo 267的4-13,32-39,53-76,99-108,110-116,124-135,137-146,149-157,162-174,182-190,207-231,242-253,255-264,274-283,291-323,334-345,351-360,375-388,418-425,456-474,486-492,508-517,520-536,547-560,562-577,31-45和419-443;Seq ID No268的15-26,30-37,42-49,58-90,93-99,128-134,147-154,174-179,190-197,199-205,221-230,262-274,277-287,300-314,327-333,343-351,359-377,388-396,408-413,416-425,431-446和246-256;Seq ID No 269的5-26,34-42,47-54,61-67,71-104,107-115,131-138,144-153,157-189,196-202,204-210,228-245,288-309,316-329,332-341,379-386,393-399,404-412,414-421,457-468,483-489,500-506,508-517,523-534,543-557,565-580,587-605,609-617,619-627,631-636,640-646,662-668,675-682,705-710,716-723,727-732,750-758,784-789,795-809,869-874,14-138,166-286,372-503,674-696和754-859;Seq ID No 270的5-17,32-38,40-47,80-89,113-119,125-137,140-154,157-163,170-177,185-199,213-225,228-236,242-248,277-290,292-305,323-333,347-353,364-370,385-394,399-406,423-433,441-451,462-474,477-487和116-124;Seq ID No 271的7-16,18-30,32-49,53-61,63-85,95-101,105-115,119-134,143-150,159-178,185-202,212-229,236-250,254-265,268-294和63-72;Seq ID No 272的4-12,19-47,73-81,97-103,153-169,188-198,207-213,217-223,236-242,255-265,270-278,298-305,309-317,335-347,354-363,373-394,419-424,442-465,486-492,500-507,542-549,551-558,560-572,580-589,607-614,617-623,647-653,666-676,694-704,706-714,748-754,765-772,786-792,795-806和358-370;Seq IDNo 273的18-28,30-38,40-46,49-55,69-78,82-98,104-134,147-153,180-190,196-202,218-236,244-261,266-273,275-286,290-295,301-314,378-387,390-395,427-434和290-305;Seq IDNo 274的4-13,20-31,39-51,54-61,69-84,87-105,117-124和108-125;Seq ID No 275的24-34,43-54,56-66,68-79和50-69;Seq ID No 276的5-43,71-77,102-131,141-148,150-156,159-186,191-207,209-234,255-268,280-286,293-299,317-323,350-357,363-372,391-397,406-418,428-435,455-465,484-497,499-505,525-531,575-582,593-607,621-633,638-649,655-673,684-698,711-725,736-741,743-752,759-769,781-793,813-831,843-853,894-905,908-916,929-946,953-963,970-978,1001-1007,1011-1033,165-178和818-974;Seq ID No 277的16-44,63-86,98-108,185-191,222-237,261-274,282-294,335-345,349-362,374-384,409-420,424-430,440-447,453-460,465-473,475-504,522-534,538-551,554-560,567-582,598-607,611-619,627-640,643-653,655-661,669-680,684-690,701-707,715-731,744-750,756-763,768-804,829-837,845-853,855-879,884-890,910-928,77-90,144-212,279-355,434-536,782-810和875-902;Seq ID No 278的4-22,29-41,45-51,53-66,70-77,86-95,98-104,106-124,129-135,142-151,153-161,169-176,228-251,284-299,331-337,339-370,380-387,393-398,406-411,423-433,440-452,461-469,488-498,501-516,523-530,532-559,562-567,570-602,612-628,630-645,649-659,666-672,677-696,714-723,727-747和212-227;Seq IDNo 279的4-9,17-31,35-41,56-61,66-75,81-87,90-124,133-138,149-163,173-192,213-219,221-262,265-275,277-282,292-298,301-307,333-346,353-363,371-378,419-430,435-448,456-469,551-570,583-599,603-612和275-291;Seq ID No 280的28-34,53-58,72-81,100-128,145-154,159-168,172-189,217-225,227-249,256-263,299-309,322-330,361-379,381-388,392-401,404-417,425-436,440-446,451-464,469-487,502-511,543-551,559-564,595-601,606-612,615-626,633-642,644-650,664-670,674-684,692-701,715-723,726-734,749-756,763-771,781-787,810-843,860-869,882-889,907-917,931-936,941-948,951-958,964-971,976-993,1039-1049,1051-1065,1092-1121,1126-1132,1145-1151,1158-1173,1181-1192,1194-1208,1218-1223,1229-1243,1249-1254,1265-1279,1287-1297,1303-1320,1334-1341,1343-1358,1372-1382,1406-1417,1419-1425,1428-1434,1441-1448,1460-1473,1494-1504,1509-1514,1529-1550,654-669和1400-1483;Seq IDNo 281的10-16,20-25,58-65,97-109,118-132,134-146,148-155,186-195,226-233,244-262,275-284,295-310,317-322,330-339,345-351,366-375,392-403,408-415,423-430,435-444,446-457,467-479,486-499,503-510,525-537,540-585,602-612,614-623,625-634,639-645,650-669,700-707,717-724,727-739,205-230和733-754;Seq ID No 282的5-22,37-43,72-81,105-113,128-133,148-160,188-194,204-230,238-245,251-257和194-213;Seq IDNo 283的16-21,35-41,56-72,74-92,103-109和62-68;Seq IDNo 284的4-15,17-82,90-104,107-159,163-170,188-221,234-245,252-265和220-235;Seq ID No 285的16-22,36-46,61-75,92-107,113-121,139-145,148-160和30-42;Seq ID No 286的4-12,20-26,43-49,55-62,66-78,121-127,135-141,146-161,164-170,178-189,196-205,233-238,269-279,288-318,325-332,381-386,400-407和328-346;Seq ID No 287的5-12,31-49,57-63,69-79,89-97,99-114,116-127,134-142,147-154,160-173,185-193,199-204,211-222,229-236,243-249,256-274和58-68;Seq ID No 288的10-20,28-34,39-53,68-79,84-90,99-106和73-79;Seq ID No 289的14-37,45-50,61-66,77-82,93-98,109-114,125-130,141-146,157-162,173-178,189-194,205-210,221-226,237-242,253-258,269-274,285-290,301-306,316-332,349-359,371-378,385-406,34-307和312-385;Seq ID No 290的4-10,17-38,50-85,93-99,109-116,128-185,189-197,199-210,223-256,263-287,289-312,327-337,371-386,389-394,406-419,424-432,438-450,458-463,475-502,507-513,519-526,535-542,550-567和361-376;Seq IDNo 291的10-39,42-93,100-144,155-176,178-224,230-244,246-255,273-282,292-301,308-325,332-351,356-361,368-379,386-393,400-421和138-155;Seq ID No 292的5-11,17-34,40-45,50-55,72-80,101-123,145-151,164-172,182-187,189-195,208-218,220-241,243-252,255-270,325-331,365-371,391-398,402-418,422-428,430-435,443-452,463-469,476-484,486-494,503-509,529-553,560-565,570-590,608-614,619-627,654-661,744-750,772-780,784-790,806-816,836-853,876-885,912-918,926-933,961-975,980-987,996-1006,1016-1028,1043-1053,1057-1062,994-1003和1033-1056;Seq ID No 293的17-45,64-71,73-81,99-109,186-192,223-238,262-275,283-295,336-346,350-363,375-385,410-421,425-431,441-448,454-463,468-474,476-512,523-537,539-552,568-583,599-608,612-620,628-641,644-654,656-662,670-681,685-695,702-708,716-723,725-735,757-764,769-798,800-806,808-816,826-840,846-854,856-862,874-881,885-902,907-928,274-350和443-513;Seq ID No 294的4-22,29-41,45-51,53-61,70-76,85-92,99-104,111-122,134-140,142-154,163-174,224-232,255-265,273-279,283-297,330-335,337-348,356-367,373-385,391-396,421-431,442-455,475-485,493-505,526-538,544-561,587-599,605-620,622-651,662-670,675-681,687-692,697-712,714-735和252-262;Seq ID No 295的4-12,15-35,40-46,50-59,67-94,110-128,143-169,182-188,207-215,218-228,238-250和74-90;Seq ID No 296的9-18,42-58,78-85,88-95,97-106,115-122,128-134,140-145,154-181,186-202,204-223,261-267,269-278,284-293,300-336,358-368和12-29;Seq ID No 297的7-34,46-53,62-72,82-88,100-105,111-117,132-137,144-160,166-180,183-189,209-221,231-236,246-253,268-282,286-293,323-336,364-372,378-392,422-433和388-405;Seq ID No 298的21-27,34-50,72-77,80-95,164-177,192-198,202-220,226-236,239-247,270-279,285-292,315-320,327-334,348-355,364-371,388-397,453-476,488-497,534-545,556-576,582-588,601-607,609-616,642-662,674-681,687-697,709-715,721-727,741-755和621-739;Seq ID No 299的4-14,16-77,79-109和25-99;Seq ID No 300的4-9,17-23,30-37,44-55,65-72,77-93,102-121,123-132,146-153和17-29;Seq ID No 301的4-18,25-41,52-60,83-92,104-112,117-123,149-155,159-167,170-192,201-210,220-227,245-250和124-137;Seq I D No 302的8-25,50-55,89-95,138-143,148-153,159-169,173-179,223-238,262-268,288-295,297-308,325-335,403-409,411-417,432-446,463-475,492-501,524-530,542-548,561-574,576-593,604-609,612-622,637-654,665-672,678-685,720-725,731-739,762-767,777-783,820-838,851-865,901-908,913-920,958-970,1000-1006,1009-1015,1020-1026,1043-1052,1055-1061,1-128,252-341,771-793和1043-1058;Seq ID No 303的16-26,33-46和64-76;Seq ID No 304的4-27,69-77,79-101,117-123,126-142,155-161,171-186,200-206,213-231,233-244,267-273,313-329,335-344,347-370,374-379,399-408,422-443,445-453,461-468,476-482,518-534,544-553,556-567,578-595,601-620,626-636,646-658,666-681,715-721,762-768,778-785,789-803,809-819,22-108,153-318,391-527和638-757;Seq ID No 305的6-21,32-43,62-92,104-123,135-141,145-152,199-216,218-226,237-247,260-269,274-283,297-303,1-72和127-211;Seq ID No 306的6-26,50-56,83-89,108-114,123-131,172-181,194-200,221-238,241-247,251-259,263-271,284-292,304-319,321-335,353-358,384-391,408-417,424-430,442-448,459-466,487-500,514-528,541-556,572-578,595-601,605-613,620-631,635-648,660-670,673-679,686-693,702-708,716-725,730-735,749-755,770-777,805-811,831-837,843-851,854-860,863-869,895-901,904-914,922-929,933-938,947-952,956-963,1000-1005,1008-1014,1021-1030,1097-1103,1120-1130,1132-1140,1-213,269-592和992-1120;Seq ID No 307的9-16,33-39,47-59,65-79,81-95,103-108,115-123,138-148,163-171,176-185,191-196,205-211,213-221,224-256,261-276,294-302,357-363,384-390,95-111和161-189;Seq ID No 308的21-27,35-45,70-76,92-105,129-143,145-155,161-166,170-191,204-211,214-231,234-246,249-255,259-275和1-18;Seq ID No 309的21-35,45-53,56-64,69-97和1-16;SeqID No 310的25-33,41-47,61-68,86-101,106-114,116-129,134-142,144-156,163-176,181-190,228-251,255-261,276-292,295-305,334-357,368-380,395-410,424-429,454-460,469-482,510-516,518-527,531-546,558-570,579-606,628-636,638-645,651-656,668-674,691-698,717-734,742-754,765-770,792-797,827-835,847-859,874-881,903-909,926-933,942-961,964-977,989-1004,1010-1028,1031-1047,1057-1075,1081-1095,1108-1117,1138-1144,1182-1189,1193-1206,1220-1229,1239-1246,1257-1267,1271-1279,1284-1301,1312-1320,1329-1335,1341-1347,1358-1371,1399-1404,1417-1426,1458-1463,1468-1476,1478-1485,1493-1506,1535-1541,1559-1574,1583-1590,1595-1601,1603-1611,1622-1628,1634-1644,1671-1685,1689-1696,1715-1720,1734-1746,1766-1775,1801-1806,1838-1844,1858-1871,1910-1917,1948-1955,1960-1974,2000-2015,2019-2036,2041-2063,748-847和1381-1391;Seq IDNo 311的5-12,18-24,27-53,56-63,96-113,119-124,131-136,157-163,203-209,215-223,233-246,264-273,311-316,380-389,393-399,425-433,445-450,457-462,464-470,475-482,507-513,527-535,542-548,550-565,591-602,607-613,627-642,644-664,673-712,714-732,739-764,769-782,812-818,826-838,848-854,860-871,892-906,930-938,940-954,957-973,990-998,1002-1021,1024-1033,1037-1042,1050-1060,1077-1083,1085-1092,1100-1129,1144-1161,1169-1175,1178-1189,1192-1198,1201-1207,1211-1221,1229-1239,1250-1270,1278-1292,1294-1300,1314-1335,1344-1352,1360-1374,1394-1405,1407-1414,1416-1424,1432-1452,1456-1462,1474-1497,1500-1510,1516-1522,1534-1542,1550-1559,1584-1603,1608-1627,187-273和306-441;Seq ID No 312的70-80,90-97,118-125,128-140,142-148,154-162,189-202,214-222,224-232,254-260,275-313,317-332,355-360,392-398,425-432,448-456,464-470,476-482,491-505,521-528,533-546,560-567,592-597,605-614,618-626,637-644,646-653,660-666,677-691和207-227;Seq ID No 313的5-19,26-34,37-55,57-66,69-83,86-102,115-134,138-143,154-172,178-195,209-246,251-257,290-302,306-311和256-266;Seq ID No 314的10-20,22-28,35-57,72-79,87-103,108-128,130-144,158-171,190-198,225-242,274-291,301-315,317-324,374-385和353-365;Seq ID No 315的4-9,17-30,34-54,59-66,73-94,118-130,135-150,158-171,189-198,219-239,269-275,283-301,89-106和176-193;Seq ID No 316的14-20,22-74,77-86,89-99,104-109,126-135,154-165,181-195,197-212,216-224,264-275和107-118;Seq ID No 317的4-18,21-38,63-72,101-109,156-162,165-179,183-192,195-210,212-218,230-239,241-256,278-290,299-311,313-322,332-341,348-366,386-401,420-426,435-450,455-460,468-479,491-498,510-518,532-538,545-552,557-563,567-573,586-595,599-609,620-626,628-636,652-657,665-681和1-198;Seq ID No 318的4-10,16-38,51-68,73-79,94-115,120-125,132-178,201-208,216-223,238-266,269-295,297-304,337-342,347-356,374-401,403-422,440-447,478-504,510-516,519-530,537-544和191-206;Seq ID No 319的12-40,42-48,66-71,77-86,95-102,113-120,129-137,141-148,155-174,208-214,218-225,234-240,256-267,275-283,300-306,313-321,343-350,359-367,370-383,398-405,432-439,443-461,492-508,516-526,528-535和370-478;Seq ID No 320的6-14,20-37,56-62,90-95,97-113,118-125,140-145,161-170,183-202,237-244,275-284,286-305,309-316,333-359,373-401,405-412和176-187;Seq ID No 321的33-44,50-55,59-80,86-101,129-139,147-153,157-163,171-176,189-201,203-224,239-245,257-262,281-287,290-297,304-320,322-331,334-350,372-390,396-401,71-88和353-372;Seq ID No 322的5-11,15-24,26-33,40-47,75-88,95-103,105-112和17-30;Seq ID No 323的5-11,16-39,46-54,62-82,100-107,111-124,126-150,154-165,167-183,204-238,245-295,301-313,316-335和8-16;Seq ID No 324的4-19,34-48,69-74,79-107,115-127,129-135,143-153,160-169,171-182和142-153;Seq ID No 325的4-30,65-74,82-106,110-120,124-132,135-140,146-175,179-184,190-196,217-223,228-233,250-267,275-292,303-315,322-332和174-186;Seq IDNo 326的9-16,29-41,47-57,68-84,87-109,113-119,162-180,186-193,195-201,203-208,218-230,234-243,265-271,281-292,305-312,323-332,341-347,349-363,368-374,383-390,396-410,434-440,446-452,455-464,466-473,515-522,529-542,565-570,589-600,602-613,618-623,637-644,1019-1027,1238-1244,1258-1264,1268-1276,1281-1292,1296-1302和883-936;Seq IDNo 327的10-17,23-32,39-44,54-72,75-81,88-111,138-154,160-167,178-185,201-210,236-252,327-334,336-342,366-376,388-400,410-430,472-482,493-526,552-558,586-592,598-603,612-621,630-635,641-660和384-393;Seq ID No 328的4-22,24-39,50-59,73-84,100-105,111-117,130-138,155-161,173-178,182-189,205-215,266-284,308-313,321-328,330-337,346-363,368-374,388-395,397-405,426-434,453-459,482-492,501-507,509-515,518-523,527-544,559-590,598-612,614-629,646-659,663-684,686-694,698-721和445-461;Seq ID No 329的14-22,27-33和3-17;Seq ID No 330的29-41,66-73,81-87,90-108,140-146,150-159,165-184,186-196,216-226,230-238,247-253,261-269和126-140;Seq ID No 331的5-12,16-25,27-33,36-45,60-68,83-88,103-126和86-101;Seq ID No 332的14-23,36-47,56-66,84-89,94-105,111-127,140-153,160-174,176-183,189-203,219-225,231-237,250-257和194-227;Seq ID No 333的4-25,54-60,64-71,73-82,89-106,117-124,157-169,183-188,199-210,221-232,236-244,255-264和58-98;Seq ID No 334的13-19,26-36,41-53,55-71,77-84,86-108,114-135,157-172,177-183,187-194,208-213,218-226,110-125和156-170;Seq ID No 335的5-24,63-69,77-85,94-112,120-137,140-146,152-159,166-172,179-187,193-199,206-212,222-228,234-240,244-252,257-264,270-289,298-309,316-328,337-348,363-375,1-56和340-352;Seq ID No 336的18-39,42-71,78-120,124-144,152-173,179-189,199-209,213-222,228-258,269-304,329-361,364-372,374-389,396-441和313-327;Seq ID No 337的19-25,91-98,108-120,156-162,168-174,191-204,211-216,232-266,272-278,286-308,316-321,327-333,344-355,358-364,384-391,395-428,464-476,487-495,497-511,544-561,563-573,575-582,588-594,10-25和322-338;Seq ID No 338的14-26,32-49,51-57,59-72,80-91,102-112,119-125,147-161,164-173,175-183,188-213,217-222,246-254,260-276,282-303,308-318,321-328,333-350,352-359,371-378,392-401,407-414,416-443,448-463,471-484,490-497,501-514,519-527,539-551,557-570,578-590,592-598,600-610,618-629,633-647,654-667,676-689,702-709,718-726,728-737,741-760,764-780,786-795,808-826,836-842,845-852,865-874,881-887,931-945,949-957,968-974,979-986,1003-1009,1023-1029和90-103;Seq ID No 339的11-16,37-56,60-66,69-77,80-88,93-106,117-139,166-171和72-90;Seq ID No 340的59-84,123-133,145-150,161-167,178-189和115-128;Seq ID No 341的15-33,39-46,52-64,74-87,108-124,127-144,150-156,173-179,184-194,201-208,219-236,243-269,272-295,302-309,343-349,356-361,370-379,405-411,414-423,430-451,457-464,466-475,477-483,496-502,507-522,541-548,557-563,571-577,579-585,590-605,626-642,650-662,671-691,704-710,751-769,775-781,786-791,794-829,851-858,868-878,884-904,913-919,931-939和132-142;Seq ID No 342的33-58,64-71,74-80,83-88,96-120,122-139,146-157,167-177,207-213,220-225,236-242,264-279,300-305,326-336,340-347,350-360,97-115和199-211;Seq ID No343的4-26,43-57,70-99,102-117,121-133,142-148,151-168,170-183,192-220,235-249,258-279和30-41;Seq ID No 344的34-42,48-58,70-94,110-130,154-160,164-172,178-183,195-203,211-222,229-250,256-261,274-284,286-292,312-323和222-233;Seq ID No 345的4-9,15-36,38-45,49-74,78-88,100-112,136-191,211-220,226-233,239-246,254-274,287-307,316-322,342-353,356-366,373-378,384-393,405-431,449-457,459-468,487-511,515-524,529-541,544-552,562-568,571-576和208-280;Seq IDNo 346的10-27,31-37,39-54,71-108,124-143和2-107;Seq IDNo 347的16-27,38-57,64-70,90-102,104-113,116-137,160-166和1-80;Seq ID No 348的13-21,31-36,56-67,127-136,153-171,173-180,184-200,214-222,225-231,239-263,267-273和135-159;Seq ID No 349的12-27,31-51,68-74,77-87,94-101,108-114,117-123,127-134,138-168,173-196,201-207,212-217,227-237,247-257,264-280和205-223;Seq ID No 350的17-22,25-54,70-76,92-100和98-110;Seq ID No 351的7-29,40-50,60-67,87-96,105-111,119-164,172-199,206-212,220-227,237-259,272-279,282-293,295-309,313-319,321-328,345-363,376-386和159-176;Seq ID No 352的4-19,24-30,36-43,50-68,71-89,93-106,141-152,154-172,179-197,199-215,229-239,246-252,255-263,281-298,319-325,329-356,358-368,374-390,397-409,420-429,432-444,450-456,459-475,483-494,496-502,520-528,532-556和362-377;Seq ID No 353的18-25,40-62,77-85,91-97,105-116,123-133,139-184,189-197和122-140;Seq ID No 354的4-49,52-58,62-70,79-105,109-133,142-150,163-168,206-214,220-228,233-240,243-254,274-281,303-311,327-338,357-373,378-396,403-413,420-436,441-453,461-467,475-481,484-498,506-512,514-521,523-529,562-579,589-595,598-603,615-648,714-722,728-742,749-758,777-792,795-807和643-658;Seq IDNo 355的8-27,37-48,51-56,72-79,87-106,120-138,140-147,167-176,187-197,205-216,222-229,234-239,243-249,277-288,292-315,334-343,347-353,363-391,398-404,430-447,461-467,478-492,498-507和456-470;Seq ID No 356的5-12,18-24,59-69,80-93,95-109,119-125,130-137,139-147,158-163,168-176,182-202,206-215,222-239,241-249,267-277,291-298,311-318,321-327,338-344,348-355,373-386,393-406,411-417,434-443,446-465,43-484,514-521,532-553,584-594和221-237;Seq IDNo 357的4-14,27-34,50-58,63-72,79-106,109-114,121-142,146-154,161-167,169-175,178-201,223-238,249-254,259-264,278-292,294-312,319-330和167-191;Seq ID No 358的7-28,36-42,50-61,63-80,122-152,161-174,176-191和140-190;SeqID No 359的20-57,59-65,70-78,86-102,119-133,142-161,163-173,177-188,192-202,204-220,222-236,240-253,279-319,326-331,337-383,390-399,406-412,420-427,431-438和381-395;Seq ID No 360的13-18,28-34,37-43,50-59,75-81,83-97,105-121,139-147,200-206,209-227,231-247,260-271,318-327,366-381,388-394,399-406和182-201;Seq ID No 361的6-29,37-43,51-56,70-77,82-102,110-119,127-143,178-190,201-209,216-243,261-269,281-292,305-313,327-339,341-354,356-373,391-397,423-429,438-445,450-478和21-314;Seq ID No 362的4-12,15-21,32-41,59-76,80-89,96-104和90-103;Seq ID No 363的9-28,30-41,44-54,69-74,77-82,90-97,104-123,125-135,149-155,164-173,177-184,217-226,230-235,238-244,258-272,282-297,300-305,309-315,317-322,327-336,348-362,368-374,380-387,400-411,414-424,451-458,460-466,483-494,497-503,506-511,521-528,540-553,569-587,598-606,628-642,661-681,688-700,718-733,740-749,752-764,769-783,823-834,848-854,862-872,878-884,886-898,915-920,938-951,954-961,963-972,982-989,996-1003,1010-1016,1021-1032,1038-1044,1047-1057,1060-1070,1079-1088,1094-1102,1117-1127,1129-1135,1142-1153,1158-1204,1212-1229,1234-1263,1269-1277,1308-1313,1327-1338,1344-1376,1400-1415,1436-1443,1448-1458,1497-1504,1511-1522,1544-1566,3-82和509-576;Seq ID No 364的8-36,40-64,71-79,88-94,102-109,118-127,138-148,151-159,163-174,192-198,200-206,220-233,268-273,290-301,304-309,316-323,331-349,378-391,414-420,427-437,455-475,494-510,541-547,549-555,616-640,1-60,55-139,212-308,386-458和458-624;Seq ID No 365的16-31,35-42,70-77,91-101,120-130,132-140,143-153,185-190,195-202,215-222,228-238,241-251,257-264,268-277,288-302,312-324,326-333,341-348,364-382,415-429,438-454,458-466,491-499,501-521和273-281;Seq ID No 366的8-14,32-57,74-149,155-177,179-212,221-266,271-296,304-324,329-346,349-359,368-401,413-419,426-454,465-478,493-510和466-490;Seq ID No 367的22-28,33-51,64-89,96-119,126-132,138-146,152-159,161-169,172-179,193-198,205-211,221-231,235-254,273-280,297-303,312-320,328-346,351-373,378-384,391-398,448-454,460-468,470-481,516-558,574-593,597-602,613-623,626-646,649-656,668-673,675-683,696-708,715-722,724-739,745-751,759-777,780-804,816-822和102-113;Seq ID No 368的12-28,41-91,98-107,112-120,125-131,151-193,215-221,240-250,263-280和128-138;Seq ID No 369的16-24,32-38,46-62,68-81,90-105,127-133,144-150,160-166,178-184,186-202,210-219,232-240,252-258,264-273,293-324,337-344,349-357,360-369,385-398,410-416,419-427,441-449,458-476,508-515,523-539,544-549,562-569,571-579,96-109和127-139;Seq ID No 370的19-25,28-34,56-61,85-97,110-116和39-53;Seq ID No 371的4-37,41-50,62-72,91-97,99-109,114-125,136-141,149-158,160-166,201-215和27-225;Seq ID No 372的15-31,44-51,96-105,122-130,149-157,162-168,178-183,185-192,198-204,206-213,221-234,239-245,248-255,257-266,289-335,349-357,415-422,425-441,448-454,462-468和463-481;Seq ID No 373的5-31,39-55,63-72,76-99,106-155,160-177,179-199,207-217,223-240,245-255,261-267,294-316,321-343,354-378,382-452,477-488,529-536,555-569,584-591,593-612,620-627,632-640,647-654,671-680,698-704,723-730,732-750,769-775,781-788,822-852和505-525;Seq ID No 374的3-18;Seq ID No 375的4-14和12-24;Seq ID No 376的4-11,22-30和12-25;Seq ID No377的5-12和4-18;Seq ID No 378的4-28和7-14;Seq ID No379的6-16和8-16;Seq ID No 380的4-15,18-33和24-36;Seq ID No 381的4-10,16-21和20-31;Seq ID No 382的6-19;Seq ID No 383的11-18和3-10;Seq ID No 384的13-24和3-15;Seq ID No 385的15-27和7-16;Seq ID No 386的11-16和1-15;Seq ID No 387的4-16和9-21;Seq ID No 388的4-24,40-48,54-67和22-39;Seq ID No 389的6-30,34-55,62-68,78-106和68-74;Seq ID No 390的3-14;Seq ID No 391的9-19和6-21;Seq ID No 392的4-17和1-9;Seq ID No 393的5-30和1-8;SeqID No 394的4-16,23-46,51-56和45-55;Seq ID No 395的7-16;Seq ID No 396的2-14;Seq ID No 397的4-36,43-65和50-62;Seq ID No 398的10-30和14-21;Seq ID No 399的9-17和1-10;Seq ID No 400的4-12和3-16;Seq ID No 401的4-15和5-23;Seq ID No 402的10-21;Seq ID No 403的6-16;Seq ID No 404的4-29,31-38和2-14;Seq ID No 405的4-35和33-42;Seq ID No406的2-17;Seq ID No 407的9-18,30-35和15-33;Seq ID No408的4-9和6-12;Seq ID No 409的3-17;Seq ID No 410的12-21,37-44,52-61,72-80和38-48;Seq ID No 411的4-10,29-44,54-61,69-78和13-27;Seq ID No 412的13-23,36-53和2-15;Seq ID No 413的4-25,28-46,56-72,81-99,120-132,134-142,154-160和129-141;Seq ID No 414的4-15,24-33,35-41,64-86和21-33;Seq ID No 415的9-15和4-13;Seq ID No 416的4-11,13-19,34-48和15-32;Seq ID No 417的4-21和11-31;Seq ID No 418的23-57和38-50;Seq ID No 419的4-32和3-13;Seq ID No 420的4-10,13-25,32-42,56-68,72-84和26-38;SeqID No 421的4-20,31-48,52-58,65-71,80-93,99-108,114-123和37-49;Seq ID No 422的6-12,14-20和3-25;Seq ID No 423的14-25,27-38和5-14;Seq ID No 424的4-41,57-105,109-118,123-136,144-152和86-99;Seq ID No 425的6-19;Seq ID No 426的2-19;Seq ID No 427的14-47和1-14;Seq ID No 428的4-21,29-44和2-18;Seq ID No 429的23-29和10-28;Seq ID No 430的6-16,22-36和11-22;Seq ID No 431的4-19,30-44和18-27;Seq ID No 432的5-15,37-45,58-65和38-47;Seq ID No 433的4-15,23-34和4-15;Seq ID No 434的30-36,44-54,79-85,101-114,138-152,154-164,170-175,179-200,213-220,223-240,243-255,258-264,268-284和10-28;包含表1B的“相同區(qū)域”縱欄的氨基酸序列的肽,尤其是包含如下氨基酸的肽Seq ID No 449的210-226和738-753;Seq ID No 450的326-344,326-348,338-354,371-392,801-809和877-901;Seq ID No 451的893-906;Seq ID No452的51-69;Seq ID No 453的110-125;Seq ID No 454的291-305;Seq ID No 455的210-226和738-753;Seq ID No 456的326-344,326-348,338-354,371-392,801-809和877-901;Seq ID No 457的893-906;Seq ID No 458的51-69;Seq ID No 459的110-125;SeqID No 460的291-305;Seq ID No 461的32-44;Seq ID No 462的399-410;表2的“氨基酸從”到“氨基酸至”縱欄中指定的血清反應(yīng)性表位,尤其是包含如下氨基酸的肽Seq ID No 218的120-143,138-161和156-179;Seq ID No 219的110-129和168-184;Seq ID No 222的74-90;Seq ID No 223的759-773;Seq ID No 224的237-260;Seq ID No 225的265-284;Seq ID No 226的65-74;Seq ID No 227的41-50;Seq ID No 229的163-174;Seq ID No 230的26-37;Seq ID No 232的174-189;Seq ID No 234的240-256;Seq ID No236的285-297;Seq ID No 238的238-247;Seq ID No 239的491-519;Seq ID No 243的114-140;Seq ID No 250的267-284;Seq ID No 252的439-453;Seq ID No 253的162-178;Seq ID No254的347-364;Seq ID No 255的699-715;Seq ID No 256的60-71;Seq ID No 257的244-257;Seq ID No 258的44-63和57-76;Seq ID No 260的185-196;Seq ID No 263的119-129;SeqID No 266的182-195;Seq ID No 267的32-44和424-442;Seq IDNo 268的247-256;Seq ID No 269的678-694,785-805,55-77和72-94;Seq ID No 281的210-226;Seq ID No 289的37-59;SeqID No 296的13-29;Seq ID No 348的136-159;Seq ID No 349的205-222;Seq ID No 350的99-110;Seq ID No 351的160-176;Seq ID No 355的457-470;Seq ID No 356的221-237;Seq ID No357的167-190;Seq ID No 361的96-120;Seq ID No 364的399-417,503-519和544-563;Seq ID No 371的46-68,159-183和184-198;Seq ID No 372的463-481;表4的“氨基酸從”到“氨基酸至”縱欄中指定的免疫原性表位;尤其是包含如下氨基酸的肽Seq ID No219的110-129和168-184;Seq ID No 277的877-901,333-354,326-344和801-809;Seq ID No 347的1-54;Seq ID No 364的544-563,31-51,107-119,399-417和503-519;Seq ID No 218的120-198;Seq ID No 219的20-35;Seq ID No 221的118-201;SeqID No 242的48-132;Seq ID No 249的118-136;Seq ID No 253的162-178;Seq ID No 254的347-364;Seq ID No 255的699-715;Seq ID No 258的50-76;Seq ID No 269的785-819和44-128;SeqID No 274的90-128;Seq ID No 289的314-384;Seq ID No 293的327-349;Seq ID No 304的242-314,405-478和23-100;Seq ID No305的129-210;Seq ID No 307的162-188;Seq ID No 310的750-772;Seq ID No 335的1-56;Seq ID No 337的322-337;SeqID No 339的72-90;Seq ID No 345的374-395;Seq ID No 348的136-159;Seq ID No 358的141-164;Seq ID No 361的96-157;Seq ID No 363的1-82;Seq ID No 364的489-556;Seq ID No 371的159-183和49-133;包含表5的“推定的免疫原性氨基酸”和“鑒別的免疫原性區(qū)域(aa)的位置”縱欄的氨基酸序列的肽,尤其是包含如下氨基酸的肽Seq ID No 475的4-26,35-41,53-61,73-84,103-108,114-120,140-146,156-162,192-208,214-219,227-233,239-252,260-268,284-297,1-48和113-133;Seq ID No 476的4-27,38-44,50-56,59-64,72-79,83-89,92-97,108-116,123-148,152-167,183-196,200-220,232-244,255-261,265-274,282-302,309-317,1-79和231-302;Seq ID No 477的6-28,66-72,85-105,115-121,144-151,160-170,176-185,223-230,252-288,296-310,319-333,367-374,458-464,471-480,483-488,520-528,530-549,559-564,593-601,606-616,636-643,655-662,676-682,684-699,719-726,735-750,757-764,777-785,799-810,812-843,846-853,868-873,880-889,891-899,909-929,934-940,963-969,998-1004,1007-1014,1016-1022,1030-1046,1-80和808-821;Seq ID No 478的7-24,35-41,75-81,91-114,122-132,137-144,148-156,183-192,194-200,212-228,233-238,251-258,275-295,326-332,337-346,1-79和305-321;Seq ID No 479的31-38,42-52,66-72,86-92,98-104,115-122,127-146,154-164,169-187,198-212,225-237,255-269,13-92和135-142;Seq ID No 480的4-36,39-49,63-69,71-77,81-88,123-131,133-139,160-169,174-180,188-194,210-217,273-278,289-300,317-334,336-341,383-401,425-438,1-68,212-270和402-446;Seq ID No 481的21-29,31-42,49-63,72-79,81-93,112-132,159-165,188-195,197-232,262-267,279-286,294-301,318-326,348-366,381-405,409-426,436-465,471-480,484-492,497-505,521-544,554-561,567-577,581-589,601-609,611-622,636-651,653-667,669-685,700-708,716-722,729-744,749-766,780-786,789-811,814-864,1-57和84-106;Seq ID No482的6-24,35-48,57-63,72-78,87-92,113-119,123-137,147-153,173-181,212-233和1-124;Seq ID No 483的13-34,62-69,78-83,86-91,98-104,107-115,146-159,179-188,195-205,209-221,226-233,239-253,276-282,284-294,297-308,331-354,375-382,388-399,421-433,449-458,464-469,472-491,508-513,525-531,534-550,575-593,601-618,629-635,654-661,666-680,706-721,723-740,771-805,810-830,845-851和1-84;Seq ID No484的4-32,45-64,73-83,86-92,100-111,125-147,157-163,170-175,177-188,226-232,245-252,258-274,320-335,348-359和1-71;Seq ID No 485的13-40,43-71,76-83,87-101,109-119,125-156,162-175,182-219,226-232,240-262,270-287,306-318,326-342,344-408,414-444,449-456和1-51;Seq ID No 486的4-16,18-34,45-54,99-108,134-140,203-212,241-257,266-274,279-291,308-315,330-336,355-370,374-382,402-410,428-455,466-472,474-480,531-554,560-566,572-580,597-618,632-660,664-674,676-685,691-705,708-735,750-768,1-87和342-480;表6的“氨基酸從”到“氨基酸至”的縱欄中指定的血清反應(yīng)性表位,尤其是包含如下氨基酸的肽No 475的115-132和1-26;Seq ID No 476的33-55;Seq ID No 478的1-25;Seq ID No 479的37-61;SeqID No 480的1-24;Seq ID No 481的1-23;Seq ID No 482的46-60;Seq ID No 483的1-28,23-50和45-71;Seq ID No 484的1-22和17-38;Seq ID No 485的1-22和17-38;Seq ID No 486的1-27,22-47和422-447;表7的“氨基酸從”到“氨基酸至”縱欄中指定的免疫原性表位,尤其是包含如下氨基酸的肽Seq ID No 475的115-132和1-47;Seq ID No 476的1-55;Seq ID No 477的22-85;Seq ID No478的307-320和1-44;Seq ID No 479的15-76和40-92;SeqID No 480的1-59,213-269和403-445;Seq ID No 481的1-56和85-105;Seq ID No 482的37-121;Seq ID No 483的1-71;Seq IDNo 484的1-38;Seq ID No 485的1-38;Seq ID No 486的1-47。
      本發(fā)明也提供了生產(chǎn)根據(jù)本發(fā)明的無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原或其片段的方法,包括在合適的表達(dá)系統(tǒng)中表達(dá)根據(jù)本發(fā)明的一個(gè)或多個(gè)核酸分子。
      此外,本發(fā)明提供了生產(chǎn)表達(dá)根據(jù)本發(fā)明的無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原或其片段的細(xì)胞的方法,包括用根據(jù)本發(fā)明的載體轉(zhuǎn)化或轉(zhuǎn)染合適的宿主細(xì)胞。
      根據(jù)本發(fā)明提供了尤其是疫苗的藥物組合物,其包含如本發(fā)明定義的超免疫血清反應(yīng)性抗原或其片段或如本發(fā)明定義的核酸分子。
      優(yōu)選實(shí)施方案中,藥物組合物進(jìn)一步包含了免疫刺激物質(zhì),優(yōu)選地選自尤其是聚陽(yáng)離子肽的聚陽(yáng)離子聚合物、免疫刺激脫氧核苷酸(ODN)、含有尤其是KLKL5KLK的至少兩個(gè)LysLeuLys基團(tuán)的肽、尤其是人生長(zhǎng)激素的神經(jīng)活性化合物、明礬(alumn)、弗氏完全或不完全佐劑或它們的組合。
      更加優(yōu)選的實(shí)施方案中,免疫刺激物質(zhì)是聚陽(yáng)離子聚合物和免疫刺激脫氧核苷酸或含有至少兩個(gè)LysLeuLys基團(tuán)的肽和免疫刺激脫氧核苷酸的組合。
      還更優(yōu)選的實(shí)施方案中,聚陽(yáng)離子聚合物是聚陽(yáng)離子肽,尤其是聚精氨酸。
      根據(jù)本發(fā)明,提供了根據(jù)本發(fā)明的核酸或根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段用于藥物制備物的生產(chǎn)的用途,尤其是用于抗無(wú)乳鏈球菌感染的疫苗的生產(chǎn)。
      同此,也提供了至少結(jié)合于根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的選擇性部分的抗體或其至少有效部分。
      優(yōu)選的實(shí)施方案中抗體是單克隆抗體。
      另一優(yōu)選的實(shí)施方案中抗體的有效部分包含F(xiàn)ab片段。
      進(jìn)一步優(yōu)選的實(shí)施方案中抗體是嵌合抗體。
      還優(yōu)選的實(shí)施方案中抗體是人源化抗體。
      本發(fā)明也提供了產(chǎn)生根據(jù)本發(fā)明的抗體的雜交瘤細(xì)胞系。
      此外,本發(fā)明提供了產(chǎn)生根據(jù)本發(fā)明的抗體的方法,特征在于如下的步驟●通過(guò)給予非人的動(dòng)物如本發(fā)明中定義的超免疫血清反應(yīng)性抗原或其片段啟動(dòng)所述動(dòng)物的免疫反應(yīng),●從所述動(dòng)物移出含抗體的體液,以及●通過(guò)進(jìn)一步純化步驟處理含所述抗體的體液產(chǎn)生抗體。
      相應(yīng)地,本發(fā)明也提供了一種產(chǎn)生根據(jù)本發(fā)明的抗體的方法,特征在于如下的步驟●通過(guò)給予非人的動(dòng)物如本發(fā)明中定義的超免疫血清反應(yīng)性抗原或其片段啟動(dòng)所述動(dòng)物的免疫反應(yīng),●從所述動(dòng)物移出脾或脾細(xì)胞,●生產(chǎn)所述脾或脾細(xì)胞的雜交瘤細(xì)胞●挑選和克隆特異于所述超免疫血清反應(yīng)性抗原或其片段的雜交瘤細(xì)胞,●通過(guò)所述克隆的雜交瘤細(xì)胞的培養(yǎng)和可選的進(jìn)一步純化步驟產(chǎn)生抗體。
      根據(jù)上面方法提供或生產(chǎn)的抗體可以用于治療或預(yù)防無(wú)乳鏈球菌感染的藥劑的制備。
      根據(jù)另一方面,本發(fā)明提供了結(jié)合根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的拮抗劑。
      所述能夠結(jié)合根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的拮抗劑可以通過(guò)包含如下步驟的方法鑒別
      a)將分離的或固定化的根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段在允許候選拮抗劑和所述超免疫血清反應(yīng)性抗原或其片段結(jié)合的條件下,在能夠提供應(yīng)答于候選拮抗劑和所述超免疫血清反應(yīng)性抗原或其片段結(jié)合的可檢測(cè)信號(hào)的組分的存在下,與所述候選拮抗劑接觸;以及b)檢測(cè)應(yīng)答于拮抗劑與超免疫血清反應(yīng)性抗原或其片段結(jié)合的信號(hào)的存在或不存在。
      能夠降低或抑制根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段與其相互反應(yīng)伴侶的相互反應(yīng)活性的拮抗劑可以通過(guò)包含如下步驟的方法鑒別a)提供了根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其高免疫片段,b)向所述超免疫血清反應(yīng)性抗原或其片段,提供相互反應(yīng)伴侶,尤其是根據(jù)本發(fā)明的抗體,c)允許所述超免疫血清反應(yīng)性抗原或其片段與所述相互反應(yīng)伴侶的相互反應(yīng)以形成相互反應(yīng)復(fù)合物,d)提供候選拮抗劑,e)允許候選拮抗劑和相互反應(yīng)復(fù)合物之間發(fā)生競(jìng)爭(zhēng)反應(yīng),f)測(cè)定候選拮抗劑是否抑制或降低超免疫血清反應(yīng)性抗原或其片段與相互反應(yīng)伴侶的相互反應(yīng)活性。
      根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段可用于所述超免疫血清反應(yīng)性抗原或其片段的相互反應(yīng)伴侶的分離和/或純化和/或鑒別。
      本發(fā)明也提供了體外診斷與根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的表達(dá)相關(guān)的疾病的方法,包括測(cè)定根據(jù)本發(fā)明編碼所述超免疫血清反應(yīng)性抗原或其片段的核酸序列的存在,或根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的存在。
      本發(fā)明也提供了尤其是無(wú)乳鏈球菌感染的細(xì)菌感染體外診斷的方法,包括分析根據(jù)本發(fā)明編碼所述超免疫血清反應(yīng)性抗原或其片段的核酸序列的存在或根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的存在。
      此外,本發(fā)明提供了根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的用途其用以產(chǎn)生結(jié)合于所述超免疫血清反應(yīng)性抗原或其片段的肽,其中所述肽是抗促成素(anticaline)。
      本發(fā)明也提供了根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的用途,其用以生產(chǎn)功能性核酸,其中所述功能性核酸選自適體(aptamer)和鏡面體(spiegelmers)。
      根據(jù)本發(fā)明的核酸分子也可用于功能性核糖核酸的生產(chǎn),其中所述功能性核糖核酸選自核酶、反義核酸和siRNA。
      本發(fā)明有利地提供了使用來(lái)自多個(gè)人血漿合并物的抗體制備物和來(lái)源于無(wú)乳鏈球菌基因組的表面表達(dá)文庫(kù),從無(wú)乳鏈球菌鑒別出來(lái)的一套有效的、相關(guān)的和全面的分離的核酸分子和它們編碼的超免疫血清反應(yīng)性抗原或其片段。因而,本發(fā)明滿(mǎn)足了在制備抗體和鑒別有效對(duì)抗無(wú)乳鏈球菌感染的化合物的過(guò)程中有用的無(wú)乳鏈球菌抗原、疫苗、診斷和產(chǎn)品的廣泛需要。
      有效疫苗應(yīng)當(dāng)由所有株表達(dá)的并能誘導(dǎo)抗無(wú)乳鏈球菌細(xì)胞表面組分的高親和力、豐富抗體的蛋白質(zhì)或多肽組成。對(duì)于調(diào)理作用,抗體應(yīng)當(dāng)是IgG1和/或IgG3,對(duì)于粘附和毒素作用的中和,是任何IgG亞型和IgA。化學(xué)限定的疫苗必須是明確地比全細(xì)胞疫苗優(yōu)良,因?yàn)榕c人類(lèi)組織交叉反應(yīng)或抑制調(diào)理作用的無(wú)乳鏈球菌的組分能被去除,并且誘導(dǎo)保護(hù)抗體和/或保護(hù)免疫反應(yīng)的個(gè)體蛋白質(zhì)能被挑選出來(lái)。
      本發(fā)明采用的方法是基于GBS蛋白質(zhì)或肽與人血清中存在的抗體的相互作用。人免疫系統(tǒng)產(chǎn)生的并且在人血清中存在的抗無(wú)乳鏈球菌抗體是抗原蛋白質(zhì)的體內(nèi)表達(dá)和它們的免疫原性的指征。另外,在用個(gè)體選擇或產(chǎn)生的血清進(jìn)行的第二和第三輪篩選中處理抗原蛋白質(zhì),所述抗原蛋白質(zhì)是使用預(yù)選血清的合并物通過(guò)細(xì)菌表面展示表達(dá)文庫(kù)鑒別的。因而,本發(fā)明提供了作為藥物組合物尤其是預(yù)防無(wú)乳鏈球菌感染的疫苗的一套有效、相關(guān)、全面的GBS抗原。
      在鑒別根據(jù)本發(fā)明的一全套抗原的抗原鑒別程序中,用一些血清合并物或血漿級(jí)分或其它合并的含有抗體的體液(抗體合并物)篩選了至少兩個(gè)不同的細(xì)菌表面表達(dá)文庫(kù)??贵w合并物來(lái)源于已經(jīng)測(cè)試了抗無(wú)乳鏈球菌抗原化合物的血清收集物,例如全部細(xì)胞提取物和培養(yǎng)上清蛋白質(zhì)。優(yōu)選地,使用三個(gè)截然不同的血清收集物,得自ad 1.健康懷孕婦女,子宮頸和肛門(mén)直腸GBS攜帶測(cè)試陰性,ad 2.健康懷孕婦女,子宮頸和/或肛門(mén)直腸GBS攜帶測(cè)試陽(yáng)性,其新生兒仍然無(wú)GBS(盡管用了抗生物預(yù)防),ad 3.低于45歲沒(méi)有臨床疾病的成人。為了考慮是超免疫的并因而在本發(fā)明采用的篩選方法中是相關(guān)的,血清必須與多個(gè)GBS特異性抗原反應(yīng)。
      如本發(fā)明中使用的表達(dá)文庫(kù)應(yīng)當(dāng)允許所有可能抗原的表達(dá),例如源自無(wú)乳鏈球菌所有分泌的和表面蛋白質(zhì)。細(xì)菌表面展示文庫(kù)由在細(xì)菌宿主膜的兩個(gè)挑選的外膜蛋白質(zhì)(LamB和FhuA)的呈示無(wú)乳鏈球菌一(總)套表達(dá)肽序列的細(xì)菌宿主的重組文庫(kù)表示{Georgiou,G.,1997};{Etz,H.等人,2001}。使用重組表達(dá)文庫(kù)一個(gè)優(yōu)點(diǎn)是鑒別的超免疫血清反應(yīng)性抗原可以立即由篩選的和挑選的表達(dá)超免疫血清反應(yīng)性抗原的克隆的編碼序列的表達(dá)產(chǎn)生,沒(méi)有進(jìn)一步的重組DNA技術(shù)或必要的克隆步驟。
      進(jìn)一步用一或多個(gè)額外輪的篩選,分析通過(guò)根據(jù)本發(fā)明描述的程序鑒別的全套抗原。所以,使用了被鑒別有免疫原性的個(gè)體抗體制備物或產(chǎn)生的抗所選肽的抗體。根據(jù)優(yōu)選實(shí)施方案,用于第二輪篩選的個(gè)體抗體制備物來(lái)源于顯示抗體滴度高于某個(gè)最低水平的懷孕婦女和非孕成人,例如抗體滴度高于80百分?jǐn)?shù)的測(cè)試人(患者或健康個(gè)體)血清,優(yōu)選地高于90百分?jǐn)?shù),尤其高于95百分?jǐn)?shù)。在第二輪篩選使用這樣高滴度的個(gè)體抗體制備物允許超免疫血清反應(yīng)性抗原和其片段從無(wú)乳鏈球菌的非常有選擇性的鑒別。
      全面篩選過(guò)程之后,通過(guò)一系列ELISA和Western斑點(diǎn)試驗(yàn)在第二輪篩選中測(cè)試了挑選的抗原蛋白質(zhì)以評(píng)價(jià)它們對(duì)大量的人血清收集物(最少~150健康和患者血清)的免疫原性,所述抗原蛋白質(zhì)在原核表達(dá)系統(tǒng)中不能表達(dá)的情況下表達(dá)為重組蛋白質(zhì)或體外翻譯產(chǎn)物,或者鑒別的抗原性肽(合成產(chǎn)生)。
      個(gè)體抗體制備物(其也可是挑選的血清)允許所有超免疫血清反應(yīng)性抗原最有希望的候選物從第一輪的所有有希望的候選物中的選擇性鑒別是重要的。所以,優(yōu)選地至少10個(gè)個(gè)體抗體制備物(即來(lái)自至少10個(gè)已經(jīng)遭受所選病原體感染的不同個(gè)體的抗體制備物(例如血清))應(yīng)當(dāng)用于在第二輪篩選中鑒別這些抗原。當(dāng)然,也可使用少于10個(gè)個(gè)體制備物,然而,步驟的選擇性與低數(shù)量的個(gè)體抗體制備物可能不是最佳的。另一方面,如果給定的超免疫血清反應(yīng)性抗原(或其抗原片段)被至少10個(gè)個(gè)體抗體制備物,優(yōu)選地至少30個(gè),尤其是至少50個(gè)個(gè)體抗體制備物識(shí)別,那么超免疫血清反應(yīng)性抗原的鑒別對(duì)正確鑒別也有足夠的選擇性。當(dāng)然也可以與盡可能多的個(gè)體制備物(例如與多于100或甚至與多于1,000個(gè))測(cè)試超免疫血清反應(yīng)。
      所以,根據(jù)本發(fā)明的方法之超免疫血清反應(yīng)抗體制備物的相關(guān)部分應(yīng)當(dāng)優(yōu)選地至少10個(gè),更加優(yōu)選地至少30個(gè),尤其是至少50個(gè)個(gè)體抗體制備物?;蛘?或聯(lián)合地)超免疫血清反應(yīng)性抗原優(yōu)選地也可用第二輪篩選中使用的至少20%,優(yōu)選地至少30%,尤其是至少40%的所有個(gè)體抗體制備物進(jìn)行鑒別。
      根據(jù)本發(fā)明的優(yōu)選實(shí)施方案,用于第二輪篩選個(gè)體抗體制備物從其制備的血清通過(guò)它們抗無(wú)乳鏈球菌的滴度(例如抗這個(gè)病原體的制備物,例如裂解物,細(xì)胞壁組分和重組蛋白質(zhì))進(jìn)行挑選。優(yōu)選地,當(dāng)ELISA中全生物體(總裂解物或總細(xì)胞)用作抗原時(shí),挑選有總IgA滴度高于300U尤其是高于500U的和/或IgG滴度高于5,000U尤其是高于10,000U(U=單位,從在給定稀釋度的OD405nm讀數(shù)計(jì)算)的一些血清。
      人免疫系統(tǒng)產(chǎn)生的抗鏈球菌、并存在于人血清中的抗體是抗原蛋白質(zhì)的體內(nèi)表達(dá)和它們的免疫原性的指征。血清抗體識(shí)別的線(xiàn)性表位之識(shí)別能基于如4-5個(gè)氨基酸短的序列。當(dāng)然,它不是一定意味著這些短肽能夠體內(nèi)誘導(dǎo)給定的抗體。為了那個(gè)原因,定義的表位、多肽和蛋白質(zhì)進(jìn)一步地在動(dòng)物(主要是小鼠)中測(cè)試它們誘導(dǎo)抗體內(nèi)挑選蛋白質(zhì)的抗體的能力。
      優(yōu)選的抗原位于細(xì)胞表面或被分泌,并且因而可胞外接近。期望抗細(xì)胞壁蛋白質(zhì)的抗體起多個(gè)作用抑制粘附、干擾營(yíng)養(yǎng)的獲得、抑制免疫逃避和促進(jìn)噬菌作用{Hornef,M.等人,2002}。抗分泌蛋白質(zhì)抗體對(duì)它們作為毒素或毒力組分的功能的中和是有益的。細(xì)菌通過(guò)分泌蛋白質(zhì)相互聯(lián)系也是已知的??惯@些蛋白質(zhì)之中和抗體將干擾鏈球菌類(lèi)之間或鏈球菌內(nèi)的促進(jìn)生長(zhǎng)的聯(lián)系(cross talk)。生物信息分析(信號(hào)序列、細(xì)胞壁定位信號(hào)、跨膜結(jié)構(gòu)域)證明對(duì)于評(píng)價(jià)細(xì)胞表面定位或分泌是非常有用的。實(shí)驗(yàn)室方法包括有相應(yīng)表位的抗體和蛋白質(zhì)從人血清的分離,以及小鼠中抗細(xì)菌表面展示篩選挑選的(多)肽的免疫血清的產(chǎn)生。這些血清然后作為下面試驗(yàn)中的試劑用于第三輪篩選在不同條件下生長(zhǎng)的無(wú)乳鏈球菌的細(xì)胞表面染色(FACS或顯微鏡)、中和能力的測(cè)定(毒素、粘附)以及調(diào)理作用和噬菌作用的促進(jìn)(體外噬菌試驗(yàn))。
      為了所述目的,將細(xì)菌大腸桿菌菌落直接注射進(jìn)小鼠,收集免疫血清并在相關(guān)體外試驗(yàn)中測(cè)試功能性調(diào)理或中和抗體?;蛘?,可以使用肽或蛋白質(zhì)作為底物從人或小鼠血清純化特異性抗體。
      針對(duì)無(wú)乳鏈球菌的宿主防御主要依賴(lài)調(diào)理噬菌性殺死機(jī)制。通過(guò)疫苗接種誘導(dǎo)高親和力的調(diào)理和中和類(lèi)型的抗體幫助先天免疫系統(tǒng)清除細(xì)菌和毒素。這個(gè)使得根據(jù)本發(fā)明的方法成為GBS抗原蛋白質(zhì)鑒別的最佳工具。
      皮膚和粘膜的膜是強(qiáng)大的抗鏈球菌入侵的屏障。然而,一旦皮膚或粘附的膜被破壞,第一道非適應(yīng)性細(xì)胞防疫通過(guò)補(bǔ)體和噬菌細(xì)胞尤其是多形核白細(xì)胞(PMN)開(kāi)始它的合作作用。這些細(xì)胞能被當(dāng)作清除入侵細(xì)菌的基石。因?yàn)闊o(wú)乳鏈球菌是主要的細(xì)胞外病原體,主要的抗鏈球菌適應(yīng)性反應(yīng)來(lái)自免疫系統(tǒng)的體液途徑,并由三個(gè)主要機(jī)制介導(dǎo)調(diào)理作用的促進(jìn)、毒素的中和和粘附的抑制。相信調(diào)理作用因?yàn)樗鼘?duì)有效噬菌作用的要求是尤其重要的。對(duì)于有效的調(diào)理作用,為了PMN通過(guò)IgG分子Fc片段或激活的C3b的受體的識(shí)別,微生物表面必須用抗體和補(bǔ)體因子包被。調(diào)理作用之后,鏈球菌被吞噬和殺死。結(jié)合于細(xì)菌細(xì)胞表面上的特異性抗原的抗體起附著于PMN的配體和促進(jìn)噬菌作用的作用。期望結(jié)合于粘附素和其它細(xì)胞表面蛋白質(zhì)的非常一樣的抗體中和粘附以及阻止群集。本發(fā)明提供的抗原的選擇因而非常適于鑒別將導(dǎo)致抗動(dòng)物模型或人類(lèi)中抗感染保護(hù)的那些抗原。
      根據(jù)此處使用的抗原鑒別方法,本發(fā)明驚人地提供了尤其如下描述的一套全面的無(wú)乳鏈球菌新型核酸和新型超免疫血清反應(yīng)性抗原和其片段。根據(jù)一個(gè)方面,本發(fā)明尤其涉及編碼超免疫血清反應(yīng)性抗原的核苷酸序列,所述序列列于序列列表中Seq ID No1-217,435-448和463-474,以及代表超免疫血清反應(yīng)性抗原的相應(yīng)的編碼氨基酸序列列于序列列表中Seq ID No 218-434,449-462和475-486。
      本發(fā)明優(yōu)選實(shí)施方案中,提供了其全長(zhǎng)展示了與Seq ID No 14,90,157-216列出的核苷酸序列70%相同性的核酸分子。最優(yōu)選的是包含其全長(zhǎng)與Seq ID No 14,90,157-216列出的核酸分子至少80%或至少85%相同性的區(qū)域之核酸。在這點(diǎn)上,核酸分子就其全長(zhǎng)與Seq ID No 14,90,157-216列出的核酸分子至少90%、91%、92%、93%、94%、95%或96%相同是尤其優(yōu)選的。此外,有至少97%相同性的那些是優(yōu)選的,有至少98%和至少99%的那些是尤其高度優(yōu)選的,有至少99%或99.5%是更加優(yōu)選的,有100%相同性是尤其優(yōu)選的。另外,這點(diǎn)上優(yōu)選實(shí)施方案是編碼基本上保留了與Seq ID No 14,90,157-216列出的所述核酸編碼的成熟多肽相同生物功能或活性的超免疫血清反應(yīng)性抗原或其片段的核酸。
      如本領(lǐng)域已知并此處使用的相同性是通過(guò)比較序列測(cè)定的兩個(gè)或兩個(gè)以上多肽序列或兩個(gè)或兩個(gè)以上多核苷酸序列之間的關(guān)系。本領(lǐng)域中,相同性也指多肽或聚核苷酸序列之間序列相關(guān)的程度,就如在本情況下可以是這樣的序列串(strings)之間的匹配測(cè)定的。能很容易地計(jì)算相同性。雖然有許多方法測(cè)量?jī)蓚€(gè)聚核苷酸或兩個(gè)多肽序列之間的相同性,所述術(shù)語(yǔ)對(duì)于技術(shù)人員是眾所周知的(例如分子生物學(xué)中的序列分析,von Heinje,G.,Academic Press,1987)。設(shè)計(jì)測(cè)定相同性的優(yōu)選方法以給予測(cè)試的序列之間最大的匹配。在計(jì)算機(jī)程序中編碼測(cè)定相同性的方法。測(cè)定兩個(gè)序列之間相同性的優(yōu)選計(jì)算機(jī)程序方法包括但不限于GCG程序包{Devereux,J.等人,1984}、BLASTP、BLASTN和FASTA{Altschul,S.等人,1990}。
      根據(jù)本發(fā)明的另一方面,提供了展現(xiàn)與Seq ID No 1,3,5-13,15,18-25,27-31,33-36,39-68,70-85,92-100,103-126,128-145,147,149-156,217,435-448和463-474列出的核酸序列有96%或高于96%,尤其是100%序列相同性的核酸分子。
      根據(jù)本發(fā)明的另一方面,提供了與核酸分子具有98%或高于98%,尤其是100%序列相同性的核酸分子,所述核酸分子與Seq ID No 32,86,91,101,127列出的核酸序列相同。
      根據(jù)本發(fā)明的核酸分子作為第二備擇方案也可是至少基本上互補(bǔ)于上述第一備擇方案的核酸的核酸分子。如此處使用地,互補(bǔ)是指核酸鏈經(jīng)由Watson-Crick堿基配對(duì)與第二個(gè)核酸鏈?zhǔn)菈A基配對(duì)的。如此處使用地基本上互補(bǔ)的是指堿基配對(duì)不發(fā)生在各個(gè)鏈所有的堿基而留有一定數(shù)量或百分比的未配對(duì)或錯(cuò)配的堿基。正確配對(duì)堿基的百分比優(yōu)選地是至少70%,更加優(yōu)選地80%,甚至更加優(yōu)選地90%以及最優(yōu)選地高于90%的任何百分比。要注意70%配對(duì)堿基的百分比被認(rèn)為有同源性,具有這個(gè)程度配對(duì)堿基對(duì)的雜交被認(rèn)為是嚴(yán)格的。這種嚴(yán)格雜交的雜交條件可以從分子生物學(xué)現(xiàn)代試驗(yàn)方案(John Wiley and Sons,Inc.,1987)獲得。更加特別地,雜交條件如下●例如在5×SSPE,5×Denhardt′s試劑,0.1%SDS,100g/mL剪切的DNA中在68℃進(jìn)行的雜交●0.2×SSC,0.1%SDS中在42℃的中等嚴(yán)格清洗●0.1×SSC,0.1%SDS中在68℃的高嚴(yán)格清洗有50%GC含量的基因組DNA具有大約96℃的TM。對(duì)于1%的錯(cuò)配,TM降低大約1℃。
      另外,此處描述的任何進(jìn)一步的雜交條件原則上也可應(yīng)用。
      當(dāng)然,編碼與如本發(fā)明鑒別的那些相同的多肽分子之所有核酸序列分子包括任何公開(kāi)的給定編碼序列,因?yàn)檫z傳密碼的簡(jiǎn)并性可直接應(yīng)用以清楚地測(cè)定編碼給定多肽分子的所有可能的核酸分子,即使這樣簡(jiǎn)并的核酸分子的數(shù)量可以很高。這個(gè)也可應(yīng)用于給定多肽的片段,只要在免疫接種這點(diǎn)上所述片段編碼適合用作例如作為主動(dòng)或被動(dòng)疫苗的多肽。
      根據(jù)本發(fā)明的核酸分子作為第三備擇方案也能是包含了根據(jù)上面總結(jié)的根據(jù)本發(fā)明的核酸分子第一和第二備擇方案的核酸分子至少15個(gè)堿基的延伸的核酸。優(yōu)選地,堿基形成了堿基連續(xù)的延伸。然而,所述延伸由許多堿基分開(kāi)的兩個(gè)或兩個(gè)以上的基團(tuán)組成,也在本發(fā)明的范圍內(nèi)。
      本核酸優(yōu)選地由此處公開(kāi)的序列至少20個(gè),甚至更加優(yōu)選地至少30個(gè),尤其是至少50個(gè)連續(xù)堿基組成。由于用途的計(jì)劃區(qū)域(例如作為(PCR)引物、探針、(例如在(DNA)芯片上的)捕獲分子等等),很容易地優(yōu)化合適的長(zhǎng)度。優(yōu)選的核酸分子含有一個(gè)或多個(gè)表1和2中列出的推定的免疫原性氨基酸序列的至少連續(xù)15個(gè)堿基部分,尤其是表2的有高于10分,優(yōu)選地高于20分,尤其是有高于25分的序列。尤其優(yōu)選的是含有本應(yīng)用的序列方案中任何序列的DNA序列連續(xù)部分的核酸,所述核酸與公開(kāi)的無(wú)乳鏈球菌株NEM316(ATCC 12403)基因組({Glaser,P.等人,2002};GenBank登陸號(hào)AL732656)和/或任何其它公開(kāi)的無(wú)乳鏈球菌基因組序列或其部分,尤其是血清型V的2603 V/R(A909)株{Tettelin,H.等人,2002});GenBank登陸號(hào)AE009948),顯示了一或多個(gè),優(yōu)選地多于2個(gè),尤其是多于5個(gè)不相同的核酸殘基。尤其優(yōu)選的不相同的核酸殘基是導(dǎo)致不同氨基酸殘基的殘基。優(yōu)選地,核酸序列編碼與上面提到的公開(kāi)的無(wú)乳鏈球菌對(duì)應(yīng)物具有至少1個(gè),優(yōu)選地至少2個(gè),優(yōu)選地至少3個(gè)不同氨基酸殘基的多肽。這樣分離的多肽也是優(yōu)選的,所述多肽是此處例如序列列表中提到的蛋白質(zhì)(或全蛋白質(zhì))的片段,具有至少6、7或8個(gè)氨基酸殘基并由這些核酸編碼。
      根據(jù)本發(fā)明的核酸分子作為第四備擇方案也可是在嚴(yán)格雜交條件下退火于根據(jù)上面總結(jié)的第一、第二和第三備擇方案的本發(fā)明任何核酸的核酸分子。嚴(yán)格雜交條件一般是此處描述的那些。
      最后,根據(jù)本發(fā)明的核酸分子作為第五備擇方案也可是由于遺傳密碼的簡(jiǎn)并性否則能雜交根據(jù)上面總結(jié)的第一、第二、第三和第四備擇方案的根據(jù)本發(fā)明任何核酸分子的任何核酸分子之核酸分子。這種核酸分子指的是優(yōu)選地根據(jù)本發(fā)明的核酸編碼根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原或其片段的事實(shí)。這種核酸對(duì)于根據(jù)本發(fā)明的核酸分子的檢測(cè),并因而對(duì)例如無(wú)乳鏈球菌的各個(gè)微生物的診斷以及與這種微生物有關(guān)的任何疾病或疾病狀態(tài)尤其有用。優(yōu)選地,雜交將在如上面描述的第四備擇方案描述的嚴(yán)格條件下發(fā)生或進(jìn)行。
      如此處使用的核酸分子一般指的是任何核酸分子或脫氧核糖核酸分子,可以是非修飾的RNA或DNA或修飾的RNA或DNA。因而,例如,如此處使用的核酸分子在其它之中指的是單和雙鏈DNA,單和雙鏈RNA的混合物的DNA,單和雙鏈區(qū)域的混合物的RNA,包含可以是單鏈、或更加一般地雙鏈、或三鏈、或單和雙鏈區(qū)域混合物的DNA和RNA的雜交分子。另外,如此處使用的核酸分子指的是包含RNA、或者DNA、或者RNA和DNA的三鏈區(qū)域。這樣區(qū)域的鏈可以來(lái)自相同的分子或來(lái)自不同分子。這些區(qū)域可以包括所有的一個(gè)或多個(gè)分子,但更一般地只涉及一些分子的區(qū)域。一個(gè)三螺旋區(qū)域的分子通常是寡核苷酸。如此處使用地,術(shù)語(yǔ)核酸分子包括如上面描述的含有一個(gè)或多個(gè)修飾堿基的DNA或RNA。因而,有為了穩(wěn)定性或?yàn)榱似渌蚨揎椀墓羌艿腄NA或RNA是此處術(shù)語(yǔ)所指的“核酸分子”。另外,包含例如次黃嘌呤核苷的異常堿基或例如三苯甲基化堿基的修飾堿基的DNA或RNA(只提及兩個(gè)例子)是如此處使用的術(shù)語(yǔ)的核酸分子。將理解已經(jīng)對(duì)有本領(lǐng)域技術(shù)人員已知的很多有用目的之DNA和RNA進(jìn)行非常多種的修飾。如此處采用的術(shù)語(yǔ)核酸分子包含這樣化學(xué)、酶或代謝修飾形式的核酸分子,以及病毒和其中包括簡(jiǎn)單和復(fù)雜細(xì)胞的細(xì)胞特征的化學(xué)形式的DNA和RNA。術(shù)語(yǔ)核酸分子也包含通常指的是寡核苷酸的短核酸分子?!岸嗪塑账帷焙汀昂怂帷被颉昂怂岱肿印蓖ǔ4颂幗惶媸褂谩?br> 本發(fā)明提供的核酸分子也包括眾多的獨(dú)特的片段,比無(wú)乳鏈球菌編碼區(qū)域的序列列表中列出的核酸分子序列更長(zhǎng)和更短,能通過(guò)標(biāo)準(zhǔn)克隆方法產(chǎn)生。為了是獨(dú)特的,片段必須有足夠的大小使其能從其它已知的核酸序列中區(qū)分出來(lái),最容易通過(guò)將任何挑選的無(wú)乳鏈球菌片段與例如GenBank的計(jì)算機(jī)數(shù)據(jù)庫(kù)中的核苷酸序列比較而測(cè)定。
      另外,能對(duì)本發(fā)明包含的核酸分子和多肽進(jìn)行修飾。例如,能進(jìn)行不影響核酸編碼的多肽的核苷酸替代,因而編碼超免疫血清反應(yīng)性抗原或其片段編碼的任何核酸分子也包含在本發(fā)明內(nèi)。
      此外,使用例如標(biāo)準(zhǔn)克隆技術(shù)的標(biāo)準(zhǔn)技術(shù)能將編碼本發(fā)明提供的超免疫血清反應(yīng)性抗原或其片段的任何核酸分子功能性地聯(lián)接于任何期望的調(diào)節(jié)序列,不管是無(wú)乳鏈球菌調(diào)節(jié)序列或異源性調(diào)節(jié)序列、異源性先導(dǎo)序列、異源性標(biāo)記序列或產(chǎn)生融合蛋白的異源性編碼序列。
      本發(fā)明的核酸分子可以是例如mRNA或cRNA的RNA形式,或者包括例如通過(guò)克隆得到的或化學(xué)合成技術(shù)產(chǎn)生的cDNA和基因組DNA或其組合的DNA形式。DNA可以是三鏈、雙鏈或單鏈。單鏈DNA可以是編碼鏈,也已知為正義鏈,或者它可以是非編碼鏈,也指的是反義鏈。
      本發(fā)明還涉及此處上面描述的核酸分子的變異體,所述變異體編碼具有序列列表中列出的推算的無(wú)乳鏈球菌氨基酸序列的超免疫血清反應(yīng)性抗原和其片段的片段、類(lèi)似物和衍生物。核酸分子的變異體可以是天然發(fā)生的變異體,例如天然發(fā)生的等位基因變異體,或者它可以是不知道是天然發(fā)生的變異體??梢酝ㄟ^(guò)誘變技術(shù)制造核酸分子這樣非天然發(fā)生的變異體,包括應(yīng)用于核酸分子、細(xì)胞或生物體的那些。
      在這點(diǎn)的變異體之中,變異體是不同于前面提到的核酸分子,差別在于有核苷酸替代、刪除或增加的核酸。替代、刪除或增加可包括一個(gè)或多個(gè)核苷酸。可在編碼或非編碼區(qū)或者這兩個(gè)區(qū)域改變變異體。編碼區(qū)的改變可產(chǎn)生保守或非保守氨基酸替代、刪除或增加。優(yōu)選的是編碼變異體、類(lèi)似物、衍生物或片段或者片段的變異體、類(lèi)似物或衍生物的核酸分子,所述核酸分子具有如序列列表中列出的無(wú)乳鏈球菌序列,其中以任何的聯(lián)合形式少數(shù)、5至10個(gè)、1至5個(gè)、1至3個(gè)、2個(gè)、1個(gè)或沒(méi)有氨基酸被替代、刪除或增加。這些之中尤其優(yōu)選的是沉默替代、增加或刪除,它們不改變序列列表中列出的無(wú)乳鏈球菌多肽的特性和活性。在這點(diǎn)也尤其優(yōu)選的是保守替代。
      根據(jù)本發(fā)明的肽和片段也包括修飾的表位,其中優(yōu)選地根據(jù)例如{Tourdot,S.等人,2000}中公開(kāi)的法則修飾或替代給定的表位的一個(gè)或兩個(gè)氨基酸,以及編碼這樣修飾的表位的核酸序列。
      很清楚根據(jù)本發(fā)明的表位涵蓋了通過(guò)改進(jìn)、保存或至少不顯著阻礙表位的T細(xì)胞激活能力的氨基酸交換而衍生于本表位的表位。所以,本表位也涵蓋了不含有源于無(wú)乳鏈球菌的原始序列但是激發(fā)相同或優(yōu)選地改進(jìn)的T細(xì)胞反應(yīng)的表位。這些表位指的是“不規(guī)則變化的”;它們需要具有對(duì)MHC/HLA分子相似的或優(yōu)選地對(duì)更大的親和力,并且它們需要以相似或優(yōu)選地更強(qiáng)的方式刺激指向原始表位的T細(xì)胞受體(TCR)的能力。
      能通過(guò)合理設(shè)計(jì)獲得不規(guī)則變化的表位,即考慮如例如{Rammensee,H.等人,1999}描述的單個(gè)殘基對(duì)結(jié)合于MHC/HLA的作用,聯(lián)合可能與TCR相互作用的殘基的系統(tǒng)交換以及用指向原始表位的T細(xì)胞測(cè)試得到的序列。這樣的設(shè)計(jì)對(duì)于的本領(lǐng)域技術(shù)人員是可能而無(wú)需過(guò)度的試驗(yàn)。
      另一個(gè)可能性包括用指向原始表位的T細(xì)胞對(duì)肽庫(kù)的篩選。優(yōu)選的方式是合成肽庫(kù)的位點(diǎn)掃描。這樣的方法已經(jīng)在例如{Hemmer,B.等人,1999}有詳細(xì)描述并且此處給予參考。
      作為本衍生氨基酸序列代表的表位或不規(guī)則變化的表位的備擇方案,也能采用模仿這些表位的物質(zhì),例如“肽模仿物”或“回復(fù)-反-肽”(retro-inverso-peptides)。
      改進(jìn)的表位設(shè)計(jì)的另一方面,是帶有增加其刺激T細(xì)胞的能力的物質(zhì)之制劑或修飾。這些包括T輔助細(xì)胞表位、脂質(zhì)或脂質(zhì)體或如WO01/78767中描述的優(yōu)選的修飾。
      增加表位T細(xì)胞刺激能力的另一方法是帶有免疫刺激物質(zhì)的制劑,例如象白細(xì)胞介素-2、-7、-12、-18、I和II型干擾素(IFN)的細(xì)胞因子或化學(xué)因子,尤其是IFN-γ、GM-CSF、TNF-α、flt3配體等。
      另外如此處討論地,關(guān)于本發(fā)明的核酸分子試驗(yàn),例如如上面討論的本發(fā)明的核酸分子可以用作RNA、cDNA和基因組DNA的雜交探針以分離編碼本發(fā)明多肽的全長(zhǎng)cDNA和基因組克隆,以及分離與本發(fā)明核酸分子具有很高的序列相似性的其它基因的cDNA和基因組克隆。這樣的探針一般包含至少15個(gè)堿基。優(yōu)選地,這樣的探針將具有至少20個(gè)、至少25個(gè)或至少30個(gè)堿基,可以具有至少50個(gè)堿基。特別優(yōu)選的探針將具有至少30個(gè)堿基,將具有50個(gè)或更少的堿基,例如30、35、40、45或50個(gè)堿基。
      例如,使用已知的DNA序列通過(guò)篩選相關(guān)文庫(kù)分離本發(fā)明的核酸分子的編碼區(qū)域以合成寡核苷酸探針。具有互補(bǔ)于本發(fā)明基因序列的序列的標(biāo)記寡核苷酸然后用于篩選cDNA、基因組DNA或mRNA文庫(kù)以測(cè)定探針雜交于文庫(kù)的哪些成員。
      如此處進(jìn)一步討論地,關(guān)于核酸分子試驗(yàn),本發(fā)明的核酸分子和多肽可以用作開(kāi)發(fā)尤其是人類(lèi)疾病的疾病的治療和診斷的試劑和物質(zhì)。
      作為寡核苷酸的本發(fā)明的核酸分子能用于此處描述的方法中,但是優(yōu)選地是PCR,以測(cè)定此處鑒別的無(wú)乳鏈球菌基因是否全部或部分存在于例如血液的感染組織和/或在其中轉(zhuǎn)錄。已經(jīng)認(rèn)識(shí)到這樣的序列也將在病原體已經(jīng)達(dá)到的感染階段和感染類(lèi)型的診斷有用途。為了這個(gè)和其它的目的,可以使用如此處描述的包含至少一個(gè)根據(jù)本發(fā)明的核酸的陣列。
      根據(jù)本發(fā)明的核酸分子可以用于核酸分子和含有這些核酸的生物體或樣品的檢測(cè)。優(yōu)選地這樣的檢測(cè)是為了診斷,更加優(yōu)選地是為了與無(wú)乳鏈球菌的存在或豐度相關(guān)的或相聯(lián)的疾病的診斷。
      感染了無(wú)乳鏈球菌的特別是哺乳動(dòng)物尤其是人的真核細(xì)胞(此處也是“個(gè)體”)是可以鑒別的,方法是通過(guò)各種技術(shù)在DNA水平檢測(cè)的根據(jù)本發(fā)明的任何核酸分子的檢測(cè)。能夠獲得為了從其它生物體區(qū)分無(wú)乳鏈球菌的優(yōu)選的候選核酸分子。
      本發(fā)明提供了診斷源自無(wú)乳鏈球菌感染的疾病的方法,包含從個(gè)體分離的或來(lái)源于個(gè)體的樣品測(cè)定具有序列列表中列出的核酸分子序列的核酸分子表達(dá)水平的增加。能使用本領(lǐng)域中眾所周知的核酸分子定量的方法測(cè)量核酸分子的表達(dá),例如PCR、RT-PCR、RNase保護(hù)、Northern斑點(diǎn)、其它的雜交方法和此處描述的陣列。
      如此處使用的分離的是指“通過(guò)人工”從其天然狀態(tài)分離;即,如果它天然發(fā)生,它將被改變或從其原始環(huán)境去除,或兩個(gè)都有可能。例如,天然存在于活的生物體的天然發(fā)生的核酸分子或肽在其天然狀態(tài)是不“分離的”,但是從其天然狀態(tài)的共存物質(zhì)中分離的相同的核酸分子或多肽是“分離的”,如此處采用的術(shù)語(yǔ)。作為分離的部分或下面的分離,例如為了誘變形成融合蛋白質(zhì)以及為了宿主中的增殖或表達(dá),這樣的核酸分子能連接于例如DNA的其它的核酸分子。分離的核酸分子單獨(dú)或連于例如載體的其它核酸分子能被引入培養(yǎng)的或全生物體的宿主細(xì)胞。引入培養(yǎng)的或全部生物體的宿主細(xì)胞,這樣的DNA仍然將是分離的,如此處使用的術(shù)語(yǔ),因?yàn)樗鼈儗⒉皇撬鼈兲烊话l(fā)生的形式或不在它們天然發(fā)生的環(huán)境中。相似地,核酸分子和多肽可以發(fā)生在組合物中,例如介質(zhì)制劑、核酸分子或多肽引入例如細(xì)胞內(nèi)的溶液、化學(xué)或酶反應(yīng)的組合物或溶液,例如,它們不是天然發(fā)生的組合物,在此處采用的那個(gè)術(shù)語(yǔ)的意義之內(nèi),在那里仍然是分離的核酸分子或多肽。
      根據(jù)本發(fā)明的核酸可以是化學(xué)合成的?;蛘?,核酸能通過(guò)本領(lǐng)域的技術(shù)人員已知的方法從無(wú)乳鏈球菌中分離。
      根據(jù)本發(fā)明的另一方面,通過(guò)使用此處描述的抗原鑒別方法提供了一套全面的新型超免疫血清反應(yīng)性抗原和其片段。本發(fā)明優(yōu)選的實(shí)施方案中,提供了包含此處描述的任何一個(gè)核酸分子編碼的氨基酸序列的超免疫血清反應(yīng)性抗原及其片段。本發(fā)明的另一優(yōu)選實(shí)施方案中,提供了包含選自如Seq ID No 231,307,374-433中表示的多肽序列之氨基酸序列的一套新型超免疫血清反應(yīng)性抗原及其片段。本發(fā)明另一優(yōu)選的實(shí)施方案中,提供了包含選自Seq ID No 218,220,222-230,232,235-242,244-248,250-253,256-285,287-302,309-317,320-343,345-362,364,366-373,434,449-462和475-486中表示的多肽序列之氨基酸序列的一套新型超免疫血清反應(yīng)性抗原及其片段。本發(fā)明另一優(yōu)選實(shí)施方案中,提供了包含選自Seq ID No 249,303,308,318,344中表示的多肽序列之氨基酸序列的一套新型超免疫血清反應(yīng)性抗原及其片段。
      如本發(fā)明提供的超免疫血清反應(yīng)性抗原及其片段包括序列列表中列出的任何多肽,以及如下的多肽具有與序列列表中列出的多肽至少70%相同性,優(yōu)選地與序列列表中列出的多肽至少80%或85%相同性,更加優(yōu)選地與序列列表中列出的多肽至少90%相似性(更加優(yōu)選地至少90%相同性)以及仍然更加優(yōu)選地與序列列表中列出的多肽至少95%、96%、97%、98%、99%或99.5%相似性(仍然更加優(yōu)選地至少95%、96%、97%、98%、99%或99.5%相同性),也包括這樣的多肽的部分,所述多肽一般有含有4個(gè)氨基酸,更加優(yōu)選地至少8個(gè),仍然更加優(yōu)選地至少30個(gè),仍然更加優(yōu)選地至少50個(gè)氨基酸,例如4,8,10,20,30,35,40,45或50個(gè)氨基酸的這樣的多肽部分。
      本發(fā)明還涉及這些超免疫血清反應(yīng)性抗原及其片段的片段、類(lèi)似物和衍生物。術(shù)語(yǔ)“片段”、“衍生物”和“類(lèi)似物”當(dāng)指的是其氨基酸序列列于序列列表中的抗原時(shí),是指基本上保留了與這樣的超免疫血清反應(yīng)性抗原及其片段相同的或相似的生物功能或活性的多肽。
      超免疫血清反應(yīng)性抗原及其片段的片段、衍生物或類(lèi)似物可以是1)其中一個(gè)或多個(gè)氨基酸殘基被保守或非保守氨基酸殘基(優(yōu)選地保守的氨基酸殘基)替代的一種,并且這樣替代的氨基酸殘基可以是或可以不是遺傳密碼編碼的一個(gè),或者2)其中一個(gè)或多個(gè)氨基酸殘基包括取代基團(tuán)的一種,或者3)其中成熟的超免疫血清反應(yīng)性抗原及其片段與例如增加超免疫血清反應(yīng)性抗原及其片段半衰期的化合物(例如,聚乙二醇)的另一種化合物融合的一種,或者4)其中額外的氨基酸融合于成熟的超免疫血清反應(yīng)性抗原及其片段的一種,例如先導(dǎo)或分泌序列或用于成熟超免疫血清反應(yīng)性抗原及其片段的純化的序列或前蛋白質(zhì)序列。這樣的片段、衍生物和類(lèi)似物認(rèn)為在本領(lǐng)域技術(shù)人員此處教義的范圍內(nèi)。
      本發(fā)明也涉及不同的無(wú)乳鏈球菌分離物的抗原?;诖颂幑_(kāi)的核酸和氨基酸序列可以很容易地分離這樣的同源物。至今有9個(gè)截然不同的血清型,分型基于血清型特異性抗血清。對(duì)于每一個(gè)血清型能相應(yīng)地測(cè)定任何抗原的存在。另外,測(cè)定如膿性鏈球菌(S.pyogenes)sic基因{Hoe,N.等人,2001}描述的各種血清型中特定抗原的變異性是可能的。各種血清型對(duì)不同GBS感染的作用在不同年齡組和地理區(qū)域是不同的。期望最有價(jià)值的保護(hù)抗原在各種臨床株之中是保守的是一個(gè)很重要的方面。
      在這點(diǎn)序列列表中列出的超免疫血清反應(yīng)性抗原及其變異體、類(lèi)似物、衍生物和片段,以及片段的變異體、類(lèi)似物和衍生物在本發(fā)明尤其優(yōu)選的實(shí)施方案中。額外地,包含這樣的超免疫血清反應(yīng)性抗原及其變異體、類(lèi)似物、衍生物和片段以及片段的變異體、類(lèi)似物和衍生物的融合多肽也包含在本發(fā)明中。使用標(biāo)準(zhǔn)技術(shù)能很容易地制造這樣的融合多肽和蛋白質(zhì)以及編碼它們的核酸分子,包括生產(chǎn)和表達(dá)編碼融合蛋白質(zhì)的重組聚核酸的標(biāo)準(zhǔn)重組技術(shù)。
      由于保守氨基酸替代而與參比不同的那些在優(yōu)選變異體之中。這樣的替代是多肽中給定氨基酸被另一個(gè)同樣特性的氨基酸替代的那些。一般視為保守替代是脂肪性氨基酸Ala,Val,Leu和Ile中互相的取代;羥基殘基Ser和Thr的交換,酸性殘基Asp和Glu的交換,酰胺殘基Asn和Gln之間的替代,堿性殘基Lys和Arg的交換以及芳香基殘基Phe和Tyr之間的取代。
      在這點(diǎn)上進(jìn)一步尤其優(yōu)選的是具有序列列表中列出的任何多肽之氨基酸序列的變異體、類(lèi)似物、衍生物和片段,以及片段的變異體、類(lèi)似物、衍生物,其中幾個(gè)、少數(shù)、5至10個(gè)、1至5個(gè)、1至3個(gè)、2個(gè)、1個(gè)或沒(méi)有氨基酸殘基以任何聯(lián)合形式被替代、刪除或增加。這些之中尤其優(yōu)選的是不改變本發(fā)明多肽的特性和活性的沉默替代、增加和刪除。在這點(diǎn)上也尤其優(yōu)選的是保守替代。最高度優(yōu)選的是具有序列列表中列出的沒(méi)有替代的氨基酸序列的多肽。
      優(yōu)選地以分離的形式提供本發(fā)明的超免疫血清反應(yīng)性抗原及其片段,優(yōu)選地是純化為同質(zhì)的。
      包含具有序列列表中列出的氨基酸序列的多肽的片段以及序列列表中列出的多肽的變異體和衍生物的片段也在本發(fā)明優(yōu)選實(shí)施方案中。
      在這點(diǎn)上,片段是具有與前面提到的超免疫血清反應(yīng)性抗原及其片段的部分但不是所有氨基酸序列完全相同的氨基酸序列的多肽及其變異體或衍生物、類(lèi)似物、片段。這樣的片段可以是“游離的”,即不是其它氨基酸或多肽的部分或者與其融合,或者它們也包含在它們形成的一部分或區(qū)域的更大的多肽內(nèi)。本發(fā)明這個(gè)方面也優(yōu)選的是特征在于本發(fā)明多肽的結(jié)構(gòu)或功能屬性的片段,即包含本發(fā)明多肽的α-螺旋和α-螺旋形成區(qū)域、β-折疊和β-折疊形成區(qū)域、折轉(zhuǎn)和折轉(zhuǎn)形成區(qū)域、卷曲和卷曲形成區(qū)域、親水區(qū)域、疏水區(qū)域、α兩性區(qū)域、β兩性區(qū)域、可曲(flexible)區(qū)域、表面形成區(qū)域、底物結(jié)合區(qū)域和高抗原指示區(qū)域的片段以及這樣的片段的聯(lián)合。優(yōu)選的區(qū)域是介導(dǎo)本發(fā)明超免疫血清反應(yīng)性抗原及其片段的活性的那些。在這點(diǎn)上最高度優(yōu)選的是具有本發(fā)明超免疫血清反應(yīng)性抗原及其片段的化學(xué)、生物或其它活性的片段,包括有相似活性或改進(jìn)活性或有降低的非期望活性的那些。尤其優(yōu)選的是包含酶受體或結(jié)構(gòu)域的片段,所述酶受體或結(jié)構(gòu)域賦予無(wú)乳鏈球菌存活或造成人類(lèi)疾病的能力所必須的功能。進(jìn)一步優(yōu)選的多肽片段是包含或含有尤其是人的動(dòng)物中抗原或免疫原性決定簇的那些。
      抗原片段定義為鑒別的抗原的片段,對(duì)于其本身它是抗原的或者當(dāng)提供為半抗原時(shí)可以制成抗原的。所以,本發(fā)明實(shí)現(xiàn)了顯示一個(gè)或(對(duì)于更長(zhǎng)的片段)只有少數(shù)氨基酸交換的抗原或抗原片段,假設(shè)在交換時(shí)沒(méi)有嚴(yán)重地破壞有氨基酸交換的這樣的片段的抗原能力,即適于引發(fā)接受這個(gè)抗原免疫接種的個(gè)體的合適免疫反應(yīng)以及用來(lái)自個(gè)體血清的個(gè)體抗體制備物鑒別。
      高免疫反應(yīng)抗原這樣的片段的優(yōu)選實(shí)例選自包含表1A的“推定的免疫原性氨基酸”欄和“鑒別的免疫原性區(qū)域的位置”的氨基酸序列的多肽,尤其是包含如下氨基酸的多肽Seq ID No 218的4-20,35-44,65-70,73-87,92-98,112-137,152-161,177-186,193-200,206-213,229-255,282-294,308-313,320-326,349-355,373-384,388-406,420-425和115-199;Seq ID No 219的5-24,35-41,44-70,73-89,103-109,127-143,155-161,185-190,192-207,212-219,246-262,304-336,372-382,384-393,398-407,412-418,438-444,1-75,76-161和164-239;Seq ID No 220的4-10,16-58,60-71,77-92,100-126,132-146,149-164,166-172,190-209,214-220,223-229,241-256,297-312,314-319,337-343,351-359,378-387,398-418,421-428,430-437,440-448,462-471,510-519,525-536,552-559,561-568,573-582,596-602,608-630,637-649,651-665,681-702,714-732,739-745,757-778,790-805,807-815,821-829,836-842,846-873,880-903,908-914,916-923,931-940,943-948,956-970,975-986,996-1015,1031-1040,1051-1069,1072-1095,1114-1119,1130-1148,1150-1157,1169-1176,1229-1238和802-812;Seq ID No221的5-12,14-26,35-47,52-67,72-78,83-98,121-141,152-159,163-183,186-207,209-257,264-277,282-299,301-309,312-318,324-339,358-368,372-378,387-397,425-431和46-291;Seq ID No 222的29-38,44-64,70-76,78-87,94-100,102-112,119-134,140-149,163-173,178-186,188-194,207-234,247-262,269-290和73-92;SeqID No 223的10-28,36-63,77-87,103-119,127-136,141-169,171-183,195-200,207-232,236-246,251-265,268-283,287-297,314-322,335-343,354-363,384-390,405-411,419-436,443-455,467-473,480-513,518-529,550-557,565-585,602-608,616-625,632-660,665-677,685-701,726-736,738-747,752-761,785-796,801-813,838-853,866-871和757-774;Seq ID No 224的31-38,61-66,74-81,90-115,123-145,154-167,169-179,182-193,200-206,238-244,267-272和235-251;Seq ID No 225的19-25,38-54,56-64,66-72,74-92,94-100,116-129,143-149,156-183,204-232,253-266,269-275,294-307和241-313;Seq ID No 226的5-34,50-56,60-65,74-85,89-97,108-119,159-165,181-199,209-225,230-240,245-251,257-262,274-282,300-305和64-75;Seq ID No 227的5-13,16-21,27-42,45-52,58-66,74-87,108-114,119-131和39-51;Seq ID No 228的6-23,46-54,59-65,78-84,100-120,128-133,140-146,159-165,171-183,190-204,224-232,240-248,250-259,274-280,288-296,306-315和267-274;Seq ID No 229的5-12,15-24,26-36,42-65,68-80,82-104,111-116,125-144,159-167,184-189,209-218,235-243,254-265,269-283,287-300,306-316,318-336,338-352,374-392和162-174;Seq ID No 230的30-42,45-54和25-37;Seq ID No 231的10-30,53-59,86-95,116-130,132-147,169-189,195-201,212-221,247-256,258-265,278-283,291-298,310-316,329-339,341-352,360-367,388-396,398-411,416-432,443-452,460-466,506-512,515-521,542-548和419-431;Seq ID No 232的4-27,30-53,60-67,70-90,92-151,159-185,189-195,198-210,215-239和173-189;Seq ID No 233的4-26,41-54,71-78,116-127,140-149,151-158,161-175,190-196,201-208,220-226,240-252,266-281,298-305,308-318,321-329,344-353,372-378,384-405,418-426,429-442,457-463,494-505,514-522和174-188;Seq ID No 234的17-25,27-39,61-67,81-89,99-110,120-131,133-139,147-161,167-172,179-185,192-198,203-213,226-238,243-258,261-267,284-290,296-307,311-328,340-352,356-371和239-256;Seq ID No 235的8-30,40-49,67-80,114-123,126-142,152-162,188-194和57-70;Seq ID No 236的4-23,28-34,36-47,50-61,76-81,89-94,96-104,112-119,126-146,155-181,195-200,208-214,220-229,244-260,263-276,282-288,292-300,317-323,336-351,353-359,363-375,382-399,415-432,444-455,458-471,476-481,484-492,499-517,522-529,535-541,543-568,572-584,586-600,607-617,626-637,656-675和282-297;Seq ID No 237的6-24,30-35,38-45,63-91,134-140,146-160,167-188,214-220,226-234,244-250,260-270,286-301,316-329,340-371,429-446,448-459,474-481,485-491,512-526,537-544,550-565,573-583,596-613,621-630,652-658和87-97;Seq ID No 238的8-20,26-48,56-67,76-86,94-109,115-121,123-129,143-160,178-186,191-198,201-208,221-236,238-244,260-268和237-247;Seq ID No 239的4-40,42-57,73-87,98-117,126-135,150-156,166-174,196-217,231-236,248-258,276-284,293-301,307-313,339-347,359-365,375-387,395-402,428-440,445-456,485-490,497-505,535-541,547-555,610-625,648-656,665-671和448-528;Seq ID No 240的10-18,39-45,51-61,80-96,98-106,110-115,158-172,174-183,191-200,220-237,249-255,274-289,308-324,331-341,372-381,384-397,405-414和322-338;Seq ID No 241的30-36,38-56,85-108,134-147,149-160,163-183,188-201,206-211,219-238,247-254和5-13;Seq ID No242的11-40,98-103,110-115,133-145,151-159,172-179,192-201,204-212,222-228,235-245,258-268,283-296,298-309,322-329,342-351,354-362,372-378,385-393,407-418,495-516和1-148;Seq ID No 243的5-19,21-36,73-94,112-119,122-137,139-145,152-167,184-190,198-204,208-224,249-265,267-281,299-304,309-317,326-333,356-364,368-374,381-389,391-414,419-425,430-435和113-140;Seq ID No 244的45-54,59-67,78-91和15-23;Seq ID No 245的11-22,33-47,52-80,88-112,124-129和6-25;Seq ID No 246的26-41,51-63,80-89,93-115,150-163,187-193,220-237,240-249,286-294,296-306,316-329,345-353,361-370,407-425,428-437,474-482,484-494,504-517,533-541,549-558,595-613,616-625,660-668,673-685,711-726,736-744,749-761,787-802,812-820,825-837,863-878,888-896,901-913,939-954,964-972,977-989,1003-1008,1016-1022,1028-1034,1041-1053,1059-1074,1101-1122,420-511和581-704;Seq ID No247的18-25,27-55,71-83,89-95,102-113,120-146,150-156,174-185和159-175;Seq ID No 248的24-30,38-56,63-68,87-93,136-142,153-164,183-199,213-219,226-234,244-261,269-278,283-289,291-297,320-328,330-336,340-346,348-356,358-366,382-387,401-408,414-419,449-455,468-491,504-512,531-537,554-560,597-608,621-627,632-643,650-662,667-692,703-716,724-737,743-758,783-794,800-818,846-856和806-884;Seq IDNo 249的4-14,21-39,86-92,99-107,121-131,136-144,147-154,158-166,176-185,193-199,207-222,224-230和117-136;Seq IDNo 250的65-76,85-97,103-109,115-121,125-146,163-169,196-205,212-219,228-237,241-247,254-262,269-288,294-303,305-313,328-367,395-401,405-412,418-429,437-447,481-488,506-513,519-524,530-541,546-557和266-284;Seq ID No 251的5-14,37-42,49-71,78-92,97-112,127-136,147-154,156-163,186-198,216-225,233-243,248-253,295-307,323-332,359-366,368-374,380-398和194-223;Seq ID No 252的4-11,33-39,45-72,100-113,119-129,136-144,169-175,177-185,200-208,210-219,262-276,278-297,320-326,336-344,347-362,381-394,443-453和438-454;Seq ID No 253的4-29,31-52,55-61,95-110,138-158,162-171,179-187,202-229,239-248,251-256,262-267,269-285,304-310,351-360,362-368,381-388,415-428,435-440,448-458和161-178;Seq ID No 254的4-17,19-28,32-43,47-59,89-110,112-126,128-134,140-148,152-161,169-184,191-204,230-235,255-264,328-338,341-347,401-409,413-419,433-441,449-458,463-468,476-482,486-492,500-506,529-545和305-381;Seq IDNo 255的10-29,38-45,53-61,134-145,152-160,163-170,202-208,219-229,248-258,266-275,282-288,315-320,328-334,377-385,392-402,418-424,447-453,460-471,479-487,491-497,500-507,531-537,581-594,615-623,629-635,644-652,659-666,668-678,710-717,719-728,736-741,747-760,766-773,784-789,794-800,805-817,855-861,866-887和698-715;Seq ID No 256的16-26,29-37,44-58,62-68,74-80,88-95,97-120,125-144,165-196和58-72;Seq ID No 257的14-21,23-46,49-60,63-74,78-92,96-103,117-129,134-161,169-211,217-231,239-248,252-281,292-299,313-343和243-257;Seq ID No 258的11-27,46-52,67-72,76-84,91-112,116-153,160-175,187-196,202-211,213-220和43-76;Seq ID No 259的5-29,37-56,78-86,108-118,152-161和120-130;Seq ID No 260的8-14,19-41,52-66,75-82,87-92,106-121,127-133,136-143,158-175,180-187,196-204,221-228,239-245,259-265,291-306,318-323,328-340,352-358,361-368,375-381,391-399,411-418,431-442,446-455,484-496,498-510,527-533,541-549,558-565,575-585,587-594,644-655,661-668,671-677和184-196;Seq ID No 261的4-22,29-38,55-62,75-81,102-107,110-134,143-150,161-167,172-179,191-215,223-233,241-247,251-264,266-272,288-309,340-352,354-366,394-402,414-438和198-218;Seq ID No 262的24-44,49-70,80-91,105-118,128-136,140-154和77-92;Seq ID No 263的5-22,31-36,41-47,67-74,83-90,105-122,135-143,160-167和118-129;Seq I D No 264的4-25,33-73,81-93,96-106,114-120,122-128,130-172,179-208,210-241,251-283,296-301和92-100;Seq ID No 265的14-24,29-38,43-50,52-72,86-97,101-107,110-125,127-141,145-157,168-175,177-184,186-195,205-226,238-250,255-261,284-290,293-304,307-314,316-323,325-356,363-371,383-390,405-415,423-432,442-454,466-485,502-511,519-527,535-556,558-565,569-574,612-634,641-655,672-686,698-709,715-722,724-732,743-753,760-769,783-792,818-825,830-839,842-849,884-896,905-918,926-940,957-969,979-1007,1015-1021,1049-1057和336-349;Seq ID No 266的6-16,26-31,33-39,62-73,75-85,87-100,113-123,127-152,157-164,168-181,191-198,208-214,219-226,233-254,259-266,286-329和181-195;Seq ID No 267的4-13,32-39,53-76,99-108,110-116,124-135,137-146,149-157,162-174,182-190,207-231,242-253,255-264,274-283,291-323,334-345,351-360,375-388,418-425,456-474,486-492,508-517,520-536,547-560,562-577,31-45和419-443;Seq ID No 268的15-26,30-37,42-49,58-90,93-99,128-134,147-154,174-179,190-197,199-205,221-230,262-274,277-287,300-314,327-333,343-351,359-377,388-396,408-413,416-425,431-446和246-256;Seq ID No 269的5-26,34-42,47-54,61-67,71-104,107-115,131-138,144-153,157-189,196-202,204-210,228-245,288-309,316-329,332-341,379-386,393-399,404-412,414-421,457-468,483-489,500-506,508-517,523-534,543-557,565-580,587-605,609-617,619-627,631-636,640-646,662-668,675-682,705-710,716-723,727-732,750-758,784-789,795-809,869-874,14-138,166-286,372-503,674-696和754-859;Seq ID No 270的5-17,32-38,40-47,80-89,113-119,125-137,140-154,157-163,170-177,185-199,213-225,228-236,242-248,277-290,292-305,323-333,347-353,364-370,385-394,399-406,423-433,441-451,462-474,477-487和116-124;Seq ID No 271的7-16,18-30,32-49,53-61,63-85,95-101,105-115,119-134,143-150,159-178,185-202,212-229,236-250,254-265,268-294和63-72;Seq ID No 272的4-12,19-47,73-81,97-103,153-169,188-198,207-213,217-223,236-242,255-265,270-278,298-305,309-317,335-347,354-363,373-394,419-424,442-465,486-492,500-507,542-549,551-558,560-572,580-589,607-614,617-623,647-653,666-676,694-704,706-714,748-754,765-772,786-792,795-806和358-370;Seq IDNo 273的18-28,30-38,40-46,49-55,69-78,82-98,104-134,147-153,180-190,196-202,218-236,244-261,266-273,275-286,290-295,301-314,378-387,390-395,427-434和290-305;Seq IDNo 274的4-13,20-31,39-51,54-61,69-84,87-105,117-124和108-125;Seq ID No 275的24-34,43-54,56-66,68-79和50-69;Seq ID No 276的5-43,71-77,102-131,141-148,150-156,159-186,191-207,209-234,255-268,280-286,293-299,317-323,350-357,363-372,391-397,406-418,428-435,455-465,484-497,499-505,525-531,575-582,593-607,621-633,638-649,655-673,684-698,711-725,736-741,743-752,759-769,781-793,813-831,843-853,894-905,908-916,929-946,953-963,970-978,1001-1007,1011-1033,165-178和818-974;Seq ID No 277的16-44,63-86,98-108,185-191,222-237,261-274,282-294,335-345,349-362,374-384,409-420,424-430,440-447,453-460,465-473,475-504,522-534,538-551,554-560,567-582,598-607,611-619,627-640,643-653,655-661,669-680,684-690,701-707,715-731,744-750,756-763,768-804,829-837,845-853,855-879,884-890,910-928,77-90,144-212,279-355,434-536,782-810和875-902;Seq ID No 278的4-22,29-41,45-51,53-66,70-77,86-95,98-104,106-124,129-135,142-151,153-161,169-176,228-251,284-299,331-337,339-370,380-387,393-398,406-411,423-433,440-452,461-469,488-498,501-516,523-530,532-559,562-567,570-602,612-628,630-645,649-659,666-672,677-696,714-723,727-747和212-227;Seq IDNo 279的4-9,17-31,35-41,56-61,66-75,81-87,90-124,133-138,149-163,173-192,213-219,221-262,265-275,277-282,292-298,301-307,333-346,353-363,371-378,419-430,435-448,456-469,551-570,583-599,603-612和275-291;Seq ID No 280的28-34,53-58,72-81,100-128,145-154,159-168,172-189,217-225,227-249,256-263,299-309,322-330,361-379,381-388,392-401,404-417,425-436,440-446,451-464,469-487,502-511,543-551,559-564,595-601,606-612,615-626,633-642,644-650,664-670,674-684,692-701,715-723,726-734,749-756,763-771,781-787,810-843,860-869,882-889,907-917,931-936,941-948,951-958,964-971,976-993,1039-1049,1051-1065,1092-1121,1126-1132,1145-1151,1158-1173,1181-1192,1194-1208,1218-1223,1229-1243,1249-1254,1265-1279,1287-1297,1303-1320,1334-1341,1343-1358,1372-1382,1406-1417,1419-1425,1428-1434,1441-1448,1460-1473,1494-1504,1509-1514,1529-1550,654-669和1400-1483;Seq IDNo 281的10-16,20-25,58-65,97-109,118-132,134-146,148-155,186-195,226-233,244-262,275-284,295-310,317-322,330-339,345-351,366-375,392-403,408-415,423-430,435-444,446-457,467-479,486-499,503-510,525-537,540-585,602-612,614-623,625-634,639-645,650-669,700-707,717-724,727-739,205-230和733-754;Seq ID No 282的5-22,37-43,72-81,105-113,128-133,148-160,188-194,204-230,238-245,251-257和194-213;Seq IDNo 283的16-21,35-41,56-72,74-92,103-109和62-68;Seq IDNo 284的4-15,17-82,90-104,107-159,163-170,188-221,234-245,252-265和220-235;Seq ID No 285的16-22,36-46,61-75,92-107,113-121,139-145,148-160和30-42;Seq ID No 286的4-12,20-26,43-49,55-62,66-78,121-127,135-141,146-161,164-170,178-189,196-205,233-238,269-279,288-318,325-332,381-386,400-407和328-346;Seq ID No 287的5-12,31-49,57-63,69-79,89-97,99-114,116-127,134-142,147-154,160-173,185-193,199-204,211-222,229-236,243-249,256-274和58-68;Seq ID No 288的10-20,28-34,39-53,68-79,84-90,99-106和73-79;Seq ID No 289的14-37,45-50,61-66,77-82,93-98,109-114,125-130,141-146,157-162,173-178,189-194,205-210,221-226,237-242,253-258,269-274,285-290,301-306,316-332,349-359,371-378,385-406,34-307和312-385;Seq ID No 290的4-10,17-38,50-85,93-99,109-116,128-185,189-197,199-210,223-256,263-287,289-312,327-337,371-386,389-394,406-419,424-432,438-450,458-463,475-502,507-513,519-526,535-542,550-567和361-376;Seq IDNo 291的10-39,42-93,100-144,155-176,178-224,230-244,246-255,273-282,292-301,308-325,332-351,356-361,368-379,386-393,400-421和138-155;Seq ID No 292的5-11,17-34,40-45,50-55,72-80,101-123,145-151,164-172,182-187,189-195,208-218,220-241,243-252,255-270,325-331,365-371,391-398,402-418,422-428,430-435,443-452,463-469,476-484,486-494,503-509,529-553,560-565,570-590,608-614,619-627,654-661,744-750,772-780,784-790,806-816,836-853,876-885,912-918,926-933,961-975,980-987,996-1006,1016-1028,1043-1053,1057-1062,994-1003和1033-1056;Seq ID No 293的17-45,64-71,73-81,99-109,186-192,223-238,262-275,283-295,336-346,350-363,375-385,410-421,425-431,441-448,454-463,468-474,476-512,523-537,539-552,568-583,599-608,612-620,628-641,644-654,656-662,670-681,685-695,702-708,716-723,725-735,757-764,769-798,800-806,808-816,826-840,846-854,856-862,874-881,885-902,907-928,274-350和443-513;Seq ID No 294的4-22,29-41,45-51,53-61,70-76,85-92,99-104,111-122,134-140,142-154,163-174,224-232,255-265,273-279,283-297,330-335,337-348,356-367,373-385,391-396,421-431,442-455,475-485,493-505,526-538,544-561,587-599,605-620,622-651,662-670,675-681,687-692,697-712,714-735和252-262;Seq ID No 295的4-12,15-35,40-46,50-59,67-94,110-128,143-169,182-188,207-215,218-228,238-250和74-90;Seq ID No 296的9-18,42-58,78-85,88-95,97-106,115-122,128-134,140-145,154-181,186-202,204-223,261-267,269-278,284-293,300-336,358-368和12-29;Seq ID No 297的7-34,46-53,62-72,82-88,100-105,111-117,132-137,144-160,166-180,183-189,209-221,231-236,246-253,268-282,286-293,323-336,364-372,378-392,422-433和388-405;Seq ID No 298的21-27,34-50,72-77,80-95,164-177,192-198,202-220,226-236,239-247,270-279,285-292,315-320,327-334,348-355,364-371,388-397,453-476,488-497,534-545,556-576,582-588,601-607,609-616,642-662,674-681,687-697,709-715,721-727,741-755和621-739;Seq ID No 299的4-14,16-77,79-109和25-99;Seq ID No 300的4-9,17-23,30-37,44-55,65-72,77-93,102-121,123-132,146-153和17-29;Seq ID No 301的4-18,25-41,52-60,83-92,104-112,117-123,149-155,159-167,170-192,201-210,220-227,245-250和124-137;Seq ID No 302的8-25,50-55,89-95,138-143,148-153,159-169,173-179,223-238,262-268,288-295,297-308,325-335,403-409,411-417,432-446,463-475,492-501,524-530,542-548,561-574,576-593,604-609,612-622,637-654,665-672,678-685,720-725,731-739,762-767,777-783,820-838,851-865,901-908,913-920,958-970,1000-1006,1009-1015,1020-1026,1043-1052,1055-1061,1-128,252-341,771-793和1043-1058;Seq ID No 303的16-26,33-46和64-76;Seq ID No 304的4-27,69-77,79-101,117-123,126-142,155-161,171-186,200-206,213-231,233-244,267-273,313-329,335-344,347-370,374-379,399-408,422-443,445-453,461-468,476-482,518-534,544-553,556-567,578-595,601-620,626-636,646-658,666-681,715-721,762-768,778-785,789-803,809-819,22-108,153-318,391-527和638-757;Seq ID No 305的6-21,32-43,62-92,104-123,135-141,145-152,199-216,218-226,237-247,260-269,274-283,297-303,1-72和127-211;Seq ID No 306的6-26,50-56,83-89,108-114,123-131,172-181,194-200,221-238,241-247,251-259,263-271,284-292,304-319,321-335,353-358,384-391,408-417,424-430,442-448,459-466,487-500,514-528,541-556,572-578,595-601,605-613,620-631,635-648,660-670,673-679,686-693,702-708,716-725,730-735,749-755,770-777,805-811,831-837,843-851,854-860,863-869,895-901,904-914,922-929,933-938,947-952,956-963,1000-1005,1008-1014,1021-1030,1097-1103,1120-1130,1132-1140,1-213,269-592和992-1120;Seq ID No 307的9-16,33-39,47-59,65-79,81-95,103-108,115-123,138-148,163-171,176-185,191-196,205-211,213-221,224-256,261-276,294-302,357-363,384-390,95-111和161-189;Seq ID No 308的21-27,35-45,70-76,92-105,129-143,145-155,161-166,170-191,204-211,214-231,234-246,249-255,259-275和1-18;Seq ID No 309的21-35,45-53,56-64,69-97和1-16;SeqID No 310的25-33,41-47,61-68,86-101,106-114,116-129,134-142,144-156,163-176,181-190,228-251,255-261,276-292,295-305,334-357,368-380,395-410,424-429,454-460,469-482,510-516,518-527,531-546,558-570,579-606,628-636,638-645,651-656,668-674,691-698,717-734,742-754,765-770,792-797,827-835,847-859,874-881,903-909,926-933,942-961,964-977,989-1004,1010-1028,1031-1047,1057-1075,1081-1095,1108-1117,1138-1144,1182-1189,1193-1206,1220-1229,1239-1246,1257-1267,1271-1279,1284-1301,1312-1320,1329-1335,1341-1347,1358-1371,1399-1404,1417-1426,1458-1463,1468-1476,1478-1485,1493-1506,1535-1541,1559-1574,1583-1590,1595-1601,1603-1611,1622-1628,1634-1644,1671-1685,1689-1696,1715-1720,1734-1746,1766-1775,1801-1806,1838-1844,1858-1871,1910-1917,1948-1955,1960-1974,2000-2015,2019-2036,2041-2063,748-847和1381-1391;Seq IDNo 311的5-12,18-24,27-53,56-63,96-113,119-124,131-136,157-163,203-209,215-223,233-246,264-273,311-316,380-389,393-399,425-433,445-450,457-462,464-470,475-482,507-513,527-535,542-548,550-565,591-602,607-613,627-642,644-664,673-712,714-732,739-764,769-782,812-818,826-838,848-854,860-871,892-906,930-938,940-954,957-973,990-998,1002-1021,1024-1033,1037-1042,1050-1060,1077-1083,1085-1092,1100-1129,1144-1161,1169-1175,1178-1189,1192-1198,1201-1207,1211-1221,1229-1239,1250-1270,1278-1292,1294-1300,1314-1335,1344-1352,1360-1374,1394-1405,1407-1414,1416-1424,1432-1452,1456-1462,1474-1497,1500-1510,1516-1522,1534-1542,1550-1559,1584-1603,1608-1627,187-273和306-441;Seq ID No 312的70-80,90-97,118-125,128-140,142-148,154-162,189-202,214-222,224-232,254-260,275-313,317-332,355-360,392-398,425-432,448-456,464-470,476-482,491-505,521-528,533-546,560-567,592-597,605-614,618-626,637-644,646-653,660-666,677-691和207-227;Seq ID No 313的5-19,26-34,37-55,57-66,69-83,86-102,115-134,138-143,154-172,178-195,209-246,251-257,290-302,306-311和256-266;Seq ID No 314的10-20,22-28,35-57,72-79,87-103,108-128,130-144,158-171,190-198,225-242,274-291,301-315,317-324,374-385和353-365;Seq ID No 315的4-9,17-30,34-54,59-66,73-94,118-130,135-150,158-171,189-198,219-239,269-275,283-301,89-106和176-193;Seq ID No 316的14-20,22-74,77-86,89-99,104-109,126-135,154-165,181-195,197-212,216-224,264-275和107-118;Seq ID No 317的4-18,21-38,63-72,101-109,156-162,165-179,183-192,195-210,212-218,230-239,241-256,278-290,299-311,313-322,332-341,348-366,386-401,420-426,435-450,455-460,468-479,491-498,510-518,532-538,545-552,557-563,567-573,586-595,599-609,620-626,628-636,652-657,665-681和1-198;Seq ID No 318的4-10,16-38,51-68,73-79,94-115,120-125,132-178,201-208,216-223,238-266,269-295,297-304,337-342,347-356,374-401,403-422,440-447,478-504,510-516,519-530,537-544和191-206;Seq ID No 319的12-40,42-48,66-71,77-86,95-102,113-120,129-137,141-148,155-174,208-214,218-225,234-240,256-267,275-283,300-306,313-321,343-350,359-367,370-383,398-405,432-439,443-461,492-508,516-526,528-535和370-478;Seq ID No 320的6-14,20-37,56-62,90-95,97-113,118-125,140-145,161-170,183-202,237-244,275-284,286-305,309-316,333-359,373-401,405-412和176-187;Seq ID No 321的33-44,50-55,59-80,86-101,129-139,147-153,157-163,171-176,189-201,203-224,239-245,257-262,281-287,290-297,304-320,322-331,334-350,372-390,396-401,71-88和353-372;Seq ID No 322的5-11,15-24,26-33,40-47,75-88,95-103,105-112和17-30;Seq ID No 323的5-11,16-39,46-54,62-82,100-107,111-124,126-150,154-165,167-183,204-238,245-295,301-313,316-335和8-16;Seq ID No 324的4-19,34-48,69-74,79-107,115-127,129-135,143-153,160-169,171-182和142-153;Seq ID No 325的4-30,65-74,82-106,110-120,124-132,135-140,146-175,179-184,190-196,217-223,228-233,250-267,275-292,303-315,322-332和174-186;Seq IDNo 326的9-16,29-41,47-57,68-84,87-109,113-119,162-180,186-193,195-201,203-208,218-230,234-243,265-271,281-292,305-312,323-332,341-347,349-363,368-374,383-390,396-410,434-440,446-452,455-464,466-473,515-522,529-542,565-570,589-600,602-613,618-623,637-644,1019-1027,1238-1244,1258-1264,1268-1276,1281-1292,1296-1302和883-936;Seq IDNo 327的10-17,23-32,39-44,54-72,75-81,88-111,138-154,160-167,178-185,201-210,236-252,327-334,336-342,366-376,388-400,410-430,472-482,493-526,552-558,586-592,598-603,612-621,630-635,641-660和384-393;Seq ID No 328的4-22,24-39,50-59,73-84,100-105,111-117,130-138,155-161,173-178,182-189,205-215,266-284,308-313,321-328,330-337,346-363,368-374,388-395,397-405,426-434,453-459,482-492,501-507,509-515,518-523,527-544,559-590,598-612,614-629,646-659,663-684,686-694,698-721和445-461;Seq ID No 329的14-22,27-33和3-17;Seq ID No 330的29-41,66-73,81-87,90-108,140-146,150-159,165-184,186-196,216-226,230-238,247-253,261-269和126-140;Seq ID No 331的5-12,16-25,27-33,36-45,60-68,83-88,103-126和86-101;Seq ID No 332的14-23,36-47,56-66,84-89,94-105,111-127,140-153,160-174,176-183,189-203,219-225,231-237,250-257和194-227;Seq ID No 333的4-25,54-60,64-71,73-82,89-106,117-124,157-169,183-188,199-210,221-232,236-244,255-264和58-98;Seq ID No 334的13-19,26-36,41-53,55-71,77-84,86-108,114-135,157-172,177-183,187-194,208-213,218-226,110-125和156-170;Seq ID No 335的5-24,63-69,77-85,94-112,120-137,140-146,152-159,166-172,179-187,193-199,206-212,222-228,234-240,244-252,257-264,270-289,298-309,316-328,337-348,363-375,1-56和340-352;Seq ID No 336的18-39,42-71,78-120,124-144,152-173,179-189,199-209,213-222,228-258,269-304,329-361,364-372,374-389,396-441和313-327;Seq ID No 337的19-25,91-98,108-120,156-162,168-174,191-204,211-216,232-266,272-278,286-308,316-321,327-333,344-355,358-364,384-391,395-428,464-476,487-495,497-511,544-561,563-573,575-582,588-594,10-25和322-338;Seq ID No 338的14-26,32-49,51-57,59-72,80-91,102-112,119-125,147-161,164-173,175-183,188-213,217-222,246-254,260-276,282-303,308-318,321-328,333-350,352-359,371-378,392-401,407-414,416-443,448-463,471-484,490-497,501-514,519-527,539-551,557-570,578-590,592-598,600-610,618-629,633-647,654-667,676-689,702-709,718-726,728-737,741-760,764-780,786-795,808-826,836-842,845-852,865-874,881-887,931-945,949-957,968-974,979-986,1003-1009,1023-1029和90-103;Seq ID No 339的11-16,37-56,60-66,69-77,80-88,93-106,117-139,166-171和72-90;Seq ID No 340的59-84,123-133,145-150,161-167,178-189和115-128;Seq ID No 341的15-33,39-46,52-64,74-87,108-124,127-144,150-156,173-179,184-194,201-208,219-236,243-269,272-295,302-309,343-349,356-361,370-379,405-411,414-423,430-451,457-464,466-475,477-483,496-502,507-522,541-548,557-563,571-577,579-585,590-605,626-642,650-662,671-691,704-710,751-769,775-781,786-791,794-829,851-858,868-878,884-904,913-919,931-939和132-142;Seq ID No 342的33-58,64-71,74-80,83-88,96-120,122-139,146-157,167-177,207-213,220-225,236-242,264-279,300-305,326-336,340-347,350-360,97-115和199-211;Seq ID No343的4-26,43-57,70-99,102-117,121-133,142-148,151-168,170-183,192-220,235-249,258-279和30-41;Seq ID No 344的34-42,48-58,70-94,110-130,154-160,164-172,178-183,195-203,211-222,229-250,256-261,274-284,286-292,312-323和222-233;Seq ID No 345的4-9,15-36,38-45,49-74,78-88,100-112,136-191,211-220,226-233,239-246,254-274,287-307,316-322,342-353,356-366,373-378,384-393,405-431,449-457,459-468,487-511,515-524,529-541,544-552,562-568,571-576和208-280;Seq IDNo 346的10-27,31-37,39-54,71-108,124-143和2-107;Seq IDNo 347的16-27,38-57,64-70,90-102,104-113,116-137,160-166和1-80;Seq ID No 348的13-21,31-36,56-67,127-136,153-171,173-180,184-200,214-222,225-231,239-263,267-273和135-159;Seq ID No 349的12-27,31-51,68-74,77-87,94-101,108-114,117-123,127-134,138-168,173-196,201-207,212-217,227-237,247-257,264-280和205-223;Seq ID No 350的17-22,25-54,70-76,92-100和98-110;Seq ID No 351的7-29,40-50,60-67,87-96,105-111,119-164,172-199,206-212,220-227,237-259,272-279,282-293,295-309,313-319,321-328,345-363,376-386和159-176;Seq ID No 352的4-19,24-30,36-43,50-68,71-89,93-106,141-152,154-172,179-197,199-215,229-239,246-252,255-263,281-298,319-325,329-356,358-368,374-390,397-409,420-429,432-444,450-456,459-475,483-494,496-502,520-528,532-556和362-377;Seq ID No 353的18-25,40-62,77-85,91-97,105-116,123-133,139-184,189-197和122-140;Seq ID No 354的4-49,52-58,62-70,79-105,109-133,142-150,163-168,206-214,220-228,233-240,243-254,274-281,303-311,327-338,357-373,378-396,403-413,420-436,441-453,461-467,475-481,484-498,506-512,514-521,523-529,562-579,589-595,598-603,615-648,714-722,728-742,749-758,777-792,795-807和643-658;Seq IDNo 355的8-27,37-48,51-56,72-79,87-106,120-138,140-147,167-176,187-197,205-216,222-229,234-239,243-249,277-288,292-315,334-343,347-353,363-391,398-404,430-447,461-467,478-492,498-507和456-470;Seq ID No 356的5-12,18-24,59-69,80-93,95-109,119-125,130-137,139-147,158-163,168-176,182-202,206-215,222-239,241-249,267-277,291-298,311-318,321-327,338-344,348-355,373-386,393-406,411-417,434-443,446-465,473-484,514-521,532-553,584-594和221-237;Seq IDNo 357的4-14,27-34,50-58,63-72,79-106,109-114,121-142,146-154,161-167,169-175,178-201,223-238,249-254,259-264,278-292,294-312,319-330和167-191;Seq ID No 358的7-28,36-42,50-61,63-80,122-152,161-174,176-191和140-190;SeqID No 359的20-57,59-65,70-78,86-102,119-133,142-161,163-173,177-188,192-202,204-220,222-236,240-253,279-319,326-331,337-383,390-399,406-412,420-427,431-438和381-395;Seq ID No 360的13-18,28-34,37-43,50-59,75-81,83-97,105-121,139-147,200-206,209-227,231-247,260-271,318-327,366-381,388-394,399-406和182-201;Seq ID No 361的6-29,37-43,51-56,70-77,82-102,110-119,127-143,178-190,201-209,216-243,261-269,281-292,305-313,327-339,341-354,356-373,391-397,423-429,438-445,450-478和21-314;Seq ID No 362的4-12,15-21,32-41,59-76,80-89,96-104和90-103;Seq ID No 363的9-28,30-41,44-54,69-74,77-82,90-97,104-123,125-135,149-155,164-173,177-184,217-226,230-235,238-244,258-272,282-297,300-305,309-315,317-322,327-336,348-362,368-374,380-387,400-411,414-424,451-458,460-466,483-494,497-503,506-511,521-528,540-553,569-587,598-606,628-642,661-681,688-700,718-733,740-749,752-764,769-783,823-834,848-854,862-872,878-884,886-898,915-920,938-951,954-961,963-972,982-989,996-1003,1010-1016,1021-1032,1038-1044,1047-1057,1060-1070,1079-1088,1094-1102,1117-1127,1129-1135,1142-1153,1158-1204,1212-1229,1234-1263,1269-1277,1308-1313,1327-1338,1344-1376,1400-1415,1436-1443,1448-1458,1497-1504,1511-1522,1544-1566,3-82和509-576;Seq ID No 364的8-36,40-64,71-79,88-94,102-109,118-127,138-148,151-159,163-174,192-198,200-206,220-233,268-273,290-301,304-309,316-323,331-349,378-391,414-420,427-437,455-475,494-510,541-547,549-555,616-640,1-60,55-139,212-308,386-458和458-624;Seq ID No 365的16-31,35-42,70-77,91-101,120-130,132-140,143-153,185-190,195-202,215-222,228-238,241-251,257-264,268-277,288-302,312-324,326-333,341-348,364-382,415-429,438-454,458-466,491-499,501-521和273-281;Seq ID No 366的8-14,32-57,74-149,155-177,179-212,221-266,271-296,304-324,329-346,349-359,368-401,413-419,426-454,465-478,493-510和466-490;Seq ID No 367的22-28,33-51,64-89,96-119,126-132,138-146,152-159,161-169,172-179,193-198,205-211,221-231,235-254,273-280,297-303,312-320,328-346,351-373,378-384,391-398,448-454,460-468,470-481,516-558,574-593,597-602,613-623,626-646,649-656,668-673,675-683,696-708,715-722,724-739,745-751,759-777,780-804,816-822和102-113;Seq ID No 368的12-28,41-91,98-107,112-120,125-131,151-193,215-221,240-250,263-280和128-138;Seq ID No 369的16-24,32-38,46-62,68-81,90-105,127-133,144-150,160-166,178-184,186-202,210-219,232-240,252-258,264-273,293-324,337-344,349-357,360-369,385-398,410-416,419-427,441-449,458-476,508-515,523-539,544-549,562-569,571-579,96-109和127-139;Seq ID No 370的19-25,28-34,56-61,85-97,110-116和39-53;Seq ID No 371的4-37,41-50,62-72,91-97,99-109,114-125,136-141,149-158,160-166,201-215和27-225;Seq ID No 372的15-31,44-51,96-105,122-130,149-157,162-168,178-183,185-192,198-204,206-213,221-234,239-245,248-255,257-266,289-335,349-357,415-422,425-441,448-454,462-468和463-481;Seq ID No 373的5-31,39-55,63-72,76-99,106-155,160-177,179-199,207-217,223-240,245-255,261-267,294-316,321-343,354-378,382-452,477-488,529-536,555-569,584-591,593-612,620-627,632-640,647-654,671-680,698-704,723-730,732-750,769-775,781-788,822-852和505-525;Seq ID No 374的3-18;Seq ID No 375的4-14和12-24;Seq ID No 376的4-11,22-30和12-25;Seq ID No377的5-12和4-18;Seq ID No 378的4-28和7-14;Seq ID No379的6-16和8-16;Seq ID No 380的4-15,18-33和24-36;Seq ID No 381的4-10,16-21和20-31;Seq ID No 382的6-19;Seq ID No 383的11-18和3-10;Seq ID No 384的13-24和3-15;Seq ID No 385的15-27和7-16;Seq ID No 386的11-16和1-15;Seq ID No 387的4-16和9-21;Seq ID No 388的4-24,40-48,54-67和22-39;Seq ID No 389的6-30,34-55,62-68,78-106和68-74;Seq ID No 390的3-14;Seq ID No 391的9-19和6-21;Seq ID No 392的4-17和1-9;Seq ID No 393的5-30和1-8;SeqID No 394的4-16,23-46,51-56和45-55;Seq ID No 395的7-16;Seq ID No 396的2-14;Seq ID No 397的4-36,43-65和50-62;Seq ID No 398的10-30和14-21;Seq ID No 399的9-17和1-10;Seq ID No 400的4-12和3-16;Seq ID No 401的4-15和5-23;Seq ID No 402的10-21;Seq ID No 403的6-16;Seq ID No 404的4-29,31-38和2-14;Seq ID No 405的4-35和33-42;Seq ID No406的2-17;Seq ID No 407的9-18,30-35和15-33;Seq ID No408的4-9和6-12;Seq ID No 409的3-17;Seq ID No 410的12-21,37-44,52-61,72-80和38-48;Seq ID No 411的4-10,29-44,54-61,69-78和13-27;Seq ID No 412的13-23,36-53和2-15;Seq ID No 413的4-25,28-46,56-72,81-99,120-132,134-142,154-160和129-141;Seq ID No 414的4-15,24-33,35-41,64-86和21-33;Seq ID No 415的9-15和4-13;Seq ID No 416的4-11,13-19,34-48和15-32;Seq ID No 417的4-21和11-31;Seq ID No 418的23-57和38-50;Seq ID No 419的4-32和3-13;Seq ID No 420的4-10,13-25,32-42,56-68,72-84和26-38;SeqID No 421的4-20,31-48,52-58,65-71,80-93,99-108,114-123和37-49;Seq ID No 422的6-12,14-20和3-25;Seq ID No 423的14-25,27-38和5-14;Seq ID No 424的4-41,57-105,109-118,123-136,144-152和86-99;Seq ID No 425的6-19;Seq ID No 426的2-19;Seq ID No 427的14-47和1-14;Seq ID No 428的4-21,29-44和2-18;Seq ID No 429的23-29和10-28;Seq ID No 430的6-16,22-36和11-22;Seq ID No 431的4-19,30-44和18-27;Seq ID No 432的5-15,37-45,58-65和38-47;Seq ID No 433的4-15,23-34和4-15;Seq ID No 434的30-36,44-54,79-85,101-114,138-152,154-164,170-175,179-200,213-220,223-240,243-255,258-264,268-284和10-28;包含表1B的“相同區(qū)域”縱欄的氨基酸序列的肽,尤其是包含如下氨基酸的肽Seq ID No 449的210-226和738-753;Seq ID No 450的326-344,326-348,338-354,371-392,801-809和877-901;Seq ID No 451的893-906;Seq ID No452的51-69;Seq ID No 453的110-125;Seq ID No 454的291-305;Seq ID No 455的210-226和738-753;Seq ID No 456的326-344,326-348,338-354,371-392,801-809和877-901;Seq ID No 457的893-906;Seq ID No 458的51-69;Seq ID No 459的110-125;SeqID No 460的291-305;Seq ID No 461的32-44;Seq ID No 462的399-410;表2的“氨基酸從”到“氨基酸至”縱欄中指定的血清反應(yīng)性表位,尤其是包含如下氨基酸的肽Sep ID No 218的120-143,138-161和156-179;Seq ID No 219的110-129和168-184;Seq ID No 222的74-90;Seq ID No 223的759-773;Seq ID No 224的237-260;SeqID No 225的265-284;Seq ID No 226的65-74;Seq ID No 227的41-50;Seq ID No 229的163-174;Seq ID No 230的26-37;SeqID No 232的174-189;Seq ID No 234的240-256;Seq ID No 236的285-297;Seq ID No 238的238-247;Seq ID No 239的491-519;Seq ID No 243的114-140;Seq ID No 250的267-284;Seq ID No252的439-453;Seq ID No 253的162-178;Seq ID No 254的347-364;Seq ID No 255的699-715;Seq ID No 256的60-71;SeqID No 257的244-257;Seq ID No 258的44-63和57-76;Seq IDNo 260的185-196;Seq ID No 263的119-129;Seq ID No 266的182-195;Seq ID No 267的32-44和424-442;Seq ID No 268的247-256;Seq ID No 269的678-694,785-805,55-77和72-94;Seq ID No 281的210-226;Seq ID No 289的37-59;Seq ID No 296的13-29;Seq ID No 348的136-159;Seq ID No 349的205-222;Seq ID No 350的99-110;Seq ID No 351的160-176;Seq ID No 355的457-470;Seq ID No 356的221-237;Seq ID No 357的167-190;Seq ID No 361的96-120;Seq ID No 364的399-417,503-519和544-563;Seq ID No 371的46-68,159-183和184-198;Seq ID No372的463-481;表4的“氨基酸從”到“氨基酸至”縱欄中指定的免疫原性表位;尤其是包含如下氨基酸的肽Seq ID No 219的110-129和168-184;Seq ID No 277的877-901,333-354,326-344和801-809;Seq ID No 347的1-54;Seq ID No 364的544-563,31-51,107-119,399-417和503-519;Seq ID No 218的120-198;Seq ID No 219的20-35;Seq ID No 221的118-201;Seq ID No 242的48-132;SeqID No 249的118-136;Seq ID No 253的162-178;Seq ID No 254的347-364;Seq ID No 255的699-715;Seq ID No 258的50-76;Seq ID No 269的785-819和44-128;Seq ID No 274的90-128;Seq ID No 289的314-384;Seq ID No 293的327-349;Seq ID No304的242-314,405-478和23-100;Seq ID No 305的129-210;Seq ID No 307的162-188;Seq ID No 310的750-772;Seq ID No335的1-56;Seq ID No 337的322-337;Seq ID No 339的72-90;Seq ID No 345的374-395;Seq ID No 348的136-159;Seq ID No358的141-164;Seq ID No 361的96-157;Seq ID No 363的1-82;Seq ID No 364的489-556;Seq ID No 371的159-183和49-133;包含表5的“推定的免疫原性氨基酸”和“鑒別的免疫原性區(qū)域(aa)的位置”縱欄的氨基酸序列的肽,尤其是包含如下氨基酸的肽Seq ID No475的4-26,35-41,53-61,73-84,103-108,114-120,140-146,156-162,192-208,214-219,227-233,239-252,260-268,284-297,1-48和113-133;Seq ID No 476的4-27,38-44,50-56,59-64,72-79,83-89,92-97,108-116,123-148,152-167,183-196,200-220,232-244,255-261,265-274,282-302,309-317,1-79和231-302;Seq ID No 477的6-28,66-72,85-105,115-121,144-151,160-170,176-185,223-230,252-288,296-310,319-333,367-374,458-464,471-480,483-488,520-528,530-549,559-564,593-601,606-616,636-643,655-662,676-682,684-699,719-726,735-750,757-764,777-785,799-810,812-843,846-853,868-873,880-889,891-899,909-929,934-940,963-969,998-1004,1007-1014,1016-1022,1030-1046,1-80和808-821;Seq ID No 478的7-24,35-41,75-81,91-114,122-132,137-144,148-156,183-192,194-200,212-228,233-238,251-258,275-295,326-332,337-346,1-79和305-321;Seq ID No 479的31-38,42-52,66-72,86-92,98-104,115-122,127-146,154-164,169-187,198-212,225-237,255-269,13-92和135-142;Seq ID No 480的4-36,39-49,63-69,71-77,81-88,123-131,133-139,160-169,174-180,188-194,210-217,273-278,289-300,317-334,336-341,383-401,425-438,1-68,212-270和402-446;Seq ID No 481的21-29,31-42,49-63,72-79,81-93,112-132,159-165,188-195,197-232,262-267,279-286,294-301,318-326,348-366,381-405,409-426,436-465,471-480,484-492,497-505,521-544,554-561,567-577,581-589,601-609,611-622,636-651,653-667,669-685,700-708,716-722,729-744,749-766,780-786,789-811,814-864,1-57和84-106;Seq ID No 482的6-24,35-48,57-63,72-78,87-92,113-119,123-137,147-153,173-181,212-233和1-124;Seq ID No 483的13-34,62-69,78-83,86-91,98-104,107-115,146-159,179-188,195-205,209-221,226-233,239-253,276-282,284-294,297-308,331-354,375-382,388-399,421-433,449-458,464-469,472-491,508-513,525-531,534-550,575-593,601-618,629-635,654-661,666-680,706-721,723-740,771-805,810-830,845-851和1-84;Seq ID No 484的4-32,45-64,73-83,86-92,100-111,125-147,157-163,170-175,177-188,226-232,245-252,258-274,320-335,348-359和1-71;Seq ID No485的13-40,43-71,76-83,87-101,109-119,125-156,162-175,182-219,226-232,240-262,270-287,306-318,326-342,344-408,414-444,449-456和1-51;Seq ID No 486的4-16,18-34,45-54,99-108,134-140,203-212,241-257,266-274,279-291,308-315,330-336,355-370,374-382,402-410,428-455,466-472,474-480,531-554,560-566,572-580,597-618,632-660,664-674,676-685,691-705,708-735,750-768,1-87和342-480;表6的“氨基酸從”到“氨基酸至”的縱欄中指定的血清反應(yīng)性表位,尤其是包含如下氨基酸的肽No 475的115-132和1-26;Seq ID No 476的33-55;Seq IDNo 478的1-25;Seq ID No 47937-61;Seq ID No 480的1-24;Seq ID No 481的1-23;Seq ID No 482的46-60;Seq ID No 483的1-28,23-50和45-71;Seq ID No 484的1-22和17-38;Seq ID No485的1-22和17-38;Seq ID No 486的1-27,22-47和422-447;表7的“氨基酸從”到“氨基酸至”縱欄中指定的免疫原性表位,尤其是包含如下氨基酸的肽Seq ID No 475的115-132和1-47;Seq ID No476的1-55;Seq ID No 477的22-85;Seq ID No 478的307-320和1-44;Seq ID No 479的15-76和40-92;Seq ID No 480的1-59,213-269和403-445;Seq ID No 481的1-56和85-105;Seq ID No482的37-121;Seq ID No 483的1-71;Seq ID No 484的1-38;Seq ID No 485的1-38;Seq ID No 486的1-47以及包含所述序列至少6個(gè)優(yōu)選地多于8個(gè)尤其多于10個(gè)氨基酸并且優(yōu)選地不多于70、50、40、20、15或11個(gè)氨基酸的片段。所有這些片段單獨(dú)地并且每一個(gè)獨(dú)立地形成了本發(fā)明優(yōu)選的挑選的方面。
      通過(guò)一套長(zhǎng)度至少10個(gè)氨基酸有1個(gè)氨基酸重疊的肽分析蛋白質(zhì)抗原的全部序列可以鑒別特定抗原的所有線(xiàn)性超免疫血清反應(yīng)片段。隨后,通過(guò)使用表達(dá)的全長(zhǎng)蛋白質(zhì)或其結(jié)構(gòu)域多肽的用超免疫血清分析蛋白質(zhì)抗原可以鑒別非線(xiàn)性表位。假設(shè)蛋白質(zhì)獨(dú)特的結(jié)構(gòu)域足夠形成不依賴(lài)于天然蛋白質(zhì)的3D結(jié)構(gòu),各個(gè)重組或合成產(chǎn)生的結(jié)構(gòu)域多肽用超免疫血清的分析將允許在多結(jié)構(gòu)域蛋白質(zhì)各個(gè)結(jié)構(gòu)域內(nèi)的構(gòu)象抗原結(jié)構(gòu)域的鑒別。對(duì)于結(jié)構(gòu)域擁有線(xiàn)性以及構(gòu)象性表位的那些抗原,用相應(yīng)于線(xiàn)性表位的肽的競(jìng)爭(zhēng)試驗(yàn)可用于證實(shí)構(gòu)象性表位的存在。
      將理解本發(fā)明尤其也涉及編碼前面提到的片段的核酸分子,雜交編碼片段的核酸分子的核酸分子,特別是在嚴(yán)格條件下雜交的那些,以及用于擴(kuò)增編碼片段的核酸分子的例如PCR引物的核酸分子。在這些點(diǎn)上,優(yōu)選的核酸分子是如上面討論的相應(yīng)于優(yōu)選片段的那些。
      本發(fā)明也涉及包含本發(fā)明的一個(gè)或多個(gè)核酸分子的載體、用本發(fā)明的載體進(jìn)行基因工程的宿主細(xì)胞以及通過(guò)重組技術(shù)的超免疫血清反應(yīng)性抗原及其片段的產(chǎn)生。
      大量的表達(dá)載體能用于表達(dá)根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段。一般,適于維持、繁殖或表達(dá)核酸以在宿主中表達(dá)多肽的任何載體可以用于在這方面的表達(dá)。與本發(fā)明的這個(gè)方面一致,載體可以例如是質(zhì)粒載體、單或雙鏈?zhǔn)删w載體、單或雙鏈RNA或DNA病毒載體。此處公開(kāi)的起始質(zhì)?;蛘呤鞘惺劭色@得的、公開(kāi)可獲得的,或者通過(guò)眾所周知的公開(kāi)的程序的常規(guī)應(yīng)用能從可獲得的質(zhì)粒構(gòu)建。在某些方面,載體之中優(yōu)選的是為了本發(fā)明的核酸分子和超免疫血清反應(yīng)性抗原或其片段的表達(dá)的那些。宿主細(xì)胞中的核酸構(gòu)建體能以傳統(tǒng)方式用于產(chǎn)生重組序列編碼的基因產(chǎn)物。或者,本發(fā)明的超免疫血清反應(yīng)性抗原及其片段能通過(guò)傳統(tǒng)肽合成器合成產(chǎn)生。成熟的蛋白質(zhì)能表達(dá)于哺乳細(xì)胞、酵母、細(xì)菌或其它在合適的啟動(dòng)子控制下的細(xì)胞。使用來(lái)源于本發(fā)明的DNA構(gòu)建體的RNA,也能采用無(wú)細(xì)胞的翻譯系統(tǒng)以產(chǎn)生這樣的蛋白質(zhì)。
      能對(duì)宿主細(xì)胞進(jìn)行基因工程化以整合核酸分子和表達(dá)本發(fā)明的核酸分子。合適宿主的代表性實(shí)例包括例如鏈球菌、葡萄球菌、大腸桿菌、鏈霉菌和枯草芽孢桿菌細(xì)菌細(xì)胞;例如酵母細(xì)胞和曲霉屬細(xì)胞的真菌細(xì)胞;例如果蠅S2和夜蛾Sf9細(xì)胞的昆蟲(chóng)細(xì)胞;例如CHO,COS,Hela,C127,3T3,BHK,293和Bowes黑素瘤細(xì)胞的動(dòng)物細(xì)胞;以及植物細(xì)胞。
      本發(fā)明也提供了產(chǎn)生無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原及其片段的方法,包括從宿主細(xì)胞表達(dá)本發(fā)明提供的核酸分子編碼的超免疫血清反應(yīng)性抗原或其片段。本發(fā)明還提供了產(chǎn)生表達(dá)無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原或其片段的細(xì)胞的方法,包括用根據(jù)本發(fā)明的載體轉(zhuǎn)化或轉(zhuǎn)染合適的宿主細(xì)胞使得轉(zhuǎn)化的或轉(zhuǎn)染的細(xì)胞表達(dá)載體中含有的核酸編碼的多肽。
      可以以例如融合蛋白質(zhì)的修飾形式表達(dá)多肽,并且多肽可以不僅包括分泌信號(hào)還有額外的異源性功能區(qū)域。因而,例如,尤其是帶電荷氨基酸的額外氨基酸區(qū)域可以加到多肽的N或C末端以改進(jìn)在純化過(guò)程中或隨后的操作和儲(chǔ)存過(guò)程中在宿主細(xì)胞中的穩(wěn)定性和持續(xù)性。區(qū)域也可加到多肽以促進(jìn)純化。這樣的區(qū)域可以在多肽的最后制備之前去除。多肽基團(tuán)加到多肽以引起分泌或排泄、以改進(jìn)穩(wěn)定性或促進(jìn)純化在其它之中是本領(lǐng)域熟悉的和常規(guī)的技術(shù)。優(yōu)選的融合蛋白質(zhì)包含對(duì)于溶解或純化多肽是有用的來(lái)自免疫球蛋白的異源性區(qū)域。例如,EP-A-0 464 533(加拿大副本2045869)公開(kāi)了包含免疫球蛋白分子的恒定區(qū)不同部分和另一個(gè)蛋白質(zhì)或其部分的融合蛋白質(zhì)。在藥物發(fā)現(xiàn)中,例如,為了鑒別拮抗劑的高通量篩選試驗(yàn)的目的蛋白質(zhì)已經(jīng)與抗體Fc部分融合。見(jiàn)例如{Bennett,D.等人,1995}和{Johanson,K.等人,1995}。
      通過(guò)眾所周知的方法能從重組細(xì)胞培養(yǎng)物中重新獲得和純化無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原或其片段,包括硫酸銨或乙醇沉淀、酸提取、陰離子或陽(yáng)離子交換色譜、磷酸纖維素色譜、疏水相互作用色譜、羥基磷灰石色譜和凝集素色譜。
      通過(guò)化學(xué)合成以及通過(guò)生物工程手段能生產(chǎn)根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段。后者包含了用含有根據(jù)本發(fā)明的核酸的載體轉(zhuǎn)染或轉(zhuǎn)化宿主細(xì)胞,以及在本領(lǐng)域技術(shù)人員已知的條件下培養(yǎng)轉(zhuǎn)染或轉(zhuǎn)化的宿主細(xì)胞。為了純化或分離要生產(chǎn)的多肽的生產(chǎn)方法也可以包含純化步驟。優(yōu)選的實(shí)施方案中載體是根據(jù)本發(fā)明的載體。
      根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段可用于含有這些生物體或其衍生的多肽的樣品中一個(gè)或多個(gè)生物體的檢測(cè)。優(yōu)選的這樣的檢測(cè)是為了診斷,更加優(yōu)選地為了疾病的診斷,最優(yōu)選地為了與革蘭氏陽(yáng)性細(xì)菌的存在或豐度相關(guān)或相聯(lián)的疾病的診斷,尤其是選自鏈球菌、葡萄糖球菌和乳球菌的細(xì)菌。更加優(yōu)選地,微生物選自肺炎鏈球菌(Streptococcus pneumoniae)、化膿鏈球菌(Streptococcus pyogenes)和變形鏈球菌(Streptococcus mutans),尤其微生物是化膿鏈球菌。
      本發(fā)明也涉及診斷試驗(yàn),例如用于檢測(cè)細(xì)胞和組織中本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的水平的定量和診斷試驗(yàn),包括正常和異常水平的測(cè)定。所以,例如,根據(jù)本發(fā)明,為了檢測(cè)與正常組織樣品相比多肽的過(guò)度表達(dá)的診斷試驗(yàn)可以用于檢測(cè)感染的存在,以及鑒別感染生物體。能用于測(cè)定源自宿主的樣品中多肽水平的試驗(yàn)技術(shù)對(duì)于本領(lǐng)域技術(shù)人員是眾所周知的。這樣的試驗(yàn)方法包括放射免疫試驗(yàn)、競(jìng)爭(zhēng)結(jié)合試驗(yàn)、Western斑點(diǎn)分析和ELISA試驗(yàn)。這些之中,ELISA常常是優(yōu)選的。ELISA試驗(yàn)最初包含制備特異于多肽的抗體,尤其是單克隆抗體。另外,一般地制備了結(jié)合于單克隆抗體的報(bào)告抗體。報(bào)告抗體附著于檢測(cè)試劑,例如放射活性的、熒光的或酶試劑,例如辣根過(guò)氧化物酶。
      根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段可用于陣列的目的或與其相連。更加特別的,至少一個(gè)根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段可以固定于支持物上。所述支持物一般包含各種超免疫血清反應(yīng)性抗原及其片段,由此可以使用一種或一些根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段和/或不同的超免疫血清反應(yīng)性抗原及其片段產(chǎn)生多樣性。這樣的陣列以及任何陣列的特征性特性一般是獨(dú)特的多肽固定于所述支持物或其表面上獨(dú)特的或預(yù)先定義的區(qū)域或位置上。因?yàn)檫@個(gè),陣列獨(dú)特位置或區(qū)域上的任何活性與特異性多肽相關(guān)。不同超免疫血清反應(yīng)性抗原及其片段固定于支持物的數(shù)量可以在從10個(gè)那么少到幾千個(gè)不同超免疫血清反應(yīng)性抗原及其片段的范圍內(nèi)。優(yōu)選實(shí)施方案中每cm2超免疫血清反應(yīng)性抗原及其片段的密度是從每cm210個(gè)肽/多肽那么少到每cm2至少400個(gè)不同肽/多肽,更加特別的每cm2至少1000個(gè)不同超免疫血清反應(yīng)性抗原及其片段。
      這種陣列的生產(chǎn)對(duì)于本領(lǐng)域的技術(shù)人員是已知的,例如,在美國(guó)專(zhuān)利5,744,309中有描述。陣列優(yōu)選地包含具有至少第一個(gè)表面的平坦的、多孔或非多孔的固相支持物。如此出公開(kāi)的超免疫血清反應(yīng)性抗原及其片段固定于所述表面。其它之中優(yōu)選的支持物材料是玻璃或纖維素。為了此處描述的任何診斷應(yīng)用使用矩陣也在本發(fā)明內(nèi)。除了根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段外,為了如上面描述的陣列的產(chǎn)生也可以使用根據(jù)本發(fā)明的核酸。這個(gè)也應(yīng)用于抗體制成的陣列,優(yōu)選地其它之中如此處描述的單克隆抗體。
      另一方面本發(fā)明涉及指向任何根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段、其衍生物或片段的抗體。本發(fā)明包括例如單克隆和多克隆抗體、嵌合、單鏈和人源化抗體,以及Fab片段或Fab表達(dá)文庫(kù)的產(chǎn)物。抗體可以是嵌合的也在本發(fā)明之內(nèi),即它們的不同部分源自不同種屬或者至少各自的序列取自不同的種屬。
      通過(guò)將超免疫血清反應(yīng)性抗原及其片段直接注射到動(dòng)物或者通過(guò)給予優(yōu)選非人類(lèi)的動(dòng)物超免疫血清反應(yīng)性抗原及其片段,能夠獲得產(chǎn)生的抗相應(yīng)于本發(fā)明的序列的超免疫血清反應(yīng)性抗原及其片段的抗體。然后如此得到的抗體將結(jié)合超免疫血清反應(yīng)性抗原及其片段本身。以這個(gè)方式,甚至僅僅編碼超免疫血清反應(yīng)性抗原及其片段的一個(gè)片段的序列能用于產(chǎn)生結(jié)合整個(gè)天然超免疫血清反應(yīng)性抗原及其片段的抗體。然后這樣的抗體能用于從表達(dá)那些超免疫血清反應(yīng)性抗原及其片段的組織中分離超免疫血清反應(yīng)性抗原及其片段。
      為了單克隆抗體的制備,能夠使用本領(lǐng)域已知的提供連續(xù)細(xì)胞系培養(yǎng)物產(chǎn)生的抗體的任何技術(shù)(如原先{Kohler,G.等人,1975}中描述地)。
      能使為了單鏈抗體的產(chǎn)生描述的技術(shù)適應(yīng)于產(chǎn)生抗根據(jù)本發(fā)明的免疫原性的超免疫血清反應(yīng)性抗原及其片段的單鏈抗體。轉(zhuǎn)基因小鼠或例如其它哺乳動(dòng)物的其它生物體可以用于表達(dá)抗根據(jù)本發(fā)明的免疫原性超免疫血清反應(yīng)性抗原及其片段的人源化抗體。
      或者,噬菌體展示技術(shù)或核糖體展示能用于從篩選擁有各自靶抗原的人類(lèi)淋巴細(xì)胞的PCR擴(kuò)增v-基因文庫(kù)或從幼稚文庫(kù)挑選對(duì)超免疫血清反應(yīng)性抗原及其片段有結(jié)合活性的抗體基因{McCafferty,J.等人,1990};{Marks,J.等人,1992}。也能通過(guò)鏈改組(chain shuffling){Clackson,T.等人,1991}改進(jìn)這些抗體的親和力。
      如果存在兩個(gè)抗原結(jié)合結(jié)構(gòu)域,每個(gè)結(jié)構(gòu)域可以指向不同的表位-稱(chēng)為“雙特異性”抗體。
      上面描述的抗體可以應(yīng)用于分離或鑒別表達(dá)超免疫血清反應(yīng)性抗原及其片段的克隆或?yàn)榱擞糜H和色譜的分離和/或純化通過(guò)將抗體附著于固相支持物而純化本發(fā)明的超免疫血清反應(yīng)性抗原及其片段。
      因而,抗本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的抗體尤其可以應(yīng)用于抑制和/或治療感染,特別是細(xì)菌感染,特別是來(lái)自無(wú)乳鏈球菌的感染。
      超免疫血清反應(yīng)性抗原及其片段包括抗原性、表位或免疫原性等同的衍生物,它形成了本發(fā)明的特定方面。如此處使用的術(shù)語(yǔ)“抗原性等同衍生物”包含某些抗體特異性識(shí)別的超免疫血清反應(yīng)性抗原及其片段或其等同物,所述抗體當(dāng)針對(duì)根據(jù)本發(fā)明的蛋白質(zhì)或超免疫血清反應(yīng)性抗原及其片段培養(yǎng)時(shí),干擾病原體和哺乳動(dòng)物宿主之間的相互作用。如此處使用的術(shù)語(yǔ)“免疫原性等同衍生物”包含肽或其等同物,當(dāng)其用于合適的制劑以在脊柱動(dòng)物中培養(yǎng)抗體時(shí),抗體起干擾病原體和哺乳動(dòng)物宿主之間相互作用的作用。
      超免疫血清反應(yīng)性抗原及其片段,例如抗原性或免疫原性等同衍生物或其融合蛋白能夠用作抗原以免疫小鼠或例如大鼠或小雞的其它動(dòng)物。融合蛋白質(zhì)可以給超免疫血清反應(yīng)性抗原及其片段提供穩(wěn)定性。抗原可以例如通過(guò)結(jié)合連接于例如牛血清白蛋白(BSA)或匙孔血藍(lán)蛋白(KLH)的免疫原性載體蛋白質(zhì)?;蛘?,包含蛋白質(zhì)或超免疫血清反應(yīng)性抗原及其片段多個(gè)拷貝的抗原肽或抗原性、免疫原性等同的超免疫血清反應(yīng)性抗原及其片段可以有足夠的抗原性以改進(jìn)免疫原性而避免載體的使用。
      優(yōu)選地,修飾抗體或其衍生物使其在個(gè)體有更少的免疫原性。例如,如果個(gè)體是人,抗體最優(yōu)選地可以是“人源化的”,其中雜交瘤衍生的抗體的互補(bǔ)決定區(qū)域被接種到人單克隆抗體,例如如{Jones,P.等人,1986}或{Tempest,P.等人,1991}中描述地。
      本發(fā)明的多核苷酸在基因免疫中的使用將優(yōu)選地采用合適的遞送方法,例如質(zhì)粒DNA直接注射入肌肉,與特異性蛋白質(zhì)載體復(fù)合的DNA的遞送,用磷酸鈣的DNA共沉淀,DNA包裝在各種形式的脂質(zhì)體中,粒子轟擊{Tang,D.等人,1992},{Eisenbraun,M.等人,1993}以及使用克隆的逆轉(zhuǎn)路病毒載體的體內(nèi)感染{Seeger,C.等人,1984}。
      另一方面本發(fā)明涉及結(jié)合于根據(jù)本發(fā)明的任何超免疫血清反應(yīng)性抗原及其片段的肽,以及這樣肽的生產(chǎn)方法,由此所述方法特征在于根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的使用,并且基礎(chǔ)步驟對(duì)于本領(lǐng)域的技術(shù)人員是已知的。
      可以通過(guò)使用根據(jù)本領(lǐng)域技術(shù)的方法產(chǎn)生這樣的肽,例如噬菌體展示或核糖體展示。在噬菌體展示的情況下,基本上產(chǎn)生了噬菌體形式的肽的文庫(kù),這種文庫(kù)與靶分子接觸,在這個(gè)情況下是根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段。隨后從各自的反應(yīng)中去除那些結(jié)合于靶分子的肽,優(yōu)選地是與靶分子的復(fù)合物。結(jié)合的特性至少在某個(gè)程度依賴(lài)于例如鹽濃度等等特定實(shí)行的實(shí)驗(yàn)設(shè)置是本領(lǐng)域技術(shù)人員已知的。結(jié)合于有更高的親和力或更大力量的靶分子的那些肽從文庫(kù)的非結(jié)合成員分離之后,并且可選地也在靶分子從靶分子與肽的復(fù)合物去除后,隨后可以特征分析各自的肽。特征分析之前,可選地實(shí)行擴(kuò)增步驟,例如通過(guò)增殖編碼肽的噬菌體。特征分析優(yōu)選地包含靶結(jié)合肽的測(cè)序?;旧希牟幌拗扑鼈兊拈L(zhǎng)度,然而優(yōu)選地在各自的方法中優(yōu)選地得到具有從大約8至20個(gè)氨基酸的長(zhǎng)度的肽。文庫(kù)的大小可以是大約102至1018,優(yōu)選地108至1015個(gè)不同的肽,然而并不限于這些。
      特定形式的靶點(diǎn)結(jié)合超免疫血清反應(yīng)性抗原及其片段是所謂的“抗促成素”,在其它之中它們?cè)诘聡?guó)專(zhuān)利申請(qǐng)DE 197 42 706中有描述。
      在另一方面本發(fā)明涉及與任何的根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段相互作用的功能性核酸,以及這樣功能性核酸的生產(chǎn)方法,由此所述方法特征在于根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的用途,并且基礎(chǔ)步驟對(duì)于本領(lǐng)域的技術(shù)人員是已知的。功能性核酸優(yōu)選地是適體和鏡面體。
      適體是單鏈或雙鏈的、并且特異性與靶分子相互作用的D-核酸。適體的生產(chǎn)或挑選在例如歐洲專(zhuān)利EP 0 533 838中有描述。基本上實(shí)行了下面的步驟。首先,提供了核酸的混合物,即潛在的適體,由此每個(gè)核酸一般包含一些優(yōu)選地至少8個(gè)隨后隨機(jī)的核苷酸的片段。這個(gè)混合物隨后與靶分子接觸,由此例如基于與候選混合物對(duì)靶點(diǎn)增加的親和力或?qū)Π悬c(diǎn)更大的力量核酸與靶分子結(jié)合。隨后從剩余的混合物中分離結(jié)合核酸??蛇x地,使用例如多聚酶鏈?zhǔn)椒磻?yīng)擴(kuò)增這樣得到的核酸。這些步驟可以重復(fù)數(shù)次,只要最后混合物具有增加的特異性結(jié)合于靶點(diǎn)的核酸的比例,然后可選地從中挑選最終結(jié)合核酸。這些特異性結(jié)合的核酸指的是適體。很明顯在適體的生產(chǎn)或鑒別方法的任何階段,為了使用標(biāo)準(zhǔn)技術(shù)測(cè)定它的序列可以采集個(gè)體核酸混合物的樣品。例如通過(guò)引入對(duì)產(chǎn)生適體的技術(shù)領(lǐng)域技術(shù)人員已知的定義的化學(xué)基團(tuán)可以穩(wěn)定適體在本發(fā)明之內(nèi)。這樣的修飾例如可以存在于氨基基團(tuán)在核苷酸糖基團(tuán)2’位置的引入。適體目前用作治療劑。然而,這樣挑選的或產(chǎn)生的適體可以用于靶點(diǎn)確認(rèn)和/或用作優(yōu)選基于小分子藥劑的藥劑開(kāi)發(fā)的先導(dǎo)物質(zhì)也在本發(fā)明之內(nèi)。這個(gè)實(shí)際上通過(guò)競(jìng)爭(zhēng)試驗(yàn)完成,由此候選藥物抑制靶分子和適體之間特異性相互作用,由此在適體從靶點(diǎn)和適體的復(fù)合物取代時(shí),可以假設(shè)各自的候選藥物允許靶點(diǎn)和適體之間相互作用的特異性抑制,如果相互作用是特異性的,所述候選藥物將至少在原則上適于阻斷靶點(diǎn)并因而降低其在包含這樣靶點(diǎn)的各自的系統(tǒng)中的生物利用度或活性。這樣得到的小分子可以進(jìn)行進(jìn)一步的衍生化和修飾以?xún)?yōu)化其物理、化學(xué)、生物和/或醫(yī)學(xué)特征,例如毒性、特異性、生物降解度和生物利用度。
      鏡面體和它們的產(chǎn)生或制造基于一個(gè)簡(jiǎn)單的原則。鏡面體的制造在國(guó)際專(zhuān)利申請(qǐng)WO 98/08856中有描述。鏡面體是L-核酸,這是指它們由L-核苷酸而不是象適體的D-核苷酸組成。鏡面體特征在于它們?cè)谏锵到y(tǒng)具有非常高的穩(wěn)定性并且與適體相比特異性地與它們指向的靶分子相互作用這個(gè)事實(shí)。產(chǎn)生鏡面體的方法中,產(chǎn)生了D-核酸的異源群,這個(gè)群與靶分子的光學(xué)對(duì)映體接觸,在這個(gè)情況下例如與根據(jù)本發(fā)明超免疫血清反應(yīng)性抗原及其片段的天然發(fā)生的L-對(duì)映體的D-對(duì)映體接觸。隨后,分離不與靶分子的光學(xué)對(duì)映體相互作用的那些D-核酸。但是分離、可選地鑒別和/或測(cè)序與靶分子的光學(xué)對(duì)映體相互作用的那些D-核酸,隨后基于從D-核酸獲得的核酸序列信息合成相應(yīng)的L-核酸。就與靶分子的光學(xué)對(duì)映體相互作用的前面提到的D-核酸的序列而言相同的這些L-核酸將特異性地與天然發(fā)生的靶分子而不是它的光學(xué)對(duì)映體相互作用。與適體產(chǎn)生的方法相似,重復(fù)各種步驟幾次并因而濃集特異性與靶分子的光學(xué)對(duì)映體相互作用的那些核酸是可能的。
      在另一方面,本發(fā)明涉及與根據(jù)本發(fā)明的任何核酸分子相互作用的功能性核酸,以及這樣功能性核酸的制造方法,由此所述方法特征在于根據(jù)本發(fā)明的核酸分子和它們各自序列的用途并且基礎(chǔ)步驟對(duì)于本領(lǐng)域技術(shù)人員是已知的。功能性核酸優(yōu)選地是核酶、反義寡核苷酸和siRNA。
      核酶是催化活性的核酸,優(yōu)選地由基本上包含兩個(gè)基團(tuán)的RNA組成。第一個(gè)基團(tuán)顯示了催化活性而第二基團(tuán)負(fù)責(zé)與靶核酸的特異性相互作用,在這個(gè)情況下是編碼根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的核酸。靶核酸和核酶第二基團(tuán)相互作用時(shí),一般通過(guò)兩個(gè)雜交鏈上基本上互補(bǔ)的堿基的延伸雜交和Watson-Crick堿基配對(duì),催化活性基團(tuán)可以變成有活性的,就是指它或者分子內(nèi)或者分子間催化核酸分子,倘若核酶的催化活性是磷酸二酯酶活性。隨后,可以有靶核酸進(jìn)一步的降解,最后導(dǎo)致了靶核酸以及源自所述靶核酸的蛋白質(zhì)的降解。核酶、它們的使用和設(shè)計(jì)原則對(duì)于本領(lǐng)域技術(shù)人員是已知的,例如{Doherty,E.等人,2001}和{Lewin,A.等人,2001}中有描述。
      用于藥劑的制造以及作為診斷試劑的反義寡核苷酸的活性和設(shè)計(jì)分別基于作用的相同模式。基本上,反義寡核苷酸基于堿基互補(bǔ)與靶RNA優(yōu)選地與mRNA雜交,因而激活RNase H。RNase H被磷酸二酯和硫代磷酸酯偶聯(lián)的DNA激活。然而除了硫代磷酸酯偶聯(lián)的DNA以外,磷酸二酯偶聯(lián)的DNA很快地被細(xì)胞內(nèi)核酶降解。這些抗性的非天然發(fā)生DNA衍生物在與RNA雜交時(shí)不抑制RNase H。換而言之,反義聚核苷酸僅僅作為DNA RNA雜交復(fù)合物是有效的。這種反義寡核苷酸的實(shí)例在其它之中的美國(guó)專(zhuān)利US 5,849,902和US 5,989,912。換而言之,基于靶分子的核酸序列,在這個(gè)情況下靶分子是根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的核酸分子,可以基于堿基互補(bǔ)的原則,從原則上可從其推測(cè)的各自的核酸序列的靶蛋白質(zhì)或者通過(guò)了解尤其是mRNA這樣的核酸序列設(shè)計(jì)合適的反義寡核苷酸。
      特別優(yōu)選的是具有硫代磷酸酯DNA(3至9個(gè)堿基)的短的延伸的反義寡核苷酸。最少3個(gè)DNA堿基對(duì)于細(xì)菌RNase H的激活是必需的,最少5個(gè)堿基是哺乳動(dòng)物RNase H激活必需的。在這些嵌合寡核苷酸中有形成RNase H底物的中心區(qū)域,它與由不形成RNase H底物的修飾的核苷酸組成的雜交“臂”側(cè)面相接??梢岳缤ㄟ^(guò)2’-氧-甲基或2’-氟修飾嵌合寡核苷酸的雜交臂。替代的方法使用了所述臂中的甲基膦酸酯或氨基磷酸酯連接。本發(fā)明的實(shí)踐中有用的反義寡核苷酸進(jìn)一步實(shí)施方案是P-甲氧基寡核苷酸,部分P-甲氧基寡脫氧核糖核酸或P-甲氧基寡核苷酸。
      本發(fā)明尤其相關(guān)和有用的是如上面提到的兩個(gè)美國(guó)專(zhuān)利更加特別描述的那些反義寡核苷酸。這些寡核苷酸不含有天然發(fā)生的5′→3′-連接的核苷酸。更合適的寡核苷酸具有兩個(gè)類(lèi)型的核苷酸激活RNase H的2’-脫氧硫代磷酸酯和不激活RNase H的2’修飾的核苷酸。2’-修飾的核苷酸之間的連接是磷酸二酯、硫代磷酸酯或P-乙氧基磷酸二酯。通過(guò)連續(xù)的RNase H激活區(qū)域完成RNase H的激活,所述激活區(qū)域含有3和5個(gè)之間的2’脫氧硫代磷酸酯核苷酸以激活細(xì)菌RNase H以及5和10個(gè)之間的2’脫氧硫代磷酸酯核苷酸以激活真核特別是哺乳動(dòng)物RNase H。通過(guò)使5’和3’末端堿基高度核酶抗性以及可選地通過(guò)取代3’末端阻斷基團(tuán)完成對(duì)于降解的保護(hù)。
      更加特別地,反義寡核酸包含5’末端和3’末端;從位置11至595′→3′-連接的核苷酸獨(dú)立地選自2’修飾的磷酸二酯核苷酸和2’修飾的P-烷氧基磷酸三酯核苷酸;其中5’末端核苷酸附著于三和十個(gè)連續(xù)的硫代磷酸酯連接的脫氧核糖核酸之間的RNase H激活區(qū)域,其中所述核苷酸3’末端選自反轉(zhuǎn)的脫氧核糖核酸、一至三個(gè)硫代磷酸酯2’修飾的核糖核酸的連續(xù)延伸、生物素基團(tuán)和P-烷氧基磷酸三酯核苷酸。
      也可以使用反義寡核苷酸,其中不是5’末端核苷酸而是上面詳述的3’末端核苷酸附著于RNase H激活區(qū)域。5’末端也選自特定的基團(tuán),而不是所述寡核苷酸的3’末端。
      根據(jù)本發(fā)明的核酸以及超免疫血清反應(yīng)性抗原及其片段可以用作或用于尤其是疫苗的藥物組合物的制造。優(yōu)選是疫苗的這樣的藥物組合物優(yōu)選地是為了無(wú)乳鏈球菌造成的、相關(guān)的或相聯(lián)的疾病的預(yù)防和治療。在這個(gè)范圍內(nèi)本發(fā)明的另一方面涉及誘導(dǎo)尤其是哺乳動(dòng)物的個(gè)體的免疫反應(yīng)的方法,包含用本發(fā)明的超免疫血清反應(yīng)性抗原及其片段或其片段或變異體接種個(gè)體,足夠生產(chǎn)抗體以保護(hù)所述個(gè)體免受感染,特別是鏈球菌感染并且最特別的鏈球菌的感染。
      仍然本發(fā)明的另一方面,涉及誘導(dǎo)個(gè)體免疫反應(yīng)的方法,包含通過(guò)基因治療或其它,遞送核酸功能性編碼超免疫血清反應(yīng)性抗原及其片段或其片段或變異體以體內(nèi)表達(dá)超免疫血清反應(yīng)性抗原及其片段或其片段或變異體,目的是為了誘導(dǎo)產(chǎn)生抗體或細(xì)胞介導(dǎo)的T細(xì)胞反應(yīng)的免疫反應(yīng)以保護(hù)所述個(gè)體免受疾病,不管那個(gè)疾病是否已經(jīng)在個(gè)體內(nèi)確定,T細(xì)胞可以是產(chǎn)細(xì)胞因子的T細(xì)胞或細(xì)胞毒性T細(xì)胞。給予基因的一個(gè)方法是通過(guò)加速作為顆粒上的涂層或其它的基因進(jìn)入期望的細(xì)胞內(nèi)。
      本發(fā)明的另一方面涉及免疫組合物,當(dāng)被引入能夠誘導(dǎo)宿主內(nèi)免疫反應(yīng)的宿主內(nèi)時(shí),它能誘導(dǎo)這樣的宿主內(nèi)的免疫反應(yīng),其中所述組合物包含編碼和表達(dá)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的抗原的重組DNA??梢灾委熜曰蝾A(yù)防性地使用免疫反應(yīng),可以采用抗體免疫或細(xì)胞免疫的形式,例如源自CTL或CD4+T細(xì)胞的細(xì)胞免疫。
      本發(fā)明的超免疫血清反應(yīng)性抗原及其片段或其片段可以與本身可能不產(chǎn)生抗體但是能夠穩(wěn)定第一個(gè)蛋白質(zhì)并產(chǎn)生將具有免疫性和保護(hù)特性的融合蛋白質(zhì)的輔蛋白質(zhì)(co-protein)融合。這個(gè)融合的重組蛋白質(zhì)優(yōu)選地進(jìn)一步含有抗原性輔蛋白質(zhì),例如谷胱甘肽S轉(zhuǎn)移酶(GST)或β-半乳糖苷酶,溶解蛋白質(zhì)并促進(jìn)其產(chǎn)生和純化的相對(duì)大的輔蛋白質(zhì)。另外,輔蛋白質(zhì)在提供免疫系統(tǒng)全面刺激的意義上起佐劑的作用。輔蛋白質(zhì)可以附著于第一個(gè)蛋白質(zhì)的氨基端或羧基端。
      本發(fā)明也提供的是在無(wú)乳鏈球菌感染的動(dòng)物模型中在這樣的基因免疫實(shí)驗(yàn)中使用所述核酸分子或者其特定片段的方法。這樣的片段對(duì)于鑒別能引發(fā)預(yù)防性或治療性免疫反應(yīng)的蛋白質(zhì)表位尤其有用。這個(gè)方法能允許隨后從成功抵抗或清除感染的動(dòng)物的必備器官制備有特別價(jià)值的單克隆抗體以開(kāi)發(fā)尤其是人類(lèi)的哺乳動(dòng)物中無(wú)乳鏈球菌感染的預(yù)防試劑或治療處理。
      超免疫血清反應(yīng)性抗原及其片段可以用作宿主免疫接種的抗原以產(chǎn)生抗細(xì)菌入侵的保護(hù)的特異性抗體,例如通過(guò)阻斷細(xì)胞對(duì)損傷組織的粘附。組織損傷的實(shí)例包括例如病毒感染(尤其是呼吸系統(tǒng)的,例如流感病毒)、機(jī)械、化學(xué)或熱損傷或者通過(guò)留置裝置的植入造成的皮膚或結(jié)締組織以及粘膜組織的傷口,或者例如口腔、乳腺、尿道或陰道的粘膜的傷口。
      本發(fā)明也包括包含免疫原性重組蛋白質(zhì)和合適載體的疫苗制劑。因?yàn)榈鞍踪|(zhì)可以在胃內(nèi)降解,優(yōu)選地它通過(guò)非胃腸道給予,包括例如皮下、肌肉內(nèi)、靜脈、皮內(nèi)、鼻內(nèi)或經(jīng)皮的給予。適于非胃腸道給予的制劑包括水性和非水性無(wú)菌注射溶液,它可以含有賦予制劑與個(gè)體的優(yōu)選是血液的體液等滲的抗氧化劑、緩沖劑、細(xì)菌抑制劑和溶質(zhì);水性和非水性的無(wú)菌懸浮液,它可以包括懸浮劑或增稠劑。制劑可以呈現(xiàn)在單位劑量或多個(gè)劑量的容器內(nèi),例如密封的安瓿和藥瓶,可以?xún)?chǔ)存于冷凍干燥條件下,只需要使用前立即加入無(wú)菌液體載體。疫苗制劑也可以包括增強(qiáng)制劑免疫原性的佐劑系統(tǒng),例如水包油系統(tǒng)和本領(lǐng)域已知的其它系統(tǒng)。劑量將依賴(lài)于疫苗的特異性活性并能很容易地通過(guò)常規(guī)試驗(yàn)測(cè)定。
      根據(jù)另一方面,本發(fā)明涉及包含如本發(fā)明為了無(wú)乳鏈球菌提供的這樣的超免疫血清反應(yīng)性抗原及其片段的藥物組合物。這樣的藥物組合物可包含一個(gè)優(yōu)選地至少兩個(gè)或兩個(gè)以上的抗無(wú)乳鏈球菌的超免疫血清反應(yīng)性抗原及其片段??蛇x的,這樣的無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原及其片段在聯(lián)合藥物組合物中也可與抗其它病原體的抗原聯(lián)合。優(yōu)選地,所述藥物組合物是為了預(yù)防或治療無(wú)乳鏈球菌和/或其它病原體造成的感染的疫苗,疫苗中包括了抗所述病原體的抗原。
      根據(jù)另一方面,本發(fā)明涉及包含編碼上面鑒別的對(duì)于無(wú)乳鏈球菌的超免疫血清反應(yīng)性抗原或其片段的核酸分子的藥物組合物。這樣的藥物組合物可以包含一個(gè)或多個(gè)編碼抗無(wú)乳鏈球菌的超免疫血清反應(yīng)性抗原或其片段的核酸分子。可選地,編碼超免疫血清反應(yīng)性抗原或其片段的這樣的無(wú)乳鏈球菌核酸分子在聯(lián)合藥物組合物中也可以與編碼抗其它病原體的抗原的核酸分子聯(lián)合。優(yōu)選地,所述藥物組合物是為了預(yù)防或治療無(wú)乳鏈球菌和/或其它病原體造成的感染的疫苗,疫苗中包括了抗上述病原體的抗原。
      藥物組合物可含有任何適合的輔助物質(zhì),例如緩沖物質(zhì)、穩(wěn)定劑或另外的活性成分,尤其是已知與藥物組合物和/或疫苗生產(chǎn)有關(guān)的成分。
      根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原、片段或其編碼核酸分子的優(yōu)選的載體和/或賦形劑是為了進(jìn)一步刺激對(duì)給定的超免疫血清反應(yīng)性抗原、其片段或其編碼核酸分子的免疫反應(yīng)的免疫刺激化合物。優(yōu)選地根據(jù)本發(fā)明的藥物制備物中的免疫刺激化合物選自尤其是聚陽(yáng)離子肽的聚陽(yáng)離子物質(zhì)、優(yōu)選是免疫刺激脫氧核苷酸的免疫刺激核酸分子、明礬、弗氏完全佐劑、弗氏不完全佐劑、尤其是人生長(zhǎng)激素的神經(jīng)活性化合物或其組合。
      尤其是疫苗的藥物組合物除根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原、其片段和/或其編碼核酸分子外還包含有生物或藥物活性的其它化合物也在本發(fā)明的范圍內(nèi)。優(yōu)選地,疫苗組合物包含至少一個(gè)聚陽(yáng)離子肽。根據(jù)本發(fā)明使用的聚陽(yáng)離子化合物可以是顯示了根據(jù)WO 97/30721的特征作用的任何聚陽(yáng)離子化合物。優(yōu)選的聚陽(yáng)離子化合物選自堿性多肽、有機(jī)聚陽(yáng)離子、堿性聚氨基酸或它們的混合物。這些聚氨基酸應(yīng)當(dāng)具有至少4個(gè)氨基酸殘基的鏈長(zhǎng)度(WO 97/30721)。尤其優(yōu)選的是象聚賴(lài)氨酸、聚精氨酸和在多于8個(gè)尤其是多于20個(gè)氨基酸殘基的范圍內(nèi)含有多于20%尤其多于50%的堿性氨基酸的多肽的物質(zhì)或者它們的聯(lián)合。其它優(yōu)選的聚陽(yáng)離子和它們的藥物組合物在WO 97/30721(例如聚乙烯亞胺)和WO99/38528中有描述。優(yōu)選地這些多肽含有20和500個(gè)之間的氨基酸殘基,尤其是30和200個(gè)之間的殘基。
      這些聚陽(yáng)離子化合物可以化學(xué)或重組產(chǎn)生或可以來(lái)源于天然的來(lái)源。
      陽(yáng)離子(多)肽也可以是抗微生物的,有如{Ganz,T.,1999}中綜述的特性。這些(多)肽可以是原核的或動(dòng)物或植物來(lái)源的或者可以化學(xué)或重組產(chǎn)生(WO 02/13857)。肽也可以屬于防衛(wèi)素類(lèi)(WO 02/13857)。這樣的肽的序列例如能在下面網(wǎng)址的抗微生物序列數(shù)據(jù)庫(kù)中找到http//www.bbcm.univ.trieste.it/~tossi/pag2.html這樣的宿主防御肽或防御物質(zhì)也是根據(jù)本發(fā)明的聚陽(yáng)離子多聚體的優(yōu)選形式。一般地,允許作為優(yōu)選地由APC(包括樹(shù)突細(xì)胞)介導(dǎo)的適應(yīng)性免疫系統(tǒng)的終末產(chǎn)物激活(或下調(diào))的化合物用作聚陽(yáng)離子多聚體。
      尤其優(yōu)選用作本發(fā)明的聚陽(yáng)離子物質(zhì)是cathelicidin衍生的抗微生物肽或其衍生物(國(guó)際專(zhuān)利申請(qǐng)WO 02/13857,此處引用作為參考),尤其是源于哺乳動(dòng)物cathelicidin的抗微生物肽,優(yōu)選地來(lái)自人、?;蛐∈?。
      源于天然來(lái)源的聚陽(yáng)離子化合物包括HIV-REV或HIV-TAT(衍生的陽(yáng)離子肽、觸角足肽、殼聚糖或甲殼素其它的衍生物)或源于生化或重組產(chǎn)生的這些肽或蛋白質(zhì)的其它肽。其它優(yōu)選的聚陽(yáng)離子化合物是cathelin或來(lái)自cathelin的相關(guān)或衍生的物質(zhì)。例如,小鼠cathelin是具有氨基酸序列NH2-RLAGLLRKGGEKIGEKLKKIGOKIKNFFQKLVPQPE-COOH的肽。相關(guān)的或衍生的cathelin物質(zhì)含有有至少15-20個(gè)氨基酸殘基的cathelin序列的全部或部分。衍生化可以包括天然氨基酸被不在20個(gè)標(biāo)準(zhǔn)氨基酸中的氨基酸替代或修飾。另外,更多的陽(yáng)離子殘基可以引入這樣的cathelin分子中。這些cathelin分子優(yōu)選地與抗原聯(lián)合。結(jié)果這些cathelin分子作為沒(méi)有更多的佐劑加入的抗原的佐劑驚人地有效。所以這樣的cathelin分子用作有或沒(méi)有更多的免疫激活物質(zhì)的疫苗制劑的有效佐劑是可能的。
      根據(jù)本發(fā)明使用的另一個(gè)優(yōu)選的聚陽(yáng)離子物質(zhì)是含有被3至7個(gè)疏水氨基酸的連接子分開(kāi)的至少2個(gè)KLK基團(tuán)的合成肽(國(guó)際專(zhuān)利申請(qǐng)WO02/32451,此處引入作為參考)。
      本發(fā)明的藥物組合物可進(jìn)一步包含免疫刺激核酸。免疫刺激核酸是例如含有中性或人工CpG的核酸,源自非脊柱動(dòng)物或在某些堿基內(nèi)容含有非甲基化的胞核嘧啶-鳥(niǎo)嘌呤二核苷酸(CpG)的短寡核苷酸形式(ODN)(例如WO 96/02555中描述的)的核酸的短延伸?;蛘撸谌缋鏦O01/93903中描述的次黃嘌呤核苷和胞啶的核酸或含有脫氧次黃嘌呤核苷和/或脫氧尿苷殘基的脫氧核酸(WO 01/93905和PCT/EP 02/05448中描述的,此處引用作為參考)可優(yōu)選地用作本發(fā)明的免疫刺激核酸。優(yōu)選地,根據(jù)本發(fā)明也可以使用不同免疫刺激核酸的混合物。
      任何上面提到的聚陽(yáng)離子化合物與如前面提到的任何免疫刺激核酸聯(lián)合也在本發(fā)明之內(nèi)。優(yōu)選地,這樣的聯(lián)合是根據(jù)WO 01/93905,WO02/32451,WO 01/54720,WO 01/93903,WO 02/13857和PCT/EP 02/05448和奧地利專(zhuān)利申請(qǐng)A 1924/2001中描述的那些,此處引用作為參考。
      另外或可替代地,這樣的疫苗組合物除了根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段和其編碼核酸外還可以包含神經(jīng)活性化合物。優(yōu)選地,神經(jīng)活性化合物是如例如WO 01/24822中描述的人生長(zhǎng)因子。也優(yōu)選地,神經(jīng)活性化合物聯(lián)合于如前面提到的任何聚陽(yáng)離子化合物和/或免疫刺激核酸。
      在另一方面,本發(fā)明涉及藥物組合物。例如這樣的藥物組合物是此處描述的疫苗。藥物組合物也是包含任何下面的化合物或其聯(lián)合的藥物組合物根據(jù)本發(fā)明的核酸分子,根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段,根據(jù)本發(fā)明的載體,根據(jù)本發(fā)明的細(xì)胞,根據(jù)本發(fā)明的抗體,根據(jù)本發(fā)明的功能性核酸和根據(jù)本發(fā)明的例如抗促成素的結(jié)合肽,如此處描述的任何激動(dòng)劑和拮抗劑。與此有關(guān)任何這些化合物可聯(lián)合于非無(wú)菌或無(wú)菌載體或與細(xì)胞、組織或生物體一起使用的載體而應(yīng)用,例如適于給予研究對(duì)象的藥物載體。這樣的組合物包含例如介質(zhì)添加劑或治療有效量的本發(fā)明的超免疫血清反應(yīng)性抗原及其片段以及藥物可接受載體或賦形劑。這樣的載體可以包括但不限于生理鹽水、緩沖鹽、葡萄糖、水、甘油、乙醇和它們的聯(lián)合。制劑應(yīng)當(dāng)適合給藥的模式。
      藥物組合物可以以任何有效的、方便的方式給予,包括例如通過(guò)其它之中局部、口腔、肛門(mén)、陰道、靜脈內(nèi)、腹腔內(nèi)、肌肉內(nèi)、皮下、鼻內(nèi)、氣管內(nèi)或皮內(nèi)途徑的給予。
      在治療中或作為預(yù)防劑,活性試劑可以作為例如無(wú)菌水性分散物優(yōu)選等滲的可注射組合物給予個(gè)體。
      或者組合物可制成適于局部應(yīng)用的例如軟膏、乳膏、洗液、眼藥膏、滴眼液、滴耳液、漱口水、浸透敷料和縫線(xiàn)和煙霧劑的形式,并且可以含有合適的傳統(tǒng)添加劑,包括例如防腐劑、輔助藥物穿透的溶劑以及藥膏和乳膏中的軟化劑。這樣的局部制劑可以含有相容性傳統(tǒng)載體,例如乳膏或軟膏基質(zhì)以及洗劑的乙醇或油醇。這樣的載體可以構(gòu)成大從約1%至大約98%的制劑重量;更加通常地它們將構(gòu)成一共大約80%的制劑重量。
      除了上面描述的治療外,本發(fā)明的組合物一般可用作傷口治療劑以阻止細(xì)菌粘附到受傷組織中暴露的基質(zhì)蛋白質(zhì)以及為了牙科治療的預(yù)防用途用作抗生物預(yù)防的代替或與抗生物預(yù)防結(jié)合。
      疫苗組合物很方便地是可注射的形式??刹捎脗鹘y(tǒng)佐劑以增強(qiáng)免疫反應(yīng)。疫苗接種合適的單位劑量是0.05-5μg抗原/每公斤體重,優(yōu)選地給予這樣的劑量1-3次,間歇1-3周。
      在所示劑量范圍,本發(fā)明的化合物應(yīng)當(dāng)沒(méi)有觀察到妨礙它們給予合適的個(gè)體副毒性作用。
      進(jìn)一步的實(shí)施方案中,本發(fā)明涉及診斷的和藥物的包裝和試劑盒,包含一個(gè)或多個(gè)充填了一個(gè)或多個(gè)本發(fā)明前面提到的成分的容器。成分能以有用的量、劑量、制劑或聯(lián)合存在。與這樣的容器有關(guān)的是管理藥物或生物產(chǎn)品的制造、使用或銷(xiāo)售的政府機(jī)構(gòu)規(guī)定的形式的通知,反映了人類(lèi)給予的產(chǎn)品的制造、使用或銷(xiāo)售的機(jī)構(gòu)的批準(zhǔn)。
      與本發(fā)明相關(guān),如此處公開(kāi)的例如藥物組合物或疫苗的用途相關(guān)的任何疾病尤其是鏈球菌更加優(yōu)選地化膿性和肺炎鏈球菌相連或相聯(lián)的疾病或疾病狀態(tài)。與此相關(guān),要注意無(wú)乳鏈球菌包含了包括此處公開(kāi)的那些的一些菌株。與根據(jù)本發(fā)明要預(yù)防和/或治療的細(xì)菌感染相關(guān)的、造成的或相聯(lián)的疾病在人類(lèi)包括除了其它的細(xì)菌性咽炎、中耳炎、肺炎、菌血癥、腦膜炎、腹膜炎、傷口感染和敗血癥。
      仍然進(jìn)一步的實(shí)施方案中,本發(fā)明涉及使用任何根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的篩選方法。這樣的篩選方法對(duì)本領(lǐng)域的技術(shù)人員是已知的,能設(shè)計(jì)所述方法以篩選激動(dòng)劑或拮抗劑。優(yōu)選地篩選了在本情況下抑制或阻止根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段與相互作用伴侶結(jié)合的拮抗劑。這樣的相互作用伴侶可以是天然發(fā)生的相互作用伴侶或非天然發(fā)生的相互作用伴侶。
      本發(fā)明也提供了篩選化合物的方法以鑒別增強(qiáng)(激動(dòng)劑)或阻斷(拮抗劑)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段或核酸分子的功能的那些化合物,例如其與結(jié)合分子的相互作用。篩選的方法可以包括高通量。
      例如,為了篩選激動(dòng)劑或拮抗劑,可以從表達(dá)結(jié)合于本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的分子的細(xì)胞分別制備根據(jù)本發(fā)明的核酸分子的相互作用伴侶和核酸,可以是合成反應(yīng)混合物、細(xì)胞腔室,例如膜、細(xì)胞被膜或細(xì)胞壁或者任何的它們的制備物。制備物在有或無(wú)可以是激動(dòng)劑或拮抗劑的候選分子的存在下與標(biāo)記的超免疫血清反應(yīng)性抗原及其片段一起孵育。候選分子與結(jié)合分子結(jié)合的能力反映在標(biāo)記配體結(jié)合的降低。無(wú)償結(jié)合,即不引起超免疫血清反應(yīng)性抗原及其片段功能性作用的分子最可能是好的拮抗劑。很好結(jié)合的并引起與超免疫血清反應(yīng)性抗原及其片段相同的或密切相關(guān)的功能性作用的分子是好的激動(dòng)劑。
      可以例如通過(guò)在候選分子與細(xì)胞或合適的細(xì)胞制備物相互作用后測(cè)定報(bào)告系統(tǒng)的活性,以及與本發(fā)明的超免疫血清反應(yīng)性抗原及其片段或引發(fā)與超免疫血清反應(yīng)性抗原及其片段相同作用的分子的作用比較測(cè)量可能的激動(dòng)劑和拮抗劑的功能性作用。在這點(diǎn)上有用的報(bào)告系統(tǒng)包括但不限于比色標(biāo)記底物轉(zhuǎn)化為產(chǎn)物,對(duì)超免疫血清反應(yīng)性抗原及其片段的功能性活性的改變有響應(yīng)的報(bào)告基因,以及本領(lǐng)域已知的結(jié)合試驗(yàn)。
      拮抗劑試驗(yàn)的另一個(gè)實(shí)例是競(jìng)爭(zhēng)試驗(yàn),在競(jìng)爭(zhēng)抑制試驗(yàn)合適的條件下聯(lián)合本發(fā)明的超免疫血清反應(yīng)性抗原及其片段和有膜結(jié)合的結(jié)合分子、重組結(jié)合分子、天然底物或配體、底物或配體模仿物的可能的拮抗劑。能例如用放射活性或比色化合物標(biāo)記超免疫血清反應(yīng)性抗原及其片段,如此能精確地測(cè)定結(jié)合于結(jié)合分子或轉(zhuǎn)化為產(chǎn)物的超免疫血清反應(yīng)性抗原及其片段以評(píng)價(jià)可能的拮抗劑的有效性。
      可能的拮抗劑包括結(jié)合于本發(fā)明的超免疫血清反應(yīng)性抗原及其片段并因而抑制或取消其活性的的小有機(jī)分子、肽、多肽和抗體。可能的拮抗劑也可以是小有機(jī)分子、肽、多肽,例如結(jié)合于結(jié)合分子上相同位點(diǎn)但不引起本發(fā)明超免疫血清反應(yīng)性抗原及其片段的功能活性的密切相關(guān)的蛋白質(zhì)或抗體。
      可能的拮抗劑包括小分子,它結(jié)合于并占據(jù)了超免疫血清反應(yīng)性抗原及其片段的結(jié)合位點(diǎn),由此阻止與細(xì)胞結(jié)合分子的結(jié)合,使得正常的生物活性被阻止。小分子的實(shí)例包括但不限于小有機(jī)分子、肽或肽樣分子。
      其它可能的拮抗劑包括反義分子(對(duì)于這些分子的描述,見(jiàn){Okano,H.等人,1991};寡核苷酸作為基因表達(dá)的反義抑制劑;CRC Press,BocaRation,F(xiàn)L(1988))。
      優(yōu)選的可能的拮抗劑包括本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的衍生物。
      如此處使用的根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段的活性是其結(jié)合于任何其相互作用伴侶的能力或結(jié)合于其或任何相互作用伴侶這樣的能力的程度。
      在特定的方面,本發(fā)明提供了本發(fā)明的超免疫血清反應(yīng)性抗原及其片段、核酸分子或的抑制劑干擾病原體和負(fù)責(zé)感染后遺癥的哺乳動(dòng)物宿主之間最初的物理相互作用的用途。尤其是可以在如下方面使用本發(fā)明的分子i)阻止無(wú)乳鏈球菌粘附于粘膜表面的和植入裝置上的哺乳動(dòng)物細(xì)胞外基質(zhì)蛋白質(zhì)或傷口的細(xì)胞外基質(zhì)蛋白質(zhì);ii)阻斷哺乳動(dòng)物細(xì)胞外基質(zhì)蛋白質(zhì)和介導(dǎo)組織損傷或入侵的細(xì)菌蛋白質(zhì)之間的細(xì)菌性粘附;iii)導(dǎo)致免疫防御的逃避;iv)阻斷除了裝置的植入或其它手術(shù)技術(shù)以外例如通過(guò)抑制營(yíng)養(yǎng)的獲得啟動(dòng)的感染中致病的正常進(jìn)程。
      此處提供的每個(gè)DNA編碼序列可以用于抗菌化合物的發(fā)現(xiàn)和開(kāi)發(fā)。編碼蛋白質(zhì)在表達(dá)時(shí)能用作抗菌藥篩選的靶點(diǎn)。另外,編碼編碼的蛋白質(zhì)氨基酸區(qū)域或Shine-Delgarno或各自mRNA的其它翻譯促進(jìn)序列的DNA序列能用于構(gòu)建反義序列以控制目的編碼序列的表達(dá)。
      可以采用拮抗劑和激動(dòng)劑以例如抑制源自鏈球菌尤其是無(wú)乳鏈球菌感染的疾病,例如敗血癥。
      在仍然另一方面,本發(fā)明涉及親和裝置,這樣的親和裝置包含至少一種支持材料和附著于支持材料的任何根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段。由于根據(jù)本發(fā)明的超免疫血清反應(yīng)性抗原及其片段對(duì)它們的靶細(xì)胞或靶分子或它們的相互作用伴侶的特異性,只要滿(mǎn)足結(jié)合的條件,超免疫血清反應(yīng)性抗原及其片段允許它們的相互作用伴侶從應(yīng)用于支持材料的任何種類(lèi)的樣品中選擇性去除。樣品可以是生物或醫(yī)學(xué)樣品,包括但不限于發(fā)酵肉湯、細(xì)胞碎片、細(xì)胞制備物、組織制備物、器官制備物、血液、尿液、淋巴液、液體等等。
      超免疫血清反應(yīng)性抗原及其片段可以以共價(jià)或非共價(jià)方式附著于基質(zhì)。合適的支持材料對(duì)于本領(lǐng)域技術(shù)人員是已知的,并選自纖維素、氧化硅、玻璃、鋁、順磁珠、淀粉和右旋糖苷。
      本發(fā)明進(jìn)一步通過(guò)下面的圖示、實(shí)例和序列列表舉例說(shuō)明,從中可以取得進(jìn)一步的特性、實(shí)施方案和優(yōu)點(diǎn)。要理解只經(jīng)由例證不經(jīng)由公開(kāi)的限制給予本實(shí)例。
      與本發(fā)明相關(guān)

      圖1顯示了針對(duì)無(wú)乳鏈球菌的人抗體來(lái)源的特征。
      圖2顯示了來(lái)自無(wú)乳鏈球菌ATCC 12403的小片段基因組文庫(kù)LSAg-70的特征。
      圖3顯示了使用生物素化人IgG通過(guò)MACS對(duì)細(xì)菌細(xì)胞的挑選。
      圖4顯示了所用菌株的血清型和采用鑒別抗原之一的基因分布分析的實(shí)例。
      圖5顯示了通過(guò)用大腸桿菌裂解物免疫誘導(dǎo)小鼠中表位特異性抗體的實(shí)例。
      圖6顯示了通過(guò)流式細(xì)胞儀用表位特異性抗血清染色細(xì)胞表面的實(shí)例。
      圖7顯示了體外試驗(yàn)中挑選的表位誘導(dǎo)的抗體殺菌活性的測(cè)定。
      表1A顯示了用基因組無(wú)乳鏈球菌文庫(kù)和人血清進(jìn)行的所有篩選的總結(jié)。表1B顯示了通過(guò)表1A中列出的蛋白質(zhì)抗原區(qū)域內(nèi)序列標(biāo)示鑒別的抗原蛋白質(zhì)。
      表2顯示了用人血清的表位血清學(xué)分析的總結(jié)。
      表3顯示了46個(gè)無(wú)乳鏈球菌株中鑒別的抗原的基因分布分析的總結(jié)。
      表4顯示了小鼠免疫原性實(shí)驗(yàn)的總結(jié)。
      表5顯示了用基因組無(wú)乳鏈球菌文庫(kù)和人血清進(jìn)行的所有篩選的總結(jié)。
      表6顯示了用人血清的表位血清學(xué)的總結(jié)。
      表7顯示了小鼠免疫原性實(shí)驗(yàn)的總結(jié)。
      在詳述中提到的圖示在下面有更詳細(xì)地描述。
      圖1顯示了如免疫試驗(yàn)測(cè)量的抗無(wú)乳鏈球菌抗體的人血清和子宮頸分泌物的特征分析。使用從無(wú)乳鏈球菌血清型III株ATCC 12403制備的總細(xì)菌裂解物或培養(yǎng)上清組分,通過(guò)標(biāo)準(zhǔn)ELISA測(cè)量總抗無(wú)乳鏈球菌IgG和IgA抗體水平。(A)顯示了由總細(xì)菌裂解蛋白質(zhì)的健康成人血清的代表性實(shí)驗(yàn)結(jié)果。數(shù)據(jù)表示為從線(xiàn)性檢測(cè)范圍內(nèi)的血清稀釋度(對(duì)于IgA2.000X,對(duì)于IgG 10,000)在405nm處的吸光度計(jì)算來(lái)的ELISA單位。大寫(xiě)數(shù)字指出了包括在健康成人非孕血清合并物中的(從52個(gè)中)挑選的血清。(B)為了確保對(duì)蛋白質(zhì)抗原的多重免疫反應(yīng)性,對(duì)通過(guò)ELISA挑選的高滴度血清進(jìn)行免疫斑點(diǎn)分析。顯示了使用從無(wú)乳鏈球菌血清型III ATCC 12403株制備的總細(xì)菌裂解物和在5.000X稀釋度的挑選的病人血清的代表性實(shí)驗(yàn)結(jié)果。(C)顯示了通過(guò)免疫斑點(diǎn)分析來(lái)自沒(méi)有群集的懷孕婦女的子宮頸分泌物的挑選。定量分析子宮頸紗布條提取的抗體的IgA含量。使用總細(xì)菌裂解物在多孔斑點(diǎn)設(shè)備中測(cè)試了來(lái)自每個(gè)制備物2μg IgA的免疫反應(yīng)性。用抗人IgA第二抗體顯像斑點(diǎn)。挑選并合并顯示了與GBS蛋白質(zhì)有反應(yīng)性(通過(guò)箭頭指出)的IgA制備物。
      圖2(A)顯示了無(wú)乳鏈球菌ATCC 12403小片段基因文庫(kù)LSAg-70的片段大小的分布。在測(cè)序576個(gè)隨機(jī)挑選的克隆后,修齊序列(464個(gè))以消除載體殘基,對(duì)有各種基因組片段大小的克隆數(shù)量作圖。(B)顯示了無(wú)乳鏈球菌ATCC 12403染色體之上的相同的LSAg-70一套隨機(jī)測(cè)序的克隆分布圖例。長(zhǎng)方形指出了與有注解的ORF配對(duì)的序列,菱形代表了與+/+或+/-方向的非編碼染色體序列完全配對(duì)的克隆。環(huán)形決定了有嵌合序列的所有克隆的位置。堿基對(duì)中的數(shù)字距離指出了環(huán)形基因組上的方向。圖底下的數(shù)字和百分比給出了文庫(kù)內(nèi)各種克隆集合的劃分。
      圖3(A)顯示了用生物素化的人IgG的MACS挑選。用15-20μg生物素化的IgG(PSag11-IgG,從人血清中純化)篩選了pMAL9.1中的LSAg-70文庫(kù)。作為陰性對(duì)照,沒(méi)有血清加入到篩選的文庫(kù)細(xì)胞。對(duì)于每輪挑選顯示了第一次、第二次和第三次洗脫之后挑選的細(xì)胞數(shù)(分別上、中和下圖)。(B)顯示了細(xì)菌表面展示挑選的特異性克隆(1-26個(gè))的反應(yīng)性,通過(guò)用MACS的挑選使用的在1∶3,000稀釋度的人血清IgG合并物(PSag11-IgG,4μg/μl)的免疫斑點(diǎn)分析進(jìn)行分析。作為負(fù)載對(duì)照,相同的斑點(diǎn)用指向平臺(tái)蛋白質(zhì)LamB的抗體在高免疫兔血清1∶5,000稀釋度也進(jìn)行分析。M,分子重量標(biāo)記物;L,來(lái)自表達(dá)LamB而沒(méi)有外源肽插入的克隆的提取物。
      圖4(A)顯示了用于基因分布研究分析的無(wú)乳鏈球菌臨床分離物不同血清型的圖示。許多菌株是不可分型的,可以代表額外的血清型。(B)顯示了用各自的寡核苷酸和46個(gè)無(wú)乳鏈球菌株的gbs0061基因分布的PCR分析。PCR片段預(yù)言的大小是814bp。1-46,無(wú)乳鏈球菌株,如在A下顯示的臨床分離物;-,沒(méi)有加入基因組DNA;+,無(wú)乳鏈球菌ATCC 12403的基因組DNA,作為文庫(kù)構(gòu)建的模板。
      圖5顯示了用有無(wú)乳鏈球菌衍生的表位并表達(dá)Lamb或FhuA的大腸桿菌克隆的總細(xì)菌裂解物誘導(dǎo)表位特異性小鼠血清IgG抗體水平的測(cè)量。(A)顯示了分別用gbs0428、gbs0628、gbs632表位產(chǎn)生的三套小鼠血清(每組5個(gè)小鼠,1-5)代表性肽ELISA實(shí)驗(yàn)。在兩個(gè)不同的稀釋度測(cè)試血清黑柱100X;灰柱1000X。在肽ELISA中使用了相應(yīng)于各自表位的生物素標(biāo)記的合成肽。用沒(méi)有無(wú)乳鏈球菌衍生的表位的大腸桿菌裂解物誘導(dǎo)的血清指的是FhuA或LamB。(B)顯示了使用從為了小鼠注射挑選的個(gè)體大腸桿菌克隆制備的裂解物的典型免疫斑點(diǎn)實(shí)驗(yàn)。血清被不攜帶表位的大腸桿菌裂解物耗盡以去除抗大腸桿菌蛋白質(zhì)的抗體。顯示了gbs0918、gbs0428、gbs0628和gbs632表位的實(shí)例。陰性對(duì)照(-)是有空的平臺(tái)蛋白質(zhì)的大腸桿菌克隆。箭頭指出了平臺(tái)蛋白質(zhì)LamB和FhuA的位置。
      圖6顯示了通過(guò)流式細(xì)胞儀對(duì)無(wú)乳鏈球菌細(xì)胞表面上特異性抗體結(jié)合的檢測(cè)。圖6A中培養(yǎng)的抗無(wú)乳鏈球菌血清型III裂解物的免疫前小鼠血清和多克隆血清與無(wú)乳鏈球菌株血清型III孵育并用流式細(xì)胞儀進(jìn)行分析。對(duì)照顯示了二抗與無(wú)乳鏈球菌細(xì)胞表面的非特異性結(jié)合的水平。圖6B中的柱狀圖指出了與產(chǎn)生的抗只含有“空的”平臺(tái)蛋白質(zhì)FhuA的大腸桿菌裂解物的對(duì)照血清相比由于抗gbs0031、抗gbs1925和抗gbs0012抗體的特異性結(jié)合熒光的增加。
      圖7顯示了如體內(nèi)殺死試驗(yàn)中測(cè)定的表位特異性抗體的殺菌活性。免疫血清的殺死活性與合適的對(duì)照血清平行進(jìn)行測(cè)量并相對(duì)于對(duì)照血清進(jìn)行計(jì)算。數(shù)據(jù)表示為殺死的百分比,就是作為特異性抗體存在的后果細(xì)菌cfu的降低。用無(wú)乳鏈球菌裂解物產(chǎn)生的高免疫多克隆小鼠血清和來(lái)自非免疫小鼠的血清分別作為試驗(yàn)的陽(yáng)性和陰性對(duì)照。測(cè)試用(A)gbs0012,gbs0016,gbs0031,gbs0428,gbs1306和gbs2018表位和用(B)gbs0233,gbs0419,gbs0942,gbs0975,gbs1038,gbs1144和gbs2093表位產(chǎn)生的免疫血清的殺菌活性,相對(duì)于合適的對(duì)照來(lái)表示數(shù)據(jù),對(duì)照可以是例如用沒(méi)有無(wú)乳鏈球菌衍生的表位并表達(dá)Lamb或FhuA的大腸桿菌克隆誘導(dǎo)的血清。無(wú)乳鏈球菌血清型III細(xì)胞與小鼠吞噬細(xì)胞孵育60分鐘,存活的細(xì)菌通過(guò)接種于血瓊脂之后計(jì)數(shù)cfu進(jìn)行定量。
      表1細(xì)菌表面展示鑒別的免疫原性蛋白質(zhì)。
      (A)縱欄A,無(wú)乳鏈球菌ATCC 12403在fhuA中的300bp文庫(kù),NSag8-IgA(826),B,在fhuA中的300bp文庫(kù),PSag10-IgA(768),C,在fhuA中的300bp文庫(kù),PSag10-IgG(711),D,在fhuA中的300bp文庫(kù),PSag11-IgG(640),E,在LamB中的70bp文庫(kù),NSag8-IgA(1057),F(xiàn),在LamB中的70bp文庫(kù),NSag8-IgG(869),G,在LamB中的70bp文庫(kù),PSag10-IgA(904),H,在LamB中的70bp文庫(kù),PSag10-IgA-吸附的(493),I,在LamB中的70bp文庫(kù),PSag10-IgG(910),J,在LamB中的70bp文庫(kù),PSag11-IgA(631),K,在LamB中的70bp文庫(kù),PSag11-IgG(926),L,在LamB中的70bp文庫(kù),PSag18-IgA(691),M,在LamB中的70bp文庫(kù),PSag-sIgA(628);*,用程序ANTIGENIC(Kolaskar和Tongaonkar,1990)進(jìn)行長(zhǎng)于5個(gè)氨基酸的抗原序列的預(yù)報(bào)。表1B列出了氨基酸序列標(biāo)示鑒別的免疫原性蛋白質(zhì)和細(xì)菌表面展示鑒別的肽。已經(jīng)由細(xì)菌表面展示鑒別的抗原肽擁有列出的來(lái)自無(wú)乳鏈球菌的蛋白質(zhì)中相同的副本。顯示了肽與多個(gè)人血清反應(yīng)(見(jiàn)表2)。所以靶向這些肽的血清能識(shí)別多個(gè)蛋白質(zhì)。
      表2用人血清的表位的血液學(xué)。
      顯示了代表挑選的表位的個(gè)體合成肽與人血清的免疫反應(yīng)性。反應(yīng)性的程度表示為+,++或+++,并加和肽與個(gè)體血清(13個(gè)患者和9個(gè)健康成人,總共22個(gè))的個(gè)體反應(yīng)性。在ELISA單位作為所有反應(yīng)性的加和的基礎(chǔ)上計(jì)算每個(gè)肽的總分。對(duì)于+分?jǐn)?shù)為2-8,++為9-16以及+++為17-26。校正背景后從OD405nm的讀數(shù)和血清稀釋度計(jì)算ELISA單位??v欄中分別指出了第一個(gè)和最后一個(gè)氨基酸殘基的氨基酸從和氨基酸至給出了合成肽在根據(jù)ATCC 12403菌株基因組注釋的抗原ORF內(nèi)的位置。肽名稱(chēng)gbs0012.1存在于注釋的ORFgbs0012。
      表3無(wú)乳鏈球菌株的基因分布用特異于編碼相關(guān)抗原的基因的寡核苷酸通過(guò)PCR測(cè)試了如圖4A中顯示的四十六個(gè)無(wú)乳鏈球菌株。為了證實(shí)正確的DNA片段的擴(kuò)增對(duì)一個(gè)挑選的PCR反應(yīng)的PCR片段進(jìn)行測(cè)序。*,源自與無(wú)乳鏈球菌ATCC 12403相比的測(cè)序的血清型IA株中氨基酸替代的數(shù)目。#,用于測(cè)序的代替菌株,因?yàn)榛蛟谘逍虸A株中不存在。
      表4抗原表位的免疫原性用包含編碼融合于無(wú)乳鏈球菌肽的平臺(tái)蛋白質(zhì)LamB或FhuA的質(zhì)粒的大腸桿菌克隆免疫測(cè)試了無(wú)乳鏈球菌抗原的免疫原性。使用相應(yīng)的大腸桿菌克隆裂解物通過(guò)肽ELISA和/或免疫斑點(diǎn)檢測(cè)和測(cè)量表位特異性抗體的存在。結(jié)果表示為+至+++++,對(duì)于肽ELISA計(jì)算為基于ELISA單位的各體小鼠血清的反應(yīng)性的總和(如圖5A上指出的),對(duì)于免疫斑點(diǎn)(IB)計(jì)算為合并的(5個(gè)個(gè)體)小鼠血清與含有平臺(tái)蛋白質(zhì)的表位反應(yīng)性的強(qiáng)度(如圖5B上指出的)??v欄中分別指出第一個(gè)和最后一個(gè)氨基酸殘基的氨基酸從和氨基酸至給出了合成肽在根據(jù)ATCC 12403的基因注釋的抗原ORF內(nèi)的位置。
      表5細(xì)菌表面展示鑒別的免疫原性蛋白質(zhì)。
      (A)fhuA中無(wú)乳鏈球菌ATCC12403的300bp文庫(kù),IC8-IgA(826),B,fhuA中的300bp文庫(kù),P10-IgA(768),C,fhuA中的300bp文庫(kù),P10-IgG(711),D,fhuA中的300bp文庫(kù),P11-IgG(640),E,lamB中的70bp文庫(kù),IC8-IgA(1057),F(xiàn),lamB中的70bp文庫(kù),IC8-IgG(869),G,lamB中的70bp文庫(kù),P10-IgA(904),H,lamB中的70bp文庫(kù),P10-IgA-吸附(493),I,lamB中的70bp文庫(kù),P10-IgG(910),J,lamB中的70bp文庫(kù),P11-IgA(631),K,lamB中的70bp文庫(kù)與P11-IgG(926),*,用程序ANTIGENIC(Kolaskar和Tongaonkar,1990)進(jìn)行長(zhǎng)于5個(gè)氨基酸的抗原序列的預(yù)言。
      表6用人血清的表位的血清學(xué)。
      顯示了代表挑選的表位的個(gè)體合成肽與人血清的免疫反應(yīng)性。反應(yīng)性的程度表示為+、++或+++,加和肽與個(gè)體血清(13個(gè)患者和9個(gè)健康成人,共22個(gè))的個(gè)體反應(yīng)性。在ELISA單位作為每個(gè)肽的總分的基礎(chǔ)上計(jì)算每個(gè)肽的總分。對(duì)于+分?jǐn)?shù)為2-8,++為9-16,+++為17-30。背景校正后從OD405nm的讀數(shù)和血清稀釋度計(jì)算ELISA單位??v欄中分別指出第一個(gè)和最后一個(gè)氨基酸殘基的氨基酸從和氨基酸至給出了根據(jù)合成肽在ATCC12403的基因注釋的抗原ORF內(nèi)的位置。肽名稱(chēng)gbs0233.1存在于注釋的ORFgbs0233。
      表7小鼠中抗原表位的免疫原性。
      用包含編碼融合于無(wú)乳鏈球菌肽的平臺(tái)蛋白質(zhì)LamB或FhuA的質(zhì)粒的大腸桿菌克隆免疫測(cè)試了無(wú)乳鏈球菌抗原的免疫原性。通過(guò)肽ELISA檢測(cè)和測(cè)量表位特異性抗體的存在。結(jié)果表示為+至+++++,對(duì)于肽ELISA計(jì)算為基于ELISA單位的各體小鼠血清的反應(yīng)性的總和(如圖5上指出的)??v欄中分別指出第一個(gè)和最后一個(gè)氨基酸殘基的氨基酸從和氨基酸至給出了合成肽在根據(jù)ATCC12403的基因注釋的抗原ORF內(nèi)的位置。
      實(shí)施例實(shí)施例1基于抗無(wú)乳鏈球菌抗體的人血清來(lái)源的表征和挑選、抗體篩選試劑的制備試驗(yàn)過(guò)程酶聯(lián)免疫試驗(yàn)(ELISA)。
      用包被緩沖液(0.1M碳酸鈉pH 9.2)稀釋的5-10μg/ml總蛋白質(zhì)包被ELISA平板(Maxisorb,Millipore)。PBS-BSA中制成三個(gè)稀釋度的血清。根據(jù)生產(chǎn)廠商的推薦(稀釋度1,000x)使用高特異性馬辣根過(guò)氧化物酶(HRP)-連接的抗人IgG或抗人IgA二抗(Southern Biotech)。通過(guò)基于自動(dòng)ELISA閱讀儀(TECAN SUNRISE)OD405nm的讀數(shù)測(cè)量底物轉(zhuǎn)化為顏色產(chǎn)物,定量抗原抗體復(fù)合物。
      細(xì)菌抗原提取物的制備總細(xì)菌裂解物細(xì)菌在THB(Todd-Hewitt肉湯)中生長(zhǎng)過(guò)夜,重復(fù)冷凍-解凍循環(huán)裂解細(xì)菌在干冰/乙醇混合物上孵育直到凍結(jié)(1分鐘),然后在37℃解凍(5分鐘)重復(fù)3次。這之后是超聲和離心收集上清(3,500rpm,15分鐘,4℃)。
      培養(yǎng)上清液離心去除細(xì)菌后,通過(guò)混合1份上清和3份無(wú)水乙醇,用冰冷的乙醇沉淀過(guò)夜生長(zhǎng)的細(xì)菌培養(yǎng)物的上清,在-20℃孵育過(guò)夜。離心收集沉淀物(2,600g,15分鐘)。干燥的粒狀沉淀物為了ELISA溶于PBS,或?yàn)榱薙DS-PAGE和免疫斑點(diǎn)溶于尿素和SDS樣品緩沖液。Bradford試驗(yàn)測(cè)定樣品的蛋白質(zhì)濃度。
      免疫斑點(diǎn)從體外生長(zhǎng)的無(wú)乳鏈球菌血清型III株制備總細(xì)菌裂解物和培養(yǎng)上清樣品。使用BioRad Mini-Protean細(xì)胞電泳系統(tǒng)通過(guò)SDS-PAGE分離10至25μg總蛋白質(zhì)/泳道,蛋白質(zhì)轉(zhuǎn)移到硝酸纖維素膜(ECL,AmershamPharmacia)。在5%的奶中封閉過(guò)夜后,加入2,000x稀釋的人血清,HRPO標(biāo)記的抗人IgG用于檢測(cè)。
      抗體從子宮頸紗布條的提取用內(nèi)窺鏡檢查過(guò)程中引入子宮頸管的吸收?qǐng)A柱紗布條(Polyfiltronics)收集子宮頸分泌物,其后冷凍保存直到提取。根據(jù)Hordnes等人,1998(樣品的提供者)進(jìn)行提取。簡(jiǎn)要地,紗布條與含有蛋白酶抑制劑的PBS混合,震蕩,從含有紗布條的試管中排出液體。測(cè)定提取物中總IgA和IgG抗體的濃度。
      用于基因組篩選的抗體的純化基于篩選程序中使用的血清或子宮頸分泌物合并物的總抗GBS滴度挑選來(lái)自患者和健康組的五份血清。通過(guò)將熱滅活血清與全細(xì)胞大腸桿菌細(xì)胞(DH5α,用pHIE11轉(zhuǎn)化,在與細(xì)菌表面展示使用的相同的條件下生長(zhǎng))孵育去除抗大腸桿菌蛋白質(zhì)的抗體。根據(jù)廠商說(shuō)明書(shū)(超連接固定蛋白質(zhì)G,Pierce)用蛋白質(zhì)G親和色譜從合并的貧瘠(depleted)血清生產(chǎn)IgG高度富集的制備物。也通過(guò)親和色譜使用固定在鏈親和素-瓊脂糖(GIBCO BRL)上的生物素標(biāo)記的抗人IgA(Southern Biotech)純化IgA抗體。用SDS-PAGE、Western斑點(diǎn)、ELISA和蛋白質(zhì)濃度測(cè)量檢查損耗(depletion)和純化的效率。
      結(jié)果人免疫系統(tǒng)產(chǎn)生的并存在于人血清的抗無(wú)乳鏈球菌抗體是抗原蛋白質(zhì)的體內(nèi)表達(dá)和它們的免疫原性的指征。這些分子對(duì)于如本發(fā)明描述的方法中各體抗原的鑒別是必須的,所述方法基于特異性抗GBS抗體和相應(yīng)的無(wú)乳鏈球菌肽或蛋白質(zhì)的相互作用。為了獲得相關(guān)抗體所有組分(repertoires),從如下來(lái)源收集人血清I.子宮頸和肛門(mén)直腸GBS攜帶測(cè)試陰性的健康懷孕婦女II.子宮頸和/或肛門(mén)直腸GBS攜帶測(cè)試陰性其新生兒仍然無(wú)GBS(雖然用抗生素預(yù)防)的健康懷孕婦女III.沒(méi)有臨床疾病<45歲的成人IV.幼稚個(gè)體,5和10個(gè)月之間的小孩,在他們已經(jīng)喪失母體抗體,由于GSB疾病的缺乏沒(méi)有獲得的GSB特異性抗體另外也從前兩個(gè)組的供體收集子宮頸分泌物。這些抗體來(lái)源的主要價(jià)值主要是分泌IgA組分,它作為粘膜表面上的保護(hù)性效應(yīng)分子而有直接有關(guān)。
      用來(lái)自懷孕婦女和未孕成人至少兩個(gè)不同人群的抗體進(jìn)行篩選很重要,因?yàn)镚BS疾病也影響老人和免疫受損成人。懷孕研究組內(nèi),仍有兩個(gè)不同的患者類(lèi)別包括在抗原篩選中,有GBS群集的婦女和無(wú)群集的那些婦女。
      暴露于病原體的個(gè)體中誘導(dǎo)的血清和例如粘膜分泌物的其它體液中的抗體對(duì)于抗原鑒別是至關(guān)緊要的。暴露于GBS導(dǎo)致了無(wú)癥狀的群集、當(dāng)前或過(guò)去的急性或慢性感染。無(wú)乳鏈球菌的群集和感染是普遍的,作為來(lái)自以前的遭遇的天然免疫的后果抗體是存在的。很可能高滴度沒(méi)有群集的個(gè)體的血清含有功能性抗體,能消除攜帶。在相同的時(shí)間只有抗體持續(xù)存在才有可能誘導(dǎo)抗GBS組分的某些抗體。為了那個(gè)原因,也包括來(lái)自有群集的個(gè)體的血清。已經(jīng)顯示群集與莢膜多糖(CPS)-特異性抗體反應(yīng)相關(guān)聯(lián)。然而,不清楚是否足夠水平的對(duì)CPS的抗體能阻止GBS的群集,因?yàn)橛腥杭膵D女有高和低水平的抗CPS抗體,對(duì)于沒(méi)有群集的懷孕婦女這也是真的。
      然而,有報(bào)告指出懷孕期間產(chǎn)生的抗體的效應(yīng)功能和親合力可能改變。認(rèn)識(shí)到最健康的成人受到保護(hù)免受入侵GSB疾病并且敏感性比新生兒和老人要低很重要。來(lái)自這些個(gè)體的抗體似乎對(duì)于相應(yīng)抗原的鑒別尤其有價(jià)值。已知抗GBS抗體水平隨著年齡增加。
      GBS是粘膜病原體,應(yīng)當(dāng)誘導(dǎo)IgA反應(yīng);為了那個(gè)原因進(jìn)行基于IgA的篩選以及基于IgG的篩選很重要。一些無(wú)乳鏈球菌株表達(dá)高親和力IgA結(jié)合受體的事實(shí)也指出宿主反應(yīng)中IgA的重要性。最近有報(bào)告指出不僅IgG而且IgA血清抗體能被PMN的FcRIII受體識(shí)別并促進(jìn)調(diào)理作用{Phillips-Quagliata,J.等人,2000};{Shibuya,A.等人,2000}。IgA抗體的主要作用是主要在粘膜表面的中和。血清IgA水平反映了二聚型分泌IgA的質(zhì)量、數(shù)量和特異性。為了那個(gè)原因?qū)ρ迨占锊粌H分析抗鏈球菌IgG,也分析IgA水平。ELISA試驗(yàn)中高度特異性第二試劑用于檢測(cè)例如IgG和IgA的來(lái)自高親和力類(lèi)型的抗體,但不避免IgM。IgM抗體的產(chǎn)生在初級(jí)適應(yīng)體液反應(yīng)過(guò)程中發(fā)生,得到了低親和力抗體,而IgG和IgA抗體已經(jīng)經(jīng)歷了親和力的成熟,并且在抵抗或預(yù)防疾病中價(jià)值更高。
      通過(guò)一系列免疫試驗(yàn)對(duì)來(lái)自懷孕婦女的127個(gè)血清樣品和97份子宮頸分泌物和來(lái)自健康成人的50份血清進(jìn)行抗無(wú)乳鏈球菌抗體的特征分析。使用例如總細(xì)菌提取物和從無(wú)乳鏈球菌血清型III ATCC 12403株制備的培養(yǎng)上清蛋白質(zhì)的兩個(gè)不同的抗原制備物通過(guò)ELISA完成主要的特征分析。圖1A中顯示了使用來(lái)自健康成人群的血清的典型實(shí)驗(yàn)。在反應(yīng)是線(xiàn)性的給定的稀釋度比較抗體滴度?;贗gG和IgA抗兩個(gè)復(fù)合抗原混合物(包括血清型特異性III型莢膜)的反應(yīng)性對(duì)血清進(jìn)行分級(jí),挑選最高的血清進(jìn)行進(jìn)一步的免疫斑點(diǎn)測(cè)試。這個(gè)分析證實(shí)預(yù)先挑選的血清抗多個(gè)GBS蛋白質(zhì)的高抗體反應(yīng)性,尤其與未挑選的低滴度血清比較時(shí)(圖1B)。然而,血清的ELISA分級(jí)不總是與免疫斑點(diǎn)信號(hào)相關(guān),提示抗莢膜抗體是多量的,控制了抗總細(xì)菌提取物的ELISA反應(yīng)性。因而,包括在抗體合并物中的血清的最終挑選主要基于免疫斑點(diǎn)試驗(yàn)中的多個(gè)免疫原性條帶。這個(gè)廣泛的抗體特征分析方法導(dǎo)致了抗GBS超免疫血清的明確的鑒別。
      測(cè)定了97份子宮頸分泌物的IgA含量,通過(guò)免疫斑點(diǎn)測(cè)試了相同量(2μg)的抗GBS反應(yīng)性。陽(yáng)性挑選的血清分成有群集和沒(méi)有群集的IgA合并物并分開(kāi)地用于細(xì)菌表面展示實(shí)驗(yàn)。
      為了細(xì)菌表面展示對(duì)抗原的鑒別,挑選并合并來(lái)自?xún)蓚€(gè)供體組的5份血清。挑選的血清包括在四個(gè)懷孕婦女的合并物(PSAg10-IgG,-IgA,PSAg11-IgG,PSAg18-IgG和PSAg-sIgA)和一個(gè)(非孕)健康成人的合并物(NSAg8-IgG,-IgA)中。通過(guò)親和色譜從合并的血清純化IgG和IgA抗體,并耗盡大腸桿菌反應(yīng)性抗體以避免細(xì)菌表面展示篩選中的背景。
      實(shí)施例2無(wú)乳鏈球菌的高度隨機(jī)的、挑選框架的、小片段的基因組DNA文庫(kù)的產(chǎn)生實(shí)驗(yàn)過(guò)程鏈球菌基因組DNA的制備。來(lái)自冷凍穿刺培養(yǎng)物的無(wú)乳鏈球菌ATCC12403細(xì)菌接種于50ml Todd-Hewitt肉湯培養(yǎng)基并且在通風(fēng)和37℃搖晃18h而生長(zhǎng)。然后收集培養(yǎng)物,1,600xg離心15分鐘,去除上清。用PBS清洗細(xì)菌小球3次,小心懸浮于0.5ml的溶解酶溶液(100mg/ml)。加入0.1ml的10mg/ml熱處理的RNase A和20U的RNase T1,小心混合,溶液在37℃孵育1h。0.2ml的20%SDS溶液和0.1ml蛋白酶K(10mg/ml)的加入之后,試管在55℃孵育過(guò)夜。然后加入1/3體積的飽和NaCl,溶液在4℃孵育20分鐘。微離心機(jī)中沉淀提取物(13,000rpm),上清轉(zhuǎn)入新的試管。用PhOH/CHCl3/IAA(25∶24∶1)和用CHCl3/IAA(24∶1)萃取溶液。加入0.6x體積的異丙醇在室溫下沉淀DNA,用無(wú)菌Pasteur移液管從溶液纏繞DNA并轉(zhuǎn)入含有80%冰冷乙醇的試管中。10-12,000xg離心沉淀物重新獲得DNA,然后空氣中干燥并溶于ddH2O中。
      小基因組DNA片段的制備。使用杯狀管(cup-horn)超聲儀(BandelinSonoplus UV 2200超聲儀,裝有BB5杯狀管,在100%動(dòng)力輸出10秒脈沖)將基因組DNA片段機(jī)械剪切成大小范圍150和300bp之間的片段或通過(guò)溫和的DNase I處理(Novagen)剪切成大小50至70bp之間的片段。觀察到當(dāng)將DNA打碎成150-300bp大小范圍的片段時(shí),超聲得到了緊湊很多的片段大小分布。然而,雖然DNA大量暴露于超聲波誘導(dǎo)的流體力學(xué)剪切力,還是不能有效率并可重復(fù)的獲得隨后片段大小的降低。所以,使用Novagen的鳥(niǎo)槍(shotgun)剪切試劑盒通過(guò)溫和的DNase I處理獲得大小50至70bp的片段。制備試劑盒提供的1∶20稀釋度的DNase I,在MnCl2存在下在60μl體積中在20℃進(jìn)行消化5分鐘以確保酶的雙鏈剪切。用2μl 0.5M EDTA中止反應(yīng),在2%TAE-瓊脂糖凝膠上評(píng)價(jià)片段化的效率。這個(gè)處理導(dǎo)致了基因組DNA片段化為近50-70bp片段。然后使用T4DNA聚合酶在100μM每個(gè)dNTP的存在下平端處理(blunt-ended)片段兩次以確保末端的有效凈化(flushing)。片段在連接反應(yīng)中立即使用或?yàn)榱穗S后的使用冷凍于-20℃。
      載體的描述。在有與卡那霉素抗性基因交換的β-內(nèi)酰胺酶(bla)基因的pASK-IBA骨架上{Skerra,A.,1994}構(gòu)建載體pMAL4.31。另外,將bla基因克隆進(jìn)多個(gè)克隆位點(diǎn)。編碼成熟的β-內(nèi)酰胺酶的序列先于ompA的先導(dǎo)肽序列以允許有效的跨細(xì)胞質(zhì)膜的分泌。此外,編碼成熟的β-內(nèi)酰胺酶最初12個(gè)氨基酸(間隔子序列)的序列跟在ompA先導(dǎo)肽序列后面以避免緊接在先導(dǎo)肽酶切割位點(diǎn)之后的序列的融合,因?yàn)槔邕@個(gè)區(qū)域的正性電荷氨基酸群將降低或取消跨細(xì)胞質(zhì)膜的轉(zhuǎn)位{Kajava,A.等人,2000}。SmaI限制性位點(diǎn)供給文庫(kù)的插入。用于挑選片段的重新獲得的上游FseI位點(diǎn)和下游NotI位點(diǎn)在SmaI位點(diǎn)的兩側(cè)。以bla基因轉(zhuǎn)錄在-1閱讀框在NotI位點(diǎn)后得到一個(gè)中止密碼子15bp的方式在編碼12個(gè)氨基酸間隔子序列的序列之后插入三個(gè)限制性位點(diǎn)。+1bp插入重建了blaORF以至于得到β-內(nèi)酰胺酶伴隨著氨芐西林抗性的獲得。
      通過(guò)將lamB基因克隆進(jìn)pEH1的多個(gè)克隆位點(diǎn)構(gòu)建載體pMAL9.1{Hashemzadeh-Bonehi,L.等人,1998}。隨后,序列在氨基酸154后插入lamB,含有限制性位點(diǎn)FseI、SmaI和NotI。以挑選了框架的DNA片段的轉(zhuǎn)移得到fhuA的連續(xù)閱讀框和各自插入的這個(gè)方式構(gòu)建這個(gè)插入的閱讀框,所述DNA片段通過(guò)用來(lái)自質(zhì)粒pMAL4.31的FseI和NotI的消化進(jìn)行剪切。
      通過(guò)將fhuA基因克隆進(jìn)pEH1的多個(gè)克隆位點(diǎn)構(gòu)建了載體pHIE11。之后,序列在氨基酸405后插入fhuA,含有限制性位點(diǎn)FseI、XbaI和NotI。以挑選了框架的DNA片段的轉(zhuǎn)移得到lamB的連續(xù)閱讀框和各自插入的這個(gè)方式選擇這個(gè)插入的閱讀框,所述DNA片段通過(guò)用來(lái)自質(zhì)粒pMAL4.31的FseI和NotI的消化進(jìn)行剪切。
      用于框架挑選的文庫(kù)的克隆和評(píng)價(jià)?;蚪M無(wú)乳鏈球菌DNA片段連接到載體pMAL4.31的SmaI位點(diǎn)。將重組DNA電穿孔進(jìn)DH10B電穿孔勝任的大腸桿菌細(xì)胞(GIBCO BRL),轉(zhuǎn)化株接種于補(bǔ)充了卡那霉素(50μg/ml)和氨芐西林(50μg/ml)的LB瓊脂平板上。平板在37℃孵育過(guò)夜,為了大規(guī)模的DNA提取收集克隆。儲(chǔ)存和保留代表性的平板以收集克隆用于菌落的PCR分析和大規(guī)模的測(cè)序。簡(jiǎn)單的菌落PCR試驗(yàn)用于最初測(cè)定大致的片段大小分布以及插入效率。從測(cè)序的數(shù)據(jù)評(píng)價(jià)精確的片段大小、在插入位點(diǎn)的接合的完整性以及框架選擇的精確性(3n+1規(guī)則)。
      用于細(xì)菌表面展示的文庫(kù)的克隆和評(píng)價(jià)。從pMAL4.31載體切割基因組DNA片段,含有有限制性酶FseI和NotI的無(wú)乳鏈球菌文庫(kù)。然后完整的片段群轉(zhuǎn)移到質(zhì)粒pMAL9.1(LamB)或pHIE11(FhuA)中,所述質(zhì)粒已經(jīng)用FseI和NotI消化。使用識(shí)別8bp富含GC序列的這兩個(gè)限制性酶,在每個(gè)平臺(tái)載體中維持pMAL4.31載體中挑選的閱讀框。然后通過(guò)電穿孔將質(zhì)粒文庫(kù)轉(zhuǎn)化進(jìn)大腸桿菌DH5α細(xì)胞。細(xì)胞接種于補(bǔ)充了50μg/ml卡那霉素的大的LB瓊脂平板上,在可以得到清晰可見(jiàn)的單個(gè)菌落的密度在37℃生長(zhǎng)過(guò)夜。然后從這些平板的表面刮下細(xì)胞,用新鮮LB培養(yǎng)基清洗,分裝在-80℃儲(chǔ)存用于文庫(kù)篩選。
      結(jié)果用于框架挑選的文庫(kù)。在pMAL4.31載體中產(chǎn)生分別有大約70和300bp大小的兩個(gè)文庫(kù)(LSAg-70和LSAg-300)。對(duì)于每一個(gè)文庫(kù),大約1μg的pMAL4.31質(zhì)粒DNA和50ng的片段化的基因組無(wú)乳鏈球菌DNA的連接和其后的轉(zhuǎn)化在框架挑選后得到了4×105至2×106個(gè)克隆。為了評(píng)價(jià)文庫(kù)的隨機(jī)性,測(cè)序了大約576個(gè)隨機(jī)選擇的克隆。生物信息分析顯示這些克隆中只有很少的克隆多于一次存在。此外,顯示大約80%的克隆的大小在范圍25和100bp之間,有平均大小大約40bp(圖2)。幾乎所有序列遵循3n+1規(guī)則,顯示了所有克隆恰當(dāng)?shù)剡x擇框架。
      細(xì)菌表面展示文庫(kù)。大腸桿菌表面上肽的展示要求來(lái)自L(fǎng)SAg-70和LSAg-300文庫(kù)的插入體從框架挑選載體pMAL4.31轉(zhuǎn)移到展示質(zhì)粒pMAL9.1(LamB)或pHIE11(FhuA)。FseI和NotI限制性剪切基因組DNA片段,5ng插入體與0.1μg質(zhì)粒DNA連接,其后轉(zhuǎn)化進(jìn)DH5α細(xì)胞得到了2-5x106個(gè)克隆。從LB平板刮下克隆并冷凍而沒(méi)有進(jìn)一步的擴(kuò)增。
      實(shí)施例3使用細(xì)菌表面展示的基因組文庫(kù)和人血清的高度免疫原性肽序列從無(wú)乳鏈球菌的鑒別試驗(yàn)過(guò)程MACS篩選。來(lái)自給定文庫(kù)的大約2.5×108個(gè)細(xì)胞在37℃在5ml補(bǔ)充了50μg/ml卡那霉素的LB培養(yǎng)基中生長(zhǎng)2小時(shí)。1mM IPTG加入30分鐘誘導(dǎo)表達(dá)。用新鮮LB培養(yǎng)基清洗細(xì)胞兩次,大約2×107個(gè)細(xì)胞重新懸浮在100μlLB培養(yǎng)基中并轉(zhuǎn)移到Eppendorf管中。
      10至20μg生物素化的從血清純化的人IgG加入到細(xì)胞,懸浮液在4℃輕微震搖孵育過(guò)夜。加入900μl LB培養(yǎng)基,混合懸浮液,隨后在6,000rpm 4℃離心10分鐘(對(duì)于IgA篩選,使用10μg純化的IgA,這些用生物素化的抗人IgG二抗捕獲)。用1ml LB清洗細(xì)胞一次,然后重新懸浮于100μlLB培養(yǎng)基。加入10μl偶聯(lián)于鏈親和素的MACS微珠(Miltenyi Biotech,德國(guó)),繼續(xù)在4℃孵育20分鐘。之后加入900μl LB培養(yǎng)基,將MACS微珠細(xì)胞懸浮液上樣到已經(jīng)平衡的固定于磁鐵的MS柱(Miltenyi Biotech,德國(guó))。(MS柱通過(guò)用1ml 70%EtOH清洗一次并用2ml LB培養(yǎng)基清洗兩次平衡)。
      然后用3ml LB培養(yǎng)基清洗柱三次。磁鐵去除之后,通過(guò)用2ml LB培養(yǎng)基清洗洗脫細(xì)胞。用3ml LB培養(yǎng)基清洗柱后,2ml洗脫物第二次上樣到相同的柱上,重復(fù)清洗和洗脫步驟。進(jìn)行第三次上樣、清洗和洗脫步驟,得到2ml的終洗脫物。
      第二和第三輪篩選進(jìn)行如下。離心收集終洗脫物的細(xì)胞,重新懸浮在1ml補(bǔ)充了50μg/ml卡那霉素的LB培養(yǎng)基。培養(yǎng)物在37℃孵育90分鐘,然后在1mM IPTG誘導(dǎo)30分鐘。隨后收集細(xì)胞,用1ml LB培養(yǎng)基清洗一次,懸浮于10μl LB培養(yǎng)基。再次加入10至20μg人生物素化的IgG,懸浮液在4℃輕微震搖孵育過(guò)夜。所有進(jìn)一步的步驟與第一輪挑選完全一樣。兩輪挑選之后挑選的細(xì)胞接種于補(bǔ)充了50μg/ml卡那霉素的LB瓊脂平板上,37℃孵育過(guò)夜。
      通過(guò)測(cè)序和Western斑點(diǎn)分析對(duì)挑選克隆的評(píng)價(jià)。挑選的克隆在補(bǔ)充了50μg/ml卡那霉素的3ml LB培養(yǎng)基中37℃生長(zhǎng)過(guò)夜以使用標(biāo)準(zhǔn)程序制備質(zhì)粒DNA。在MWG(德國(guó))或與TIGR(美國(guó))合作進(jìn)行測(cè)序。
      對(duì)于Western斑點(diǎn)分析,用10%SDS-PAGE分離大約10至20μg總細(xì)胞蛋白質(zhì),轉(zhuǎn)印到HybondC膜(Amersham Pharmacia Biotech,英格蘭)上。使用人血清作為第一抗體在大約1∶3,000至1∶5,000的稀釋度以及偶聯(lián)于HRP抗人IgG或IgA抗體作為第二抗體在1∶5,000的稀釋度檢測(cè)LamB或FhuA融合蛋白質(zhì)。使用ECL檢測(cè)試劑盒(Amersham Pharmacia Biotech,英國(guó))進(jìn)行檢測(cè)?;蛘?,兔抗FhuA或兔抗LamB多克隆免疫血清用作第一抗體,聯(lián)合各自的偶聯(lián)于HRP的第二抗體以檢測(cè)融合蛋白質(zhì)。
      結(jié)果使用生物素化IgG通過(guò)磁鐵激活的細(xì)胞分揀(MACS)對(duì)細(xì)菌表面展示文庫(kù)的篩選。用從健康成人(NSag8-IgG,-IgA)或P10,11,18(見(jiàn)實(shí)施例1抗體從人血清的制備)的血清制備的生物素化的人IgG和IgA的合并物篩選pMAL9.1中的LSag-70和pHIE11中的Lsag-70文庫(kù)。如實(shí)驗(yàn)過(guò)程下描述地進(jìn)行挑選過(guò)程。圖3A顯示了用LSag-70文庫(kù)和PSag11-IgG的篩選的代表性實(shí)例。如從菌落計(jì)數(shù)可以看到地,在從MACS篩選的第一挑選循環(huán)之后,最后重新獲得的細(xì)胞總數(shù)戲劇性地從2×107個(gè)細(xì)胞降到大約2×104個(gè)細(xì)胞,但是沒(méi)有抗體加入的挑選顯示了相似的細(xì)胞數(shù)的降低(圖3A)。所以進(jìn)行第二和第三輪挑選。在第三輪的最后,用PSag11-IgG重新獲得大約104個(gè)細(xì)胞,然而當(dāng)沒(méi)有加入來(lái)自人血清的IgG時(shí),只重新獲得了2×103個(gè)細(xì)胞,清楚地顯示了挑選依賴(lài)于無(wú)乳鏈球菌特異性抗體。為了評(píng)價(jià)篩選的表現(xiàn),隨機(jī)選擇26個(gè)挑選的克隆,并用篩選性IgG合并物進(jìn)行免疫斑點(diǎn)分析(圖3B)。這個(gè)分析揭示了多于80%挑選的克隆顯示了與相關(guān)血清中存在的抗體的反應(yīng)性,而表達(dá)沒(méi)有無(wú)乳鏈球菌特異性插入物的LamB的對(duì)照株與相同的血清不反應(yīng)。一般,觀察到反應(yīng)的速率在35%至90%的范圍內(nèi)。菌落PCR分析顯示了所有挑選的克隆含有期待大小范圍的插入物。
      隨后大量隨機(jī)選擇的克隆(每輪篩選600至1200個(gè))的測(cè)序?qū)е铝嘶蚝捅挥糜诤Y選的人血清抗體特異性識(shí)別的相應(yīng)的肽或蛋白質(zhì)序列的鑒別。挑選特異性克隆的頻率至少部分反映了在用于挑選的血清中并且識(shí)別這個(gè)克隆呈現(xiàn)的表位的特異性抗體的豐度和/或親和力。在這點(diǎn),很驚人地源自一些ORF的克隆被選擇了多于100次,指出它們高度免疫原的特性。表1和表5總結(jié)了所有13個(gè)進(jìn)行的篩選所得到的數(shù)據(jù)。使用單個(gè)克隆的全細(xì)胞提取物通過(guò)免疫斑點(diǎn)分析驗(yàn)證了表1和表5中呈現(xiàn)的所有克隆以顯示與用于各自篩選中的人血清合并物的表明的反應(yīng)性。如從表1和表5能看到地,鑒別的ORF的獨(dú)特區(qū)域鑒別為免疫原性的,因?yàn)榈鞍踪|(zhì)不同大小片段被平臺(tái)蛋白質(zhì)展示在表面。
      更加值得注意多數(shù)細(xì)菌表面展示篩選鑒別的基因編碼附著于無(wú)乳鏈球菌的表面的和/或分泌的蛋白質(zhì)。這個(gè)與表面附著的或分泌的蛋白質(zhì)在無(wú)乳鏈球菌毒力中期望的作用是一致的。
      實(shí)施例4高度免疫原性肽序列與個(gè)體人血清反應(yīng)性的評(píng)價(jià)實(shí)驗(yàn)過(guò)程肽合成使用Syroll合成器(Multisyntech,Witten,德國(guó))在Rink酰胺樹(shù)脂上(PepChem,Tübingen,德國(guó))使用標(biāo)準(zhǔn)F-moc化學(xué)小規(guī)模(4mg樹(shù)脂;平行共288個(gè))合成肽。序列組合后,用Fmoc-ε-氨基己酸(作為連接劑)和生物素(Sigma,St.Louis,MO;象正常的氨基酸被激活的)延長(zhǎng)肽。用93%TFA、5%三乙基硅烷和2%水1小時(shí)將肽從樹(shù)脂上切下來(lái)。真空下干燥肽,從乙腈/水(1∶1)冷凍干燥3次。正確質(zhì)量的存在通過(guò)質(zhì)譜在Reflex酶聯(lián)免疫實(shí)驗(yàn)(ELISA)根據(jù)生產(chǎn)廠商的說(shuō)明書(shū)在鏈親和素ELISA平板(EXICON)上在10μg/ml濃度包被生物素標(biāo)記的肽(在N-末端)。根據(jù)生產(chǎn)廠商的推薦使用高度特異性馬辣根過(guò)氧化物酶(HRP)連接的抗人IgG二抗(SouthernBiotech)(稀釋度1,000x)。在200X和1,000X兩個(gè)血清稀釋度測(cè)試血清。手工包被之后,通過(guò)有內(nèi)置ELISA閱讀儀(GENIOS,TECAN)的Gemini 160 ELISA機(jī)器人(TECAN)處理和分析肽平板。
      結(jié)果對(duì)挑選克隆的生物信息分析之后,設(shè)計(jì)并合成相應(yīng)的肽。在有多于26個(gè)氨基酸殘基的表位的情況下,制造重疊肽。所有的肽用N-末端生物素標(biāo)記進(jìn)行合成并用作鏈親和素包被的ELISA平板上的包被試劑。
      對(duì)基于它們與個(gè)體血清的反應(yīng)性而挑選的肽進(jìn)行分析,所述肽包括在用于制備為了細(xì)菌表面展示的IgG和IgA篩選試劑的血清合并物中。表2和表6中顯示了74個(gè)肽的血清反應(yīng)性的總結(jié),所述肽代表了55個(gè)用22份用于抗原鑒別的人血清(來(lái)自13個(gè)病人和9個(gè)健康暴露于高滴度個(gè)體)分析的來(lái)自基因組篩選的不同的無(wú)乳鏈球菌抗原蛋白質(zhì)。通過(guò)基于陽(yáng)性血清數(shù)和反應(yīng)的程度計(jì)算的每個(gè)肽的分?jǐn)?shù)對(duì)肽進(jìn)行。肽在對(duì)弱陽(yáng)性血清有很高的反應(yīng)性到有廣泛的反應(yīng)性的范圍內(nèi)。
      實(shí)施例5用從無(wú)乳鏈球菌鑒別的高免疫原性蛋白質(zhì)的基因分布研究實(shí)驗(yàn)過(guò)程PCR測(cè)定的GBS抗原的基因分布理想的疫苗抗原會(huì)是存在于所有或絕大部分疫苗指向的靶生物體株的抗原。為了確立編碼鑒別的無(wú)乳鏈球菌抗原的基因是否在無(wú)乳鏈球菌株中普遍存在,在一系列獨(dú)立的無(wú)乳鏈球菌分離物上用特異于目的基因的引物進(jìn)行PCR。獲得無(wú)乳鏈球菌的分離物,包括如圖4A中顯示的在患者中最頻繁存在的血清型。對(duì)于所有鑒別的ORF設(shè)計(jì)了作為引物的寡核苷酸序列,產(chǎn)生大約1,000bp的產(chǎn)物,如果可能包括所有鑒別的免疫原性表位。如實(shí)施例2下描述地制備所有無(wú)乳鏈球菌株的基因組DNA。根據(jù)生產(chǎn)廠商的說(shuō)明書(shū)(Invitrogen,荷蘭)使用Taq聚合酶(1U)、200nM dNTPs、10pMol每個(gè)寡核苷酸和試劑盒在25μl的反應(yīng)體積進(jìn)中行PCR。作為標(biāo)準(zhǔn),進(jìn)行30個(gè)循環(huán)(1x5min.95℃,30x30sec.95℃,30sec.56℃,30sec.72℃,1x4min.72℃),除非各個(gè)條件必須適于個(gè)體引物對(duì)。
      結(jié)果通過(guò)PCR測(cè)試了鑒別的編碼免疫原性蛋白質(zhì)的基因在46個(gè)不同無(wú)乳鏈球菌株中它們的存在(圖4A)。作為實(shí)例,圖4B顯示了用所有指出的46個(gè)菌株的GBS0061的PCR反應(yīng)。清楚可見(jiàn)地,基因存在于所有分析的菌株中。對(duì)來(lái)自IA型菌株的PCR片段進(jìn)行測(cè)序,顯示與無(wú)乳鏈球菌ATCC12403株比較所有的657bp是相同的,指出兩個(gè)分離物之間高水平的保守性。
      從總共117個(gè)分析的基因中,100個(gè)以上存在于所有或幾乎所有的測(cè)試的菌株中,而只有5個(gè)基因在多于10%測(cè)試的46個(gè)菌株中不存在(表3)。另外,只有少數(shù)基因(例如GBS0016,GBS1087,GBS1528和GBS2018)顯示了大小的不同,但是存在于所有或大多數(shù)菌株分離物中。從一個(gè)菌株產(chǎn)生的PCR片段的測(cè)序和隨后的與III型株ATCC 12403的比較證實(shí)了正確DNA片段的擴(kuò)增,揭示了如表3中指出的序列差異的程度。重要地,很多鑒別的抗原在所有的菌株中在序列和大小是高度保守的,所以是預(yù)防GBS感染的新型疫苗候選。
      實(shí)施例6得自用來(lái)自大腸桿菌表面上展示的無(wú)乳鏈球菌的高度免疫原性蛋白質(zhì)/肽免疫小鼠的免疫血清的特征分析實(shí)驗(yàn)過(guò)程小鼠免疫血清的產(chǎn)生包含編碼了融合于無(wú)乳鏈球菌肽的平臺(tái)蛋白質(zhì)的質(zhì)粒的大腸桿菌克隆在37℃在補(bǔ)充了50μg/ml卡那霉素的LB培養(yǎng)基中生長(zhǎng)。過(guò)夜的培養(yǎng)物1∶10稀釋?zhuān)L(zhǎng)直到0.5的OD600,與0.2mM IPTG孵育2小時(shí)。沉淀成粒的細(xì)菌細(xì)胞懸浮在PBS緩沖液中,冰上用超聲打破,產(chǎn)生粗細(xì)胞提取物。根據(jù)OD600測(cè)量,相應(yīng)于5×107個(gè)細(xì)胞的分裝量靜脈注射到NMRI小鼠,之后是2周后的追加。第二次注射1周后采血漿。肽ELISA測(cè)量表位特異性抗體的水平。
      抗原的體外表達(dá)通過(guò)免疫斑點(diǎn)測(cè)試體外生長(zhǎng)的無(wú)乳鏈球菌III血清型的抗原的表達(dá)。測(cè)試不同生長(zhǎng)培養(yǎng)基和培養(yǎng)條件以檢測(cè)總裂解物和細(xì)菌培養(yǎng)上清中抗原的存在。當(dāng)檢測(cè)到相應(yīng)于預(yù)言的分子重量的特異性條帶點(diǎn)和電泳遷移率時(shí),認(rèn)為表達(dá)被證實(shí)了。
      細(xì)胞表面染色如下進(jìn)行細(xì)胞流式儀分析。細(xì)菌在培養(yǎng)條件下生長(zhǎng),得到如免疫斑點(diǎn)分析顯示的抗原的表達(dá)。細(xì)胞在Hanks平衡鹽溶液(HBSS)中清洗兩次,細(xì)胞密度調(diào)整為100μl HBSS,0.5%BSA中大約1×106個(gè)CFU。在4℃與稀釋50至100倍的小鼠抗血清孵育30至60分鐘之后,通過(guò)在過(guò)量的HBSS,0.5%BSA中的離心洗掉未結(jié)合的抗體。熒光素(FITC)標(biāo)記的第二羊抗小鼠抗體(F(ab’)2片段特異性的)與細(xì)胞在4℃孵育30至60分鐘。清洗后,細(xì)胞用2%多聚甲醛固定。使用Becton DickinsonFACScan流式細(xì)胞儀檢測(cè)結(jié)合的抗體,用計(jì)算機(jī)程序CELLQuest進(jìn)一步分析數(shù)據(jù)。陰性對(duì)照血清包括小鼠免疫前血清和用沒(méi)有無(wú)乳鏈球菌基因組插入物的質(zhì)粒編碼基因lamB或fhuA轉(zhuǎn)化的IPTG誘導(dǎo)的大腸桿菌細(xì)胞制備的裂解物所產(chǎn)生的小鼠多克隆血清。
      殺菌(殺死)試驗(yàn)鼠巨噬細(xì)胞(RAW246.7或P388.D1)和細(xì)菌孵育,通過(guò)菌落計(jì)數(shù)測(cè)定60分鐘后活細(xì)菌的丟失。簡(jiǎn)而言之,細(xì)菌用Hanks平衡鹽溶液(HBSS)清洗兩次,細(xì)胞密度調(diào)整為50μl HBSS中大約1×105個(gè)CFU。細(xì)菌與小鼠血清(最多可達(dá)25%)和豚鼠補(bǔ)體(最多可達(dá)5%)在總體積100μl中4℃孵育60分鐘。預(yù)調(diào)理的細(xì)菌與巨噬細(xì)胞(鼠細(xì)胞系RAW264.7或P388.D1;每100μl 2×106個(gè)細(xì)胞)以1∶20的比例混合,旋轉(zhuǎn)震搖器上在500rpm 37℃孵育。每個(gè)樣品的分裝物用無(wú)菌水稀釋?zhuān)覝胤跤?分鐘以裂解巨噬細(xì)胞。然后將系列稀釋物接種到Todd-Hewitt肉湯瓊脂平板上。平板在37℃孵育過(guò)夜,用Countermat閃光菌落計(jì)數(shù)儀(IUL儀器)計(jì)數(shù)菌落。對(duì)照血清包括小鼠免疫前血清和用包含沒(méi)有無(wú)乳鏈球菌基因組插入物的基因lamB或fhuA的質(zhì)粒轉(zhuǎn)化的IPTG誘導(dǎo)的大腸桿菌制備的裂解物所產(chǎn)生的小鼠多克隆血清。
      結(jié)果小鼠的免疫原性使用如圖5A和B中分別舉例以及表4和表7中總結(jié)的表達(dá)埋于LamB或FhuA平臺(tái)蛋白質(zhì)中給定表位的大腸桿菌通過(guò)肽ELISA和/或免疫斑點(diǎn)測(cè)定特異性抗體的存在。61個(gè)不同表位區(qū)域呈現(xiàn)的43個(gè)新型GBS抗原在小鼠中顯示是有免疫原性的。然后使用無(wú)乳鏈球菌血清型III株制備的總細(xì)菌裂解物和培養(yǎng)上清通過(guò)免疫斑點(diǎn)分析陽(yáng)性血清(數(shù)據(jù)未顯示)。這個(gè)分析作為測(cè)定抗原蛋白質(zhì)是否表達(dá)以及如果為了用FACS分析評(píng)價(jià)多肽的表面表達(dá)在什么生長(zhǎng)條件下的第一步。基于文獻(xiàn)的數(shù)據(jù)不期待所有的蛋白質(zhì)會(huì)在體外條件下表達(dá)。
      無(wú)乳鏈球菌的細(xì)胞表面染色。隨后過(guò)基于流式細(xì)胞儀的試驗(yàn)證明一些抗原蛋白質(zhì)易接近細(xì)胞表面通。GBS細(xì)胞與免疫前血清以及產(chǎn)生的抗無(wú)乳鏈球菌裂解物或包含了編碼融合于無(wú)乳鏈球菌肽的平臺(tái)蛋白質(zhì)的質(zhì)粒的大腸桿菌克隆的多克隆小鼠血清孵育,之后用熒光標(biāo)記的二抗檢測(cè)。如圖6A中顯示地,通過(guò)無(wú)乳鏈球菌III血清型細(xì)胞群熒光的顯著遷移證明,生產(chǎn)的抗無(wú)乳鏈球菌裂解物的抗血清含有抗表面組分的抗體。對(duì)于生產(chǎn)的抗許多鑒別的GBS抗原的肽的多克隆血清觀察到無(wú)乳鏈球菌III血清型細(xì)胞的相似的細(xì)胞表面染色(圖6B)。一些實(shí)例中,如柱狀圖中檢測(cè)到的兩個(gè)峰指出地一小部分細(xì)菌沒(méi)有染色(圖6B)。這個(gè)現(xiàn)象可以是細(xì)菌生長(zhǎng)過(guò)程中基因產(chǎn)物差異表達(dá)、不足的抗體水平或其它表面分子或血漿蛋白質(zhì)造成的抗體結(jié)合部分抑制的結(jié)果。重要地,眾所周知的保護(hù)性GBS抗原Sip/gbs0031在這個(gè)試驗(yàn)中被證明也是陽(yáng)性的。
      體外殺菌活性。調(diào)理噬菌死亡是抗細(xì)胞外細(xì)菌例如無(wú)乳鏈球菌的宿主防御的里程碑。如果特定抗原誘導(dǎo)的抗體能結(jié)合激活的補(bǔ)體組分(C3bi),抗體對(duì)細(xì)菌抗原的細(xì)胞表面結(jié)合是受調(diào)理素作用的并誘導(dǎo)噬菌細(xì)胞(巨噬細(xì)胞和中性粒細(xì)胞)的殺死(殺菌)。圖7中數(shù)據(jù)呈現(xiàn)了通過(guò)用相應(yīng)抗原在小鼠中產(chǎn)生的抗原特異性抗體測(cè)量的殺菌活性。根據(jù)這些數(shù)據(jù),一些新型GBS抗原,例如gbs0012,gbs0016,gbs0428,gbs1306和gbs2018,誘導(dǎo)功能性抗體。重要地,眾所周知的保護(hù)性GBS抗原Sip/gbs0031在完全相同的試驗(yàn)中被證明是強(qiáng)陽(yáng)性的。
      這些實(shí)驗(yàn)證實(shí)了生物信息的預(yù)言,很多蛋白質(zhì)由于它們的信號(hào)肽序列而被運(yùn)出,另外顯示了它們存在于無(wú)乳鏈球菌III血清型的細(xì)胞表面上。它們也證實(shí)這些蛋白質(zhì)可用于有功能特性的人抗體的識(shí)別,使得它們成為開(kāi)發(fā)抗GBS疾病的疫苗很有價(jià)值的候選。
      表1A細(xì)菌表面展示鑒別的免疫原性蛋白質(zhì)。
      表1B氨基酸序列識(shí)別鑒別的免疫原性蛋白質(zhì)和細(xì)菌表面展示鑒別的肽
      表2.用人血清的表位血清學(xué)
      表3無(wú)乳鏈球菌株中的基因分布
      表4.小鼠表位的免疫原性
      表5細(xì)菌表面展示鑒別的免疫原性蛋白質(zhì)
      表6.鑒別的抗原內(nèi)表位與人血清的免疫反應(yīng)性
      表7.小鼠表位的免疫原性
      參考文獻(xiàn)Altschul,S.,等人(1990).Journal of Molecular Biology215403-10.
      Balter,S.,等人,革蘭氏陽(yáng)性病原體中,F(xiàn)ischetti V.A.等人編輯,AMS Press 2000,154-160.
      Bennett,D.,等人(1995).J Mol Recognit852-8.
      Brodeur,B.,等人(2000).Infect Immun685610-8.
      Burnie,J.,等人(1998).J Antimicrob Chemother41319-22.
      Campbell,J.,等人(2000).Obstet Gynecol96498-503.
      Cheng,Q.,等人(2002).Infect Immun706409-15.
      Clackson,T.,等人(1991).Nature352624-8.
      Devereux,J.,等人(1984).Nucleic acids research12387-95.
      Doherty,E.,等人(2001).Annu Rev Biophys Biomol Struct30457-475.
      Eisenbraun,M.,等人(1993).DNA Cell Biol12791-7.
      Etz,H.,等人(2001).J Bacteriol1836924-35.
      Farley,M.(2001).Clin Infect Dis33556-61.
      Ganz,T.(1999).Science286420-421.
      Georgiou,G.(1997).Nature Biotechnology1529-34.
      Glaser,P.,等人(2002).Mol Microbiol451499-513.
      Hashemzadeh-Bonehi,L.,等人(1998).Mol Microbiol30676-678.
      Heinje,von G(1987)例如分子生物學(xué)中的序列分析,AcademicPress.
      Hemmer,B.,等人(1999).Nat Med51375-82.
      Hoe,N.,等人(2001).J Infect Dis183633-9.
      Hornef,M.,等人(2002).Nat Immunol31033-40.
      Jackson,L.,等人(1995).Ann Intern Med123415-20.
      Johanson,K.,等人(1995).J Biol Chem2709459-71.
      Jones,P.,等人(1986).Nature321522-5.
      Kajava,A.,等人(2000).J Bacteriol1822163-9.
      Kohler,G.,等人(1975).Nature256495-7.
      Larsson,C.,等人(1999).Vaccine17454-8.
      Lewin,A.,等人(2001).Trends Mol Med7221-8.
      Marks,J.,等人(1992).Biotechnology(NY)10779-83.
      McCafferty,J.,等人(1990).Nature348552-4.
      Michel,J.,等人(1991).Infect Immun592023-8.
      Navarre,W.,等人(1999).Microbiol Mol Biol Rev63174-229.
      Nizet,V.&amp;Rubens,C.E.革蘭氏陽(yáng)性病原體,F(xiàn)ischetti V.A.等人編輯,ASM Press 2000,pp 125-136.
      Okano,H.,等人(1991).J Neurochem56560-7.作為基因表達(dá)的反義抑制劑的寡脫氧核苷酸;CRC Press,Boca Ration,F(xiàn)L(1988).
      Paoletti,L.,等人(2002).Semin Neonatol7315-23.
      Paoletti,L.,等人,革蘭氏陽(yáng)性病原體,F(xiàn)ischetti V.A.等人編輯,ASM Press 2000,pp 137-153.
      Phillips-Quagliata,J.,等人(2000).J Immunol1652544-55.
      Rammensee,H.,等人(1999).Immunogenetics50213-9.
      Seeger,C.,等人(1984).Proc Natl Acad Sci USA815849-52.
      Shibuya,A.,等人(2000).Nature Immunology1441-6.
      Skerra,A.(1994).Gene151131-5.
      Tang,D.,等人(1992).Nature356152-4.
      Tempest,P.,等人(1991).Biotechnology(NY)9266-71.
      Tettelin,H.,等人(2002).Proc Natl Acad Sci USA9912391-6.
      Tourdot,S.,等人(2000).Eur J Immunol303411-21.
      Wiley,J.,等人(1987)分子生物學(xué)現(xiàn)代試驗(yàn)方案序列表SeqID 1atgaagaaag ttttaacctt cttattatgt agcttatatt ttgtatcaat cccagctata 60agtaccgagg agccattaac gctttctcaa aatagacgat acgccttaac tcagacagtt 120gtggataagg aaatgtattt tgatgctatt ccagagagac caactacaaa aattgaaata 180agcagttttc aagatgaagc tttaaccata acaggagaga ctttagttcc aaatacttta 240ttgtcgattg tttctcttac aattaattca aatggaattc cagtatttac tttgtccaat 300ggacagttca taaaggctag tcgtgaagct atttttaatg atttagtttc taagcagcaa 360tctgtctcat tggattattg gttaaaacct tcttttgtga cttatgaagc accttacaca 420aatggtgtta gtgaagttaa aaataattta aaaccttatt ccagagtgca tttagtagaa 480caagcagaaa cagaacatgg tatttattat aaaacggaca gtggtttttg gatatcagta 540gaagatctat cggttgctga taatcgtatg gctaaggttc aagaagtatt attggaaaaa 600tataataaag ataaatatgg tatatacatc aaacaattaa atacacagac agtagctggt 660attaatattg ataggtcaat gtactctgca agtattgcaa aattagcaac actttatgct 720agccaagagc aagtaaaatt aggaaaactg tcattggaca gcaaatttga atacaaagat 780aatgttaatc aatttcctaa tagctatgat ccaagtggta gtgggaaatt agagaaaaaa 840gctgatcata aattatatac cgttaaggag ttacttgaag caactgccaa ggaatcagat 900aatgttgcaa caaatatgct aggttattat gtcaataatc aatatgattc aatgtttcaa 960acacaagtag acacaatttc tggtatgcac tgggatatga aaaaacgcca gatttctcca1020caagctgcgg gtaaaatgat ggaagcaatt tattatcaaa atggagatat tgttaattac1080ctatcaaaga ctgattttga taatacaaga atccctaaaa atataccagt taaagtagca1140cataaaattg gagatgctta tgactacaaa catgatgcgg ctattgttta tgcagaacaa1200ccttttatta tgattatctt tacggataaa tcatcttacg atgatatcac taagattgct1260gacgacgttt accaggtttt aaaataa1287SeqID 2atgaaaaaaa gaatattatc agcagtcctt gtgagtggag taactcttgg aactgctgcc 60gtaacagtaa acgctgatga ctttgactcg aaaattgctg ctactgattc agtaatcaat 120actttatcag ggcaacaagc agcagcacaa aaccaggtga ctgctattaa aggacaagtt 180ggtgctttag agtctcaaca atcagaatta gaagcgcaaa atgctcaact tgaggctgta 240tctcagcagt taggtcaaga gattcaaact ctttctaata aaattgttgc acgtaacgaa 300tctttgaaaa agcaagttcg tagtgctcaa aagggtaact tgactaacta tattaatact 360attttaaatt cgaaatcagt atctgatgct gttaatcgtg ttgttgctat tcgtgaggtt 420gtttcagcta atgaaaagat gttagcacaa caagaggctg acaaagcggc cttagaagct 480aaacaaattg aaaatcaaaa tgctataaat actgtagcag ctaacaagca agctatcgaa 540aataataaag cagccttagc aacacaaaga gcacaattag aagcagctca attagagtta 600tctgctcaat tgactacagt ccaaaatgaa aaagcatctt taattcaggc aaaagcacaa 660gctgaggaag ctgcgcgtaa ggcagctgaa gcacaagcag cagctgaagc gaaagcacaa 720gctgaagcga aagcacaagc tgagtctgta gcaaaagcac aggcagcagc acaagttgag 780tctgccacag ctcctactga aacagttcaa acacaaccga gaactgaaat aaagccttct 840aatcttacgg ctacttcttc ggcaactact gttgctacaa ctacagctac agctactaat 900gagccaaaag ttactcaacc ttctgtagta actaaagcag ttgaagcacc taaagcagtt 960gtttcttcaa cacctagagc ggtatcaaaa cctgttgtca gaagttatga ttcaagtaac1020acatacccaa tgggacaatg tacttgggga gctaagtcaa tggcttcttg ggttggtaac1080tattggggaa atgctaatca gtggggtgct agtgcacgtg cagctggtta ttctgtagga1140actacccctc gtgttggtgc agtagctgtt tggccatatg atggtggtgg ttacgggcac1200gttgcagtag taacgtcagt ggctaacaat tcatctatcc aagttatgga atcaaactat1260gctggaaata tgagtattgg caattaccgt ggttcattta accctagtgc ttctggctct1320gtttactata tttacccaaa ttaa 1344SeqID 3atgaataaac gtatttttgt tgagaaaaag gctgactttg acattaaatc ggctagtctt 60gtgaaagagt tgacgcataa tctacaactg acttctttga aggatttgcg tattgtgcag 120gtctatgatg tcttcaattt ggctgaggat ttgctggcgc gtgctgagaa gcatattttc 180tctgagcagg tgacagactg tcttttgacg gaaactgaaa tcactgcgga gcttgataag 240gttgccttct ttgccattga ggcgcttcct ggtcaatttg accaacgtgc tgctagttcg 300caagaatctt tgctattgct tggaagtgac agtcaggtta aggtcaatac agcccagctt 360tacttggtca ataaggatat tgcagaagca gagcttgaag ccgttaagaa ctatcttttg 420aatcctgttg attcacgttt caaggacatt accttgccgc ttgaagagca ggctttctct 480gtgtctgata agacaatccc tagtcttgat ttctttgaaa cttataaggc tgacgatttt 540gcggcctata aggcagagca gggcttggct atggaggtcg atgatcttct cttcatccaa 600gattatttca aatcaatcgg gcgtgtgcca actgagactg agttgaaagt tttggatact 660tactggtcag accactgccg tcacacaacc tttgaaactg agttgaaaaa catcgacttt 720tcagcttcta aattccaaaa acaattgcag gcgacttatg acaaatatat cgccatgcgt 780
      gatgaacttg gtcgttctga aaagccgcag acacttatgg atatggcgac tatctttggt 840cgttatgaac gtgccaatgg acgactggat gatatggaag tctcagatga aatcaatgcc 900tgctcagttg aaattgaagt agatgttgat ggtgtaaaag agccttggct cctcatgttt 960aagaatgaga ctcacaatca cccaacagaa attgagccat ttggtggcgc agcaacttgt1020atcggtggtg ccattcgtga cacgttgtca ggacgttcat acgtttatca ggctatgcgt1080atttcaggcg caggcgatat tacgactccg attgcggaaa cacgtgctgg taaattgccg1140caacaggtta tttctaaaac tgcggcgcac ggctattctt catatggtaa ccagattggg1200cttgcgacaa cttatgtgcg tgagtacttt caccctggct ttgtagccaa acgcatggag1260cttggagctg tggttggtgc tgcacctaag gaaaatgtgg ttcgtgaaaa accagaagca1320ggcgatgtgg tcatcttgct cggtggtaaa acaggtcgtg acggtgtcgg cggtgcgaca1380ggttcatcta aggttcaaac ggttgaatct gtggaaacag ctggcgcaga ggtacaaaaa1440gggaatgcca tcgaagaacg taagattcaa cgccttttcc gtaatggtaa tgtcactcgc1500ctaatcaaga aatcaaatga cttcggtgca ggtggtgtct gtgttgccat cggtgaattg1560gctgacggtc ttgaaatcga tttggacaag gtaccgctta aataccaagg tcttaatggt1620actgaaattg caatctcaga atcacaagag cgtatgtcag tcgttgttcg tcctagtgac1680gtggatacct tcatcgcagc ctgcaacaag gaaaatatcg atgccgttgt ggttgctact1740attactgcaa aaccaaacct tgtcatgact tgggatggtg aaacaattgt tgacttggaa1800cgccgtttcc ttgataccaa cggtgtccgt gtcgttgttg atgctaaagt cgttgacaaa1860gacttgacag ttccagaggt acgcacaaca tcagcagaga cacttgaagc ggatacgctt1920aaggtcttgt ctgacctcaa ccacgctagt caaaaaggtc tccaaactat ctttgactca1980tctgttggtc gctcaaccgt taaccaccca atcggtggcc gttaccaaat cacaccaaca2040gaaagctctg ttcaaaaatt gccagttcaa cacggtgtca caacaactgc atctgttatg2100gctcaaggtt acaatcctta tattgcagaa tggtcacctt accacggtgc tgcctatgct2160gtcattgaag cgacagctcg cttggtagca acgggtgctg actggtctcg tgcacgtttc2220tcttaccaag agtatttcga gcgtatggat aaacaggcag agcgttttgg tcagccagta2280tcagctcttc ttggttctat tgaggctcag attcaacttg gattgccatc aatcggcggt2340aaggactcta tgtctggtac tttcgaagaa ttgacagtac cgccaacctt ggtagctttc2400ggtgtgacaa cagcggacag ccgcaaggtt ctctctcctg agtttaaagc ggctggtgag2460aatatctact acattccagg tcaagctatt tcagaagata ttgattttga ccttatcaag2520gctaacttta gccagttcga gactattcaa gctcaacata agattactgc tgcttcagct2580gttaaatacg gtggtgtcct agaaagtctt gctctcatga cttttggtaa ccgtatcggg2640gcctctgttg aaattgcaga gcttgacagt agcttgacag ctcaactcgg aggctttgtc2700tttacatcag ctgaggaaat tgctgactcg gtgaaaatcg gtcaaactca ggcagccttt2760acacttactg tcaatggaaa tgaccttgct ggggcaagcc ttctatcagt cttcgaaggc2820aaattggaag aggtttaccc aacagagttt gaacaggcag acgctcttga agaagttcct2880gctgtggtat cagatactgt tatcaaggct aaggaaacaa ttgaaaaacc agtggtttac2940attccagtct tccctggtac caactcagaa tatgattcag ctaaggcctt tgaacaggtt3000ggagctagtg tcaacttggt agcatttgta accttgaatg aggctgctat tgctgactca3060gttgacacaa tggtcgctaa tattgctaag gcaaatatca tcttctttgc tggaggattc3120tcagcagcgg atgaaccaga tgggtctgct aagtttatcg tcaatatctt gcttaacaag3180aaggttcgcg cagctattga cagcttcatc gaaaaaggtg gccttatcat cggtatctgt3240aatggtttcc aagcccttgt taaatcaggt cttcttccat acggaaactt cgaggaagct3300ggtgagacaa gtccaaccct cttctataac gatgccaacc agcacgttgc caagatggtt3360gagactcgta tcgcaaatac caactcacct tggttggtag gagttgaggt cggcgatatt3420catgccatcc cagtttcaca cggtgaaggt aaatttgttg tcagcgcttc tgaatttgca3480gagctaagag acaatggtca aatctggagc caatatgtgg actttgacgg acaaccatct3540atggattcta aatacaatcc aaatggctct gtcaatgcca tcgaagggat taccagcaag3600aatggtcaaa tcatcggtaa gatggggcac tcagaacgct gggaagacgg cctcttccaa3660aatatccctg gtaacaaaga ccaagccttg tttgctagtg cagtaaaata ttttacagga3720aaataa 3726SeqID 4atgaaaatga ataaaaaggt actattgaca tcgacaatgg cagcttcgct attatcagtc 60gcaagtgttc aagcacaaga aacagatacg acgtggacag cacgtactgt ttcagaggta 120aaggctgatt tggtaaagca agacaataaa tcatcatata ctgtgaaata tggtgataca 180ctaagcgtta tttcagaagc aatgtcaatt gatatgaatg tcttagcaaa aataaataac 240attgcagata tcaatcttat ttatcctgag acaacactga cagtaactta cgatcagaag 300agtcatactg ccacttcaat gaaaatagaa acaccagcaa caaatgctgc tggtcaaaca 360acagctactg tggatttgaa aaccaatcaa gtttctgttg cagaccaaaa agtttctctc 420aatacaattt cggaaggtat gacaccagaa gcagcaacaa cgattgtttc gccaatgaag 480acatattctt ctgcgccagc tttgaaatca aaagaagtat tagcacaaga gcaagctgtt 540agtcaagcag cagctaatga acaggtatca ccagctcctg tgaagtcgat tacttcagaa 600gttccagcag ctaaagagga agttaaacca actcagacgt cagtcagtca gtcaacaaca 660gtatcaccag cttctgttgc cgctgaaaca ccagctccag tagctaaagt agcaccggta 720agaactgtag cagcccatag agtggcaagt gttaaagtag tcactcctaa agtagaaact 780
      ggtgcatcac cagagcatgt atcagctcca gcagttcctg tgactacgac ttcaccagct 840acagacagta agttacaagc gactgaagtt aagagcgttc cggtagcaca aaaagctcca 900acagcaacac cggtagcaca accagcttca acaacaaatg cagtagctgc acatcctgaa 960aatgcagggc tccaacctca tgttgcagct tataaagaaa aagtagcgtc aacttatgga1020gttaatgaat tcagtacata ccgtgcggga gatccaggtg atcatggtaa aggtttagca1080gttgacttta ttgtaggtac taatcaagca cttggtaata aagttgcaca gtactctaca1140caaaatatgg cagcaaataa catttcatat gttatctggc aacaaaagtt ttactcaaat1200acaaacagta tttatggacc tgctaatact tggaatgcaa tgccagatcg tggtggcgtt1260actgccaacc actatgacca cgttcacgta tcatttaaca aataa1305SeqID 5atgttaaaac attttggtag taaagtaaga aatttgagag taactagaaa tattactcgc 60gaagattttt gtggtgatga aactgagtta tctgtaagac aattagctag gattgaaagt 120ggacagtcaa ttccaaactt gactaaagct cactacatag ctaaacaatt gaatgtaaaa 180ttggatattt taacaggagg agagagctta gaattaccta aacggtataa agagttgaag 240tacaaattgt tgcgtacccc gacttacgga gatgctaata gacttgcagt tagagaagca 300tattttgatg aaatctatga agtattttat gaggagctcc cagaagatga aagactaatt 360attgattgta tgcaatcaaa attagatgtt catttttctg ttaatgataa ttttggaatc 420actattttac atgactactt tgatcaaatt aagaaaaaaa aggaatatac cacaaatgat 480tttgttatga tagatttata tttactttgc ttttctatta actatggaat gaagagcttg 540tattctttag agaactatca ttttattatg tcaaaattgt tagagcaaga taatttactt 600cctgaggata attttcaatt gaacaacgtt ttattaaatc atgtcgaatt agcttttcaa 660tttaagcaga aaaaatatgt acagcaaatt attcatagaa gtaatgctat tatgacagaa 720atccatgatt ttcaaaaaag accaatacta agcttaatag agtggaaata tttattaatt 780attgaaaaag atagaacaaa agcagaaaca tgttttaaac aatcaattct atttgcagag 840ttaataggtg atctatattt aaaaggaaaa ttaatagagg agtggaataa agatttaaca 900tga 903SeqID 6atgactgaaa aaactaaagc ggtagaaact acagatgttg ctcttgcaat tgatacattg 60gttcaaaacg gtttaaaagc acttgatgag atgcgtcaac ttaatcaaga acaagttgat 120tatattgtag ctaaagcttc tgttgcagcc ttggatgccc atggagaact tgctcttcat 180gcagtagaag aaactggtcg tggtgtcttt gaagataaag cgacaaaaaa tttatttgca 240tgtgaacacg tcgttaacaa catgcgtcat acaaagacag tgggagttat tgaagaagac 300gatgtcacag gcttgacatt aattgctgaa ccagtgggag ttgtctgtgg tattacgcca 360acaaccaacc cgacttcaac tgctattttc aagtcattaa tctctcttaa aacacgtaat 420ccaattattt ttgccttcca cccatcagca caagaatcat cagcacatgc agcacgtatt 480gttcgtgatg ctgctattgc tgctggagct cctgaaaatt gtgtccaatg gattgaacaa 540ccatcgattg atgcaactaa tgctttgatg aaccatgatg gtattgccac tatccttgcg 600acaggtggta atgcgatggt taaagctgcc tactcatgtg ggaaacctgc ccttggtgta 660ggtgctggga atgttccagc ttatgttgaa aaatcagcta atatccgaca agccgctcac 720gatattgtta tgtctaaatc atttgataac ggtatggtat gtgcatcaga acaggctgtt 780attattgata aagaaattta taaagaattt gttgaagaat ttaaatctta tcatacttat 840ttcgttaata agaaagaaaa agctcttctt gaagaattct gttttggtgc aaaagcaaat 900agcaaaaact gtgctggtgc aaaattaaat ccaaatattg ttggaaaatc agcagtttgg 960attgctgaac aagctggatt tactgttcca gaaggaacaa atattcttgc cgcagaatgt1020actgaagtta gtgaaaaaga acctttgaca cgtgaaaaac tatcacctgt tattgccgta1080ttgaaagctg aatctacaga agatggtgtt gaaaaagctc gtcaaatggt tgagtttaat1140ggtctaggac actcagctgc tattcataca aaagatgcag acttagctcg tgaatttgga1200actagaattc gtgctatccg tgttatttgg aattctcctt ctacttttgg tggtattggg1260gatgtttaca atgctttctt gccatcattg actcttggtt gtggttcgta tggacgtaac1320tcagttggtg ataacgttag tgctataaat ctcttgaata tcaaaaaagt aggaagacgt1380agaaataata tgcaatggtt taaagtccct tcaaaaacat acttcgaacg tgattctatt1440caatatttgc aaaaatgtcg cgatgttgaa cgtgtcatga ttgttacaga tcacgccatg1500gttgagcttg gtttcttgga tcgtatcatt gaacaacttg atcttcgtcg caataaagtt1560gtttatcaga tttttgctga agtagaacca gatccagaca ttacaacagt aatgaaagga1620acagatttga tgcgtacctt caaaccagac actattattg cattaggtgg tggttctcct1680atggatgctg cgaaagttat gtggctcttc tatgaacaac cagaagttga tttccatgac1740ctcgttcaaa aattcatgga tatccgtaaa cgtgcgttca aattcccaga acttggtaag1800aaaacaaaat ttgttgctat tccaacaact tctggaacag gttctgaagt gacaccattt1860gccgttatct ctgacaaagc aaataatcgt aaatatccaa tcgctgatta ttcattaaca1920ccaactgtag ctatcgttga tccggccctt gttatgactg ttcctggttt tattgcggct1980gatacgggta tggatgtatt gacacatgca acagaggctt atgtttcaca gatggcaaat2040gattatacag acggacttgc ccttcaagca attaaaattg tgtttgacta cttagaacgc2100tcagtaaaag atgctgattt tgaagcacgt gaaaagatgc acaatgcgtc aactatggca2160
      ggtatggctt tcgccaatgc attcttaggt atttctcact caatggcgca taaaattggc2220gcacaattcc ataccgtaca cggacgtaca aatgcaattc ttttgccgta tgttatccgc2280tataatggaa ctcgtccagc taaaacagca acatggccta agtacaatta ctatcgtgct2340gatgaaaaat atcaagatat cgctaaatta ctcggcttac cagcagcaac accagaagaa2400gctgtcgaat catatgcaaa agctgtgtat gaccttggaa cacgtttagg tattaagatg2460aatttccgcg accaaggcat tgatgaaaaa gaatggaaag aaaaatctcg tgaactagct2520ttcttagcat atgaagatca atgttcacca gcaaatccac gccttccgat ggtagatcac2580atgcaagaaa tcatcgaaga tgcttattat ggttatgagg aacgtccagg acgtcgtaag2640taa 2643SeqID 7gtgggtatta aagtttataa accaacgaca aatggccgtc gtaatatgac ttctttggat 60tttgcagaaa tcactacaaa cactcctgag aaatcattgc ttgtttcact aaagaataaa 120gcaggacgta acaacaacgg acgtattact gttcgtcacc aaggtggtgg acacaaacgt 180cattaccgtt tgattgactt caaacgtaat aaagatggtg ttgaagcagt tgttaaaaca 240attgaatacg atccaaatcg tactgcaaat attgctcttg tacactatac tgatggtgtt 300aaagcttaca ttcttgcgcc taaaggcctt gaagtaggtc aacgcattat ttctggtcca 360gaagcagata tcaaagttgg taacgcactt ccacttgcta acattccagt cggtacagtt 420atccataata ttgaattgca accaggtaaa ggtgctgaat tgattcgtgc cgcgggtgct 480tctgctcaag tacttggtca agaaggtaaa tatgttcttg ttcgccttca atcaggtgaa 540gtacgtatga tccttggtac ttgccgtgca acaattggta ctgttggtaa tgaacaacaa 600tcacttgtta acattggtaa agcaggacgt aatcgttgga aaggtgttcg ccctacagtt 660cgtggttctg taatgaaccc taatgatcac ccacacggtg gtggtgaagg taaagcacca 720gttggtcgta aagcaccatc tactccatgg ggtaaacctg cacttggact taaaactcgt 780aataagaaag ctaaatcaga caaacttatt gttcgtcgtc gtaaccaaaa ataa 834SeqID 8atgattgagt ttgaaaaacc aataataaca aaaattgatg aaaataaaga ttacggcaga 60tttgtcatcg aaccactaga acgtggctac ggtacaactc taggaaactc tcttcgtcgt 120gtgcttctgt cttcacttcc aggtgcagca gtcacatcaa tcaaaattga tggagtatta 180cacgaatttg atactatccc aggtgtacgt gaagatgtga tgcaaatcat ccttaatgta 240aaaggacttg ctgtgaaatc ttacgtcgaa gacgaaaaga ttatcgaact agacgttgaa 300ggtcctgcag aaattactgc cggagatatt ttaacagata gtgatatcga aattgtaaac 360cctgaccatt atcttttcac aattgctgaa ggtcacagtt tgaaagcaac aatgacagtt 420gctaaaaacc gaggttatgt tccagcagaa ggaaataaaa aagatgatgc accagtggga 480acattggctg tagattcaat ctatacacca gtgaaaaaag ttaattatca agttgaacct 540gctcgtgtag gtagtaacga tggctttgat aaattaacta ttgaaatcat gacaaatggc 600acaatcattc ctgaggatgc tcttggtctt tcagctcgcg tcttaattga acacttaaac 660ttgtttactg atttaacaga ggttgctaaa gcaactgaag taatgaagga aacagagaaa 720gtgaacgatg agaaagtgct tgaccgcaca attgaggaac ttgatttgtc agtgcgctca 780tataactgtt taaaacgtgc tggaattaat acagtatttg atttaacaga aaaaactgag 840cctgaaatga tgaaagtccg aaacttagga cgtaagagtc ttgaagaagt taaaatcaaa 900cttgccgatc taggtcttgg attaaaaaac gataaataa939geqID 9atgaaaaaga ttcgattatc aaagtttatt aaaatgattg ttgttatttt gtttttaatt 60agtgtagcag ctagttttta ttttttccac gttgcccaag ttcgagatga taaatccttt 120atttcaaatg gtcaacgtaa gcctggaaac tctttatatg cttatgataa atcctttgat 180aagctattaa agcaaaaaat agaaatgaca aaccaaaata taaagcaagt tgcttggtat 240gttcctgctg ctaagaaaac tcataagaca gctgttgtcg ttcatggttt tgcgaatagc 300aaagagaata tgaaggcata tggttggctg tttcataagt taggatacaa tgttcttatg 360cctgacaata ttgcacatgg tgaaagtcat gggcagttga taggctatgg ctggaacgac 420cgcgagaaca ttatcaaatg gacagaaatg atagttgata agaatccatc aagccaaatt 480actttatttg gtgtttcaat gggtggagca acagtcatga tggctagtgg tgaaaaatta 540cctagtcagg ttgttaatat cattgaagat tgcggttatt ctagtgtttg ggatgaatta 600aaatttcagg ctaaagagat gtatggttta ccagccttcc cactcttata tgaagtttca 660acaatttcta aaatcagagc aggtttttcg tatggacaag caagtagtgt cgaacaattg 720aaaaagaata atttaccagc cctctttatt catggtgata aggataattt tgttccaaca 780agtatggttt atgacaacta taaagctaca gcaggtaaga aagagcttta tattgtaaaa 840ggggcaaaac atgcgaaatc ttttgaaaca gagccagaaa aatatgagaa acgtatctct 900agttttttga aaaaatatga aaaataa 927SeqID 10atgtcaaaag tacgtggctt tgaattagtt agccaattta gcaataaaga gttattacca 60aaacgagaaa cagctcacgc agctggctat gatttaaaag tagctaaaaa aacggttatt 120
      gaacctggtg aaattacatt ggtcccgacc ggtattaaag cacacatgca accaggggag 180gtcctgtacc tttatgatcg ttcatcgaat ccacgtaaaa aagggattgt cctaataaat 240tcagttggtg ttattgatgg tgactactat aataaccaag tcaatgaagg acatattttt 300gcacagatgc aaaatattac tgatcaggct gttattttag aagaagggga acggattgtt 360caggctgttt ttgccccatt cttattggca gatgacgatc aggctacagg aatgcgtaca 420ggtggttttg gtagtactgg aaaataa 447SeqID 11atgaaatttg gaaaaaaact tggctttcta gccttattga tgtctattgt cctcattcta 60ggtgcatgtg gtaaaactgg acttggaaat tctactggga attctacaaa aaatgtaacc 120aaaaaatctg ctaaaaactt gaaactaggt gtatctattt caacaactaa caatccctac 180tttgttgcga tgaaagacgg tattgacaaa tatgctagca ataaaaaaat aagcattaag 240gtagctgatg ctcaagatga cgccgcacgt caagcagatg atgtccaaaa ctttattagt 300caaaacgtag atgctatttt gattaatccc gttgactcaa aagctattgt aacagctatt 360aagtctgcaa acaacgctaa tattcctgtt attctaatgg accgtggtag tgagggaggc 420aaagtattaa ctactgtcgc ttcagataac gttgctgctg gtaagatggc tgcggattat 480gctgttaaaa aactaggcaa aaaagcaaaa gcctttgaat tatctggagt accaggtgcc 540tctgctactg tagaccgtgg taaaggattt cattcagttg caaaatctaa acttgacatt 600ctttcaagcc aatctgccaa ttttgaccgc gccaaagctt tgaatactac acaaaatatg 660attcaaggac ataaagatgt ccaaattatt ttcgcacaaa atgatgaaat ggcacttggg 720gctgcacagg ctgtcaaatc tgctggcttg caaaatgttc ttatcgtagg aattgatggt 780cagccagatg cccatgatgc cattaaaaaa ggagatattt cagccactat tgcacaacaa 840ccagctaaga tgggagaaat agcaattcaa gcagcaattg atcattataa aggcaaaaaa 900gtagagaaag aaacaatttc tccaatttac cttgttacca aagacaatgt tgaaaaatac 960aattggtaa 969SeqID 12atgggaaaag aaaaattaat tttagcttat tctggtggtt tagatacctc tgttgctata 60gcttggttaa aaaaagatta tgacgttatt gctgtctgta tggatgttgg cgaaggtaaa 120gatcttgatt ttattcacga taaggcttta acaataggtg ccatagaatc ttatatttta 180gatgttaaag atgagttcgc tgagcatttt gtgttaccag ctttacaggc acatgcgatg 240tatgaacaaa aatacccgct tgtttcagcg cttagtcgtc caattattgc tcaaaaatta 300gttgaaatgg cacatcaaac aggtgcgacc acaattgccc atggatgtac aggtaaagga 360aatgaccaag tgcgttttga agttgcaatt gcagcactag atcctgaatt aaaagtaatt 420gcccctgttc gtgagtggaa gtggcatcgt gaagaggaaa ttacttttgc aaaagctaac 480ggcgtaccta ttccagcaga tttagataac ccttattcta tagaccaaaa tttatgggga 540cgtgccaatg aatgtggtgt gcttgagaat ccttggaatc aagcgccaga agaagctttt 600ggtattacaa aatcaccaga agaagctcct gattgtgcag aatatattga tattacgttc 660caaaatggga agcctatagc tataaacaat caagaaatga cactagcaga tttgatttta 720tcgctaaatg aaattgcagg aaaacatggt attggacgca ttgatcatgt tgaaaatcgt 780ttagtcggta tcaaatcacg tgaaatttat gaatgtcctg cggcaatggt actgttagct 840gctcataaag aaattgaaga tttaacatta gtccgtgaag tgtctcattt taaacctatc 900cttgaaaatg aactatcaaa tcttatttat aatgctttat ggtttagtcc agctacaaaa 960gctatcattg cctatgtcaa agaaacacaa aaagtggtta atggtactac aaaagttaag1020ttatataaag gttctgccaa agtcgttgct cgccactcgt ctaattcatt atatgatgag1080aacttagcaa cttatacagc tgctgataac tttgatcaag atgcagcagt tggttttatc1140aaactctggg gacttccaac ccaagttaat gcacaagtaa acaaaggata a 1191SeqID 13atggctaaag tatgttattt cacaggacgt aaaacagttt ctggtaacaa ccgttcacac 60gcgatgaacc aaacaaaacg tactgttaaa ccaaaccttc aaaaagttac tgttcttatc 120gacggtaaac caaaaaaagt ttgggtttca gctcgtgcgc ttaaatctgg taaagtagaa 180cgcgtttaa 189SeqID 14atggcaaaac agaaaaataa ctggcgccgt gttggagttg gtgtccttac acttgcttca 60gttgcgactc ttgctgcatg tggaagtaaa tcagcttccc aggattctaa tggagcgatt 120aattgggcta ttccaacaga aatcaataca ctagatttat ctaaagttac agacacttac 180tcaaatctag ctattggtaa ctctagtagt aatttccttc gcttagataa ggatggaaag 240acgagaccag atttggctac taaagttgat gtttcaaaag atggtttaac ttatacagct 300acattacgta aaggcttgaa gtggtcagat ggcagtaaac ttactgcaaa ggattttgtt 360tattcatggc aacgtttagt tgatcctaag acagcttcac aatatgctta ccttgctgtt 420gaagggcatg tgcttaatgc cgataaaatc aacgaaggac aagagaaaga cttgaataag 480ctaggtgtta aggcagaagg cgatgacaaa gttgttatta ctttatctag tccgtctcca 540caattcatct actaccttgc attcactaat ttcatgccac aaaaacaaga agttgttgaa 600
      aaatatggaa aagattacgc aactacttca aaaaatacag tttactcagg accatatact 660gttgaaggtt ggaatggttc aaatggtact ttcaccctga agaaaaacaa aaattattgg 720gacgctaaaa atgtaaaaac aaaagaagtt cgcatccaga ctgttaaaaa accagatacc 780gccgttcaaa tgtataaacg tggtgaatta gatgcagcta atatctcaaa tacttctgct 840atttatcaag ctaataaaaa taataaagat gtcacagatg ttctagaagc gaccactgcc 900tatatgcaat ataatactac tggttctgtg aaagggcttg ataatgttaa gattcgtcgc 960gccttaaact tagcaactaa ccgtaaagga gttgttcaag cagccgttga tacaggctca1020aaaccggcaa ttgcttttgc accgactggt ttagccaaaa caccagatgg aactgatttg1080gcaaaatatg ttgccccagg ttatgaatat aataaaactg aagcagcaaa actctttaaa1140gaaggtttgg ctgaatcagg cttgactaag ctaaaattaa caattacagc agatgctgat1200gttcctgctg ccaaaaactc tgttgactat atcaagtcta cttgggaagc tgctcttcca1260ggacttactg ttgaagaaaa atttgtaacc tttaaacaac gcttagaaga cagtagaaaa1320caaaactttg atatcgtagt ttctgtttgg ggtggggatt atccagaagg gtcaactttc1380tacggcctct ttaagtcaga ttcacaaaat aacgatggaa aatttgctaa caaggactat1440gacgctgctt ataacaaggc aatttccgaa gatgccttaa aaccagaaga atcagcaaag1500gactataaag aagcagagaa aattctattt gagcaaggcg cttataaccc actctacttc1560cgtagtggta aaggtttaca aaatccaaaa ttaaaaggtg ttattcgtaa tactacaggt1620ttgtcaatag actttacaca tgcttataaa aaataa 1656SeqID 15atggaactct taaaaacacc catctttggt atttgctttt ctttaatact ctatacgata 60ggacaacatt tatttaagaa gagtaaaggt ttcttccttt tgcagcctct tttctttgca 120atggttagtg gtattgtcat tctttggctt atgtcaaaag gtttaggaac cgatgttaag 180acattttata cacaagctta taaaccaggt ggcgatttaa tattttggtt tttaaatcca 240gcaacaattg cttttgcagt tcctctctat aagaaaaatg acgttgttaa aaaatattgg 300gtagaaattc tcagcagttt agtaatcggt atgattgttt cccttatgct tatcgtcgct 360atttctaaaa tggttgggct tagtcaagtc ggaattgctt caatgttgcc acaagcagca 420acaacagcaa ttgctcttcc aataacagca gcaattggag ggaacacagc tgtgacagca 480atggcgtgta tcttaaatgc agttattatt tatgcattag gtaaaaaatt agtgtcattt 540ttccatttga atgatagtaa gattggtgca ggattaggtc tagggacctc tggtcataca 600gtcggagcag cctttgcatt ggaattggga gaactgcaag gtgcgatggc agctatagcg 660gtggtggtta tcggtttggt agttgatttg gttattccta tctttagtca tttgattggt 720ttgctataa 729SeqID 16gtgactaaat atttgaagta catctctttt gttgctttgt ttctggcgag tatcttttta 60gtagcttgtc aaaatcaaaa ttcacaaaca aaggagcgaa cacgaaaaca acgacccaaa 120gatgaattgg ttgtttctat gggggcaaag cttcctcatg aattcgatcc aaaggaccgt 180tatggaatcc ataatgaagg taatattact catagtaccc tattgaaacg ttctcctgaa 240ctagatataa aaggagagct tgctaaaaaa tataaaatct ctaaggatgg cttaacgtgg 300tcgttcgact taaatgatga ttttaaattc tccaatggtg agcctgttac tgctgacgat 360gttaagttta cttatgatat gttgaaagca gatggaaaag cttgggattt gacctttatt 420aagaatgttg aagtagttgg gaaaaaccag gtaaatattc atttgactga ggcgcattcg 480acatttacag cacagttgac agaaatccca atcgtcccta aaaaacatta caatgataag 540tataagagca atcctatcgg ttcaggacct tacatggtaa aagaatataa ggctggagaa 600caagcaatct tcgttcgaaa tccatattgg cacggtaaaa agccttattt taaaaagtgg 660acttgggtat tacttgatga aaatacagca ctagctgctt tagaatctgg tgatgttgac 720atgatttacg caacgccaga gcttgctagc aagaaagtca aaggaacacg tcttctagat 780attgcttcaa atgatgttcg tgggttatcg ctaccttatg tgaagaaagg tgttgtgaaa 840aattcaccag acggttatcc agtaggaaat gatgtcacta gtgatccagc aatcagaaaa 900gccttgacta ttggtttaaa tagacaaaaa gttctggata ctgttttaaa tggttatggt 960aaaccagctt attcaattat tgatagaaca ccattctgga atccaaaaac agcaattaaa1020gataataaag tagctaaagc taagcaactt ttgacaaaag ctggatggaa agaacaagca1080gacggtagcc gcaaaaaagg aaatcttaaa gcggaatttg acctttacta ccctactaat1140gatcaattac gagcaaactt agccgttgaa gtagcggagc aagctaaagc cttaggtatt1200actattaaac tcaaggctag taactgggat gaaatggcaa ctaagtcaca tgattcagcc1260ttactttatg cgggaggacg tcatcatgcg cagcaatttt atgaatcaca ttacccaagt1320ttagctggta aaggttggac caatattact ttttataaca atcctactgt gactaagtac1380cttgacaaag caatgacatc tcccgacctt gataaagcta acaaatattg gaagttagct1440cagtgggatg gcaaaacagg tgcttccact cttggagatt taccaaatgt atggttggtg1500agtcttaacc atacttatat tggtgataaa cgtatcaatg taggtaaaca aggtgtccat1560agtcatggtc atgattggtc attattgact aacattgctg aatggacttg ggatgaatct1620gctaagtaa1629SeqID 17
      atgggccaag aacctatcat cgaatatcaa aatatcaata aagtgtatgg ggaaaatgtt 60gcggttgaag atattaacct taaaatttac cctggtgatt tcgtttgttt catcggtacg 120agtggatcag gtaaaacaac attaatgcgt atggttaacc atatgttaaa accaacaaat 180ggtactctat tatttaaggg aaaagatatt tctactatta accccattga attaagacgc 240agaattggat atgttatcca aaacattggt ttaatgcctc atatgaccat ttacgaaaat 300atagttcttg taccaaaatt attgaaatgg tcagaagaag ctaaaagagc taaagcaagg 360gaacttatta aattagttga attacccgaa gaatatttgg atcgctaccc tagtgagttg 420tctggcggtc agcaacaacg tatcggtgtc attcgcgctc ttgcagcaga ccaagatatt 480attttaatgg atgagccttt tggagctctg gatcctatta ctagagaagg tattcaagac 540ttagtcaagt ctcttcagga agaaatgggg aaaactatca tcttagttac tcatgatatg 600gatgaagccc tcaagttagc aacaaaaatt attgttatgg acaatggtaa aatggtccaa 660gaagggacac ccaatgatct cttacatcat cctgctacca gtttcgttga acaaatgatt 720ggggaagagc gtcttcttca tgcgcaggct gatattaccc ctgttaaaca gataatgtta 780aataatcctg tttcaataac tgctgaaaaa acactaactg aagctattac actaatgcgc 840caaaaacgcg ttgactcact tctagtaacc gataacggta aattaattgg ttttattgac 900ttagaatctc taagcagtaa atataagaaa gaccgacttg tttctgatat cttaaaacat 960actgattttt atgttatgga agacgactta cttagaaata ctgctgagcg tattttaaaa1020cgtggtttaa aatacgctcc agttgttgac catgagaata acctaaaggg cattgttact1080cgtgcatccc tagttgatat gttatacgat attatttggg gcgatactga aacggaggat1140caataa 1146SeqID 18atgaaaatag ataaaaaaga atttttagca cttattgcta gtattatttt attaattttt 60gcttctgtta cgtttttctt atttaaagat catggcacta ctcaaatgga tactgtagaa 120agcagtgtta accatgtcag tgattctcaa ttaactgagg cacaagatat gttagataaa 180tttgagaaga aaccttcaga aaaattattg aaggatgtcg aacttgcttt aaataaattg 240tccaattctt ctaaaaaaga agctttgcaa aaacgtttta agaaagcaaa agataagtat 300cttaaagacg aagcagataa gaaagctacc aaagatgcta cagatttagt agaaattcta 360gaacaagccc cttcagaaga aaatgtgtta aaagctgaag cagcagtcaa taagttaact 420gtcaaagaat ctaaagaagc tttacaaaaa cgtattgata ctgttaagac acaatatggt 480ttgattggga atcaaactcc ctctagttca gtagctgaaa ctacagaaca agggacagct 540aatcctgcta gtcaggatac ttctagttac gttaatcaga atgtagcacc aacttatgag 600caaccgcaaa cgaataatac accagttactccaggggtta acaatactgt tccgactcca 660ggaactggta ctgcacctgc tactaatggg acgggtgttg ctcagtaa 708SeqID 19atgactaaag atttattatt ggagcttggc cttgaagagt tgccagctta tgttgtgaca 60ccgagtgaga agcaattggg ccaaaaaatg gtcaagtttt tagaggatca tcgtttatca 120tttgaaactg ttcaaacttt ttcaactcca cgtcgtttgg ctgttcgtgt taaaggattg 180gcagaccagc agacagattt aacagaagat ttcaagggtc cttctaagaa aattgctttg 240gatgcagaag ggaatttttc taaagcagcc caaggttttg ttcgcggaaa aggtttaagt 300gttgatgata tcgaatttcg tgaagttaag ggagaagaat atgtttatgt cactaagcat 360gaaactggaa aaagtgcgat tgatgtttta gcaagtgtga cagaggtatt aacagaattg 420actttcccag tgaacatgca ttgggcaaat aatagttttg aatatattcg tccagttcac 480actttagtgg tattattaga tgatcaagcc ttagagctag acttccttga tattcattca 540gggcgtatta gtcgagggca ccgtttcttg ggttctgaca ctgaaatttt atctgctagt 600tcgtatgaag atgacttgcg acaacaattt gttattgctg atgcaaaaga acgccagcaa 660atgatcgttg atcaaattca tgctatcgaa gaaaaggaaa atatttcagt tgaaattgac 720gaagatttac taaatgaagt gcttaattta gttgagtatc cgacagcatt cttgggttct 780tttgacgaga aataccttga tgtacctgaa gaagttttag tcacttcaat gaaaaatcat 840caacgctatt ttgttgttcg cgacagggat ggaaaattgt taccaaactt tatttctgtg 900cgtaatggaa atgctgagca tatcgaaaat gttataaaag gtaatgaaaa agttttagtg 960gctcgtctcg aagatggtga attcttctgg caagaagatc agaaacttaa tattgcagat1020ttagttgaga aattaaaaca agtaactttc catgaaaaaa ttggttcact ttatgaacat1080atggatcgtg taaaagttat ttcacaatat ttggctgaga aggcagatct ttctgatgaa1140gaaaaattag ctgtgcttcg agctgcaagt atttataaat ttgacctctt aactggaatg1200gttgatgagt ttgatgaatt acaaggtatt atgggtgaga aatatgcctt acttgcaggg1260gaacagcccg cagtagcagc agcgatacgt gaacattata tgccgacatc ggccgatgga1320gagcttccag aaaccagagt tggtgcaatt ctagcgttag ctgataaatt tgacacctta1380ctttcattct tctcagttgg tttgattcca agcggttcaa atgatccata tgctcttcgt1440cgagctactc aggggattgt ccgtattttg gaagcttttg gttgggatat cccacttgat1500gaattagtaa ctaaccttta tggtctatcg tttgctagtt tagattatgc taatcaaaaa1560gaggtcatgg cctttatttc agctcgtatt gaaaagatga ttggctctaa ggtccctaaa1620gatattcgag aagccgtttt agaatcagac acttatattg ttagccttat tctagaagct1680agccaagcat tggtgcaaaa gagcaaggat gctcaatata aagtttccat tgaaagtttg1740
      tcacgtgcat ttaatttagc tgaaaaagtt actcattctg tatcggtgga ctattcattg1800tttgaaaata atcaggagaa ggcgctatat caagctattt tgtcacttga actgactgag1860gatatgcatg acaacttaga taagcttttc gcacttagtc caattattaa tgatttcttt1920gataatacaa tggtaatgac agatgatgaa aaaatgaaac aaaatcgtct ggctttactc1980aatagccttg ttgcaaaagc aagaacagtc gctgctttta acttattaaa cacaaaataa2040SeqID 20atgacatttg acaccattga tcaattagcg gttaatacag tccgcacgct ttctattgat 60gctatccaag cagcaaattc tgggcaccca ggtcttccta tgggagctgc gcctatggct 120tatgtgcttt ggaataaatt cttaaatgta aacccaaaaa caagtcgcaa ttggacaaac 180cgtgaccgtt ttgtgctatc agctgggcat ggttcagctc ttctttatag cctacttcat 240ttagctggct atgatttatc aattgatgat ttaaaacaat tccgccaatg gggatcaaaa 300acacctggac atccagaagt taaccatact gatggtgtag aagcaacaac tggaccttta 360gggcaaggta ttgctaatgc tgttggtatg gcaatggctg aagctcattt ggctgctaaa 420tttaataaac caggctttga tttagttgat cattacactt atacacttca tggtgatggt 480tgtttgatgg agggtgttag ccaagaagct gccagtcttg ctggacactt aaaacttggt 540aaattggtcc ttctttatgat tcaaatgat atctcacttg atggtccaac gtctcaatca 600tttacagaag atgttaaagg gcgttttgaa tcatatggtt ggcaacatat cttagttaaa 660gatggtaatg atttagaagc gattgctgca gcaattgaag ctgctaaagc tgaaactgat 720aaaccaacca ttattgaagt taaaactatt attggatttg gcgcagagaa acagggaaca 780tcttcagttc atggagcgcc acttggtgca gaaggtatta cttttgccaa gaaggcttat 840ggatgggaat atccagactt tactgttcct gctgaagttg tagctcgatt tgcctcagat 900cttcaagcgc gtggtgcgaa ggcagaagag gcatggaatg atctttttgc taaatatgaa 960gttgagtatc cagaattagc agctgaatac aaagaagctt ttgctggcca agctgagaca1020gttgaattga aagctcatga cctaggttca tcagtggcta gtcgtgtttc aagccaacaa1080gctattcaac aattatcgac tcaattaccg aacctctggg gagggtcagc agacctctca1140gcttctaata acacaatggt agcagcagaa acagatttcc aagcaagtaa ttacgctggg1200cgtaacattt ggtttggtgt acgtgaattt gcaatggctg ctgcaatgaa tggaattgcg1260cttcacggtg ggactcgtgt ttatgggggt acattctttg tcttctcaaa ctacttgtta1320ccagcagtac gtatggctgc acttcaaaac ttgccaactg tctatgttat gacacatgat1380tctattgctg ttggagaaga tgggccaact catgagccaa tagaacaatt agcatcagtg1440cgctcaatgc ctaatttgaa cgttatccgt cccgcagacg gtaatgaaac aaacgctgca1500tggcaacgag ctgtatcaga gacagatcga ccaacgatgc ttgttttaac acgtcaaaac1560ttaccagttc ttgaaggaac atcagaatta gcccaagaag gggttaataa aggtgcttat1620attttatcag aagctaaagg tgaacttgat ggtatcatca ttgcaacagg ttcagaagtt1680aaattagctt tagatactca agacaaactt gagtcagagg gcatccatgt tcgcgtcgta1740tctatgccag cacaaaacat ttttgatgaa caagaggctt catatcaaga gcaagtgctt1800ccatcagctg ttacaaaacg tcttgctatt gaggcaggat caagcttcgg ttggggtaaa1860tatgttggtt taaatgggct aacacttact attgatactt ggggagcatc agcaccaggt1920aacagaattt tcgaagagta tggctttaca gttgagaatg ctgtatcgct atataaagaa1980ctttaa 1986SeqID 21atgactttgc aagatcaaat tatcaaagaa ctcggtgtaa aacctgttat taatccaagt 60caagaaatcc gtcgttccgt agaattttta aaagactatc tattaaaaca tagttttcta 120aagacctatg tactgggtat ttcagggggg caagattcaa ctttagcagg acgtctagct 180caactagcag ttgaagagtt gcgtgctgat acaggggaaa actatcaatt tatagctatt 240cgtttaccat atggtattca ggccgatgaa gaagatgcac aaaaagcatt agattttatc 300aagccagata ttgctttgac cattaatatt aaagaagctg ttgatggcca agttagagct 360cttaatgcag caggagtaga gattacagac tttaataaag gaaatattaa agctcgtcaa 420agaatgatta gtcaatatgc agttgcaggt caatatgctg gagcggttat tggtactgat 480catgctgcag aaaatattac aggttttttc accaaatttg gtgatggagg tgctgactta 540ttacctctct ttagacttaa taaaagtcag gggaaacagt tattagctga acttggtgct 600gataaagcct tgtacgaaaa gattccaacc gcagatttag aagaaaataa accaggaatc 660gctgatgaaa tagcccttgg agtaacctac caagaaattg atgcttatct tgaagggaag 720gtggtttcgg acaagtctcg aggtatcatt gaaaattggt ggtataaggg tcaacataaa 780cgtcatcttc caatcacaat ttttgatgat ttctggaaat aa822SeqID 22attaaaaagg aatctgttat caaactattg aagtatgctt ttggcattat aatgggattt 60attatcttag ctattgtaat aggtgggctc ctatttgcat actacgttag tcgttctccg 120aaattaaccg atcaagcttt aaaatccgtt aactctagtt tggtttatga tggtaataat 180aaacttattg ccgatttagg ctcagaaaag cgtgaaagtg ttagtgcgga tagcattcca 240ctaaatttgg ttaacgctat cacttctatc gaagataaac gtttctttaa acatagaggt 300gtcgatattt atcgtatttt aggtgcagct tggcataatc ttgttagtag taatacgcaa 360
      ggtggttcaa cccttgatca acagttgatt aaactggctt acttttctac caataaatct 420gaccaaacgt taaaacgtaa atcacaggaa gtttggcttg cgcttcaaat ggagcgtaaa 480tacaccaaag aagaaattct tactttctat attaataaag tttatatggg aaatgggaat 540tatggtatga gaacaacagc taaatcatac tttggtaaag acctaaagga attatctatt 600gcacaacttg ctttgctcgc tggtattcct caagcaccta cacaatatga cccttataaa 660aacccagaat ctgctcaaac aagacgtaat accgttcttc agcagatgta tcaagataaa 720aacatttcta aaaaggaata cgaccaagct gttgcaactc cagtaactga tggcttaaaa 780gaattaaagc aaaaatctac ttatccaaaa tatatggata actacttaaa acaagttatt 840agtgaagtta aacaaaaaac tggtaaagat atctttactg ctgggctaaa agtgtatact 900aatatcaaca ctgatgcaca aaaacaacta tatgacatct acaacagtga cacttacatc 960gcttatccaa acaatgaatt acaaatagca tctaccatca tggatgcgac taatggtaaa1020gtcattgcac aattaggcgg gcgtcatcag aatgaaaata tttcatttgg gacaaatcaa1080tctgtcttaa cagaccgcga ttggggttct acaatgaaac ctatctcagc ttatgcacct1140gctattgata gtggtgtcta taattcaaca ggtcaatcat taaacgactc agtttactac1200tggcctggta cttctactca actatatgac tgggatcgtc aatatatggg ttggatgagt1260atgcagaccg ctattcaaca atcacgtaac gtccctgctg tcagagcact tgaagccgct1320ggattagacg aagcaaaatc tttccttgaa aaattaggca tatactatcc agaaatgaac1380tattcaaatg ctatttcaag taacaacagt agcagtgatg caaaatatgg tgcaagtagt1440gagaaaatgg cagcggctta ctcggctttt gcaaacggcg gaacttacta taaaccgcaa1500tatgttaata aaattgaatt tagcgatgga accaatgata cttatgcagc gtctggtagc1560cgtgcgatga aagagactac tgcctacatg atgacggata tgctgaaaac agtactaaca1620tttggtactg gtactaaagc agctatccct ggtgttgcac aagctggtaa gactggtact1680tccaactata cggaagatga gttagctaaa attgaagcaa ctactggtat ctacaatagc1740gccgttggta caatggctcc tgatgaaaac tttgtcggct atacttctaa gtacacaatg1800gcaatttgga ctggttataa aaatcgcctt acaccacttt atggtagcca actggatatt1860gctactgagg tttatcgtgc aatgatgtcc tacctaactg gcggatacag tgcagattgg1920acaatgccag aagggctcta tcgaagcgga agctacttgt atatcaatgg gacaactaca1980accggcactt actcttcttc tgtctataag aatatctatc aaaattctgg acagtcaagt2040caaagcagta gttcaacatc ctctgagaaa caaaaagagg ataagaatac agcaaatgat2100gccaattcat catccccaca agtcgaaaca cctaataatg gtaatgctac tacccctaat2160aattccaatc aaactgtgcc aggaactgga catggtaatg gtaatggtaa caacaataca2220gtacctaacg gtaattaa 2238SeqID23atgttagact taaaacgtat tcgtacagat tttgatgttg tcgctaaaaa attggccacg 60cgtggtgttg accaagaaac attaacaacc cttaaagaac ttgatataaa acgccgtgaa 120ctacttatca aagctgaaga ggcgaaagcg caacgtaatg ttgcttctgc tgccattgct 180caagcaaaac gaaataaaga gaatgcagac gagcaaatcg cagctatgca aacactttcc 240gctgatatca aagcaattga tgcggaattg gcagatgtgg atgctaattt acaatcaatg 300gtgaccgtac ttcctaatac accagctgat gatgtgccgc ttggagcaga cgaggatgaa 360aatgttgaag ttcgtcgctg gggaactcct cgtgaatttg attttgagac caaagctcac 420tgggatttag gtgaaagcct tggaattctc gattgggaac gtggtgcaaa agttactggc 480tctcgcttcc tcttctacaa aggtctaggt gctcgtttag agcgtgctat ctacagcttc 540atgctggatg aacacgctaa ggaggggtac actgaagtga tccctcctta tatggttaac 600cacgattcaa tgttcggtac gggacaatat ccaaagttca aggaagatac tttcgaatta 660gcagatagcc cattcgtact tatcccaaca gctgaagttc ctttaacaaa ctattatcgt 720gatgaaatta tcgatgggaa agaattacct atatacttta ctgccatgag tccatcattc 780cgttcagaag caggctctgc aggacgtgac acacgtggat taattcgcct tcatcaattc 840cataaagtag aaatggtgaa atttgccaag cctgaggaat cataccaaga attagaaaaa 900atgacagcaa atgctgaaaa tattcttcaa aaacttaatc tcccataccg tgtcattacc 960ttgtgtacag gagatatggg attctcagca gctaaaacgt atgacttaga ggtatggatt1020cccgctcaaa atacttatcg agaaatttct tcatgttcta atactgaaga tttccaagca1080cgtcgtgctc aaattcgtta ccgtgacgaa gttgatggca aagttaggtt gcttcatact1140ttaaatggtt caggacttgc agttggacgt actgtagcag caatcctcga aaattatcaa1200aatgaagatg gttctgtgac tatcccagaa gttcttcgtc catatatggg taatatcgat1260attattaaac caaattag 1278SeqID 24gtgacaatat caaatcaaga attgacgctt actcccttaa gaggaaaaag tggcaaagcc 60tatattggta cttatccaaa tggtgaacgt gtctttgtca aatataatac gacacctatt 120ttgccagcct tagctaagga acagattgcg ccacaactac tgtgggcacg ccgtacaagt 180aatggcgata tgatgagtgc tcaagaatgg ttagatggtc gaacattgac taaagaagat 240atgggtagta aacagattat tcatatttta ttgcgcctgc acaagtctcg tcccttagta 300aatcagctgt tacaattagg gtataaaatt gaaaaccctt atgatttgtt gatggattgg 360gaaaaacaaa ctcctattca aatccgggaa aacacttatt tgcaatctat tgtgactgag 420
      ttaaagcgta gtttacctga gtttcgaaca gaggttgcaa caatcgttca cggagatatc 480aaacatagca actgggttat tacaacaagt ggtttaattt atttggttga ttgggattct 540gttcgtttaa cagatcgcat gtatgacgtt gcatatattt taagtcatta tattccacaa 600aaacactgga aagattggct gtcttactac ggttataaag ataatgagaa agtctggagc 660aaaattatct ggtatgggca attttcatat ttatcacaga taatcaaatg ttttgataaa 720cgagatatgg agcatgtcaa tcaagaaatt tatgaattac gaaagtttag agagttaatt 780aaaaagcata atgcgagtta g 801SeqID 25atgaaaatat cacaatacaa taaatggtca attcgccgat tgaaagttgg agctgcatct 60gtaatgattg ctagtggaag cattgttgct ttagggcaat ctcatattgt ttcagcagat 120gagatgtccc aacctaaaac aaccattaca gctccaacag ctaacacttc tacaaatgta 180gaaagtagta ctgataaggc attatcaaaa gttactacga tggagacaag ttcagaaatg 240cctaaaatgc aaaatatggc aaaagttgaa aaaacgagtg acaaacctat gatggtggct 300acctctgtta gaaaaatgat ggcaacgccg acacctgtag cgatgaccaa aacgactagt 360gtagatgagg taaagaaatc aactgatact gcttttaaac agacagtaga cgttccggct 420cattatgtta atgcagcaaa agggaatggc ccatttctag caggtgtaaa tcaaacgatt 480ccatatgaag cgtttggtgg agatggcatg ttaacgcgtt taatccttaa atcttctgaa 540ggagcaaaat ggtcagataa tggtgttgat aaaaatagtc cattattacc attgaaaggc 600ttaactaaag gtaaatattt ctatcaagtt tctttaaatg gtaatacgac aggtaaagag 660ggacaagctc tcttagatca aattaaagct aatgataaac atagctacca agccacaatt 720agagtttatg gtgctaaaga tggtaaagtt gatttaaaaa acatgattag ccaaaaaatg 780gtaaccatta acattcctca cattacaact gatatggaag taaaaaattc tctaaagatg 840gcctttaaag aaaaagtaga cgtcccagca aaatatgtta gtgctgcaaa agctaaaggt 900ccatttttag caggtgttaa cgaaacgatt ccatatgaag cgtttggtgg ggatggcatg 960ttaacgcgtt taatccttaa agcttcagag ggagcaaaat ggtcagacaa tggtgttgat1020aaaaatagtc cattattacc gttaaaagat ttaactaagg gtaaatactt ctaccaagtc1080tctcttaatg gcaatacagc cggtaaaaaa ggccaagctc tcttagatca aattaaggca1140aatggaagcc atacttatca agcaactatc actatttatg gtacgaaaga tggcaaagtt1200gatatgaata ctattttagg acaaaagaca gtgatgattc atattaatgt cgctaaaaaa1260gatatgaata gcacatcaat gatgatgaaa aaagataaga tgacaatgcc tatgaagaaa1320gaaatgactt catctaaaat aaataccggt atgatgatgt ctaacaacaa gatgtcagct1380aatatgcaaa tgtcatcaca agccaaatca aatgataaag ctggtaaaaa aatgtctatg1440atgtctaaaa atttacctaa tacaggtgaa acaaagcaac aaaatgtagg tgtgctaggt1500atgcttagtc tagcctttgc gacaggtcta actgcgctag gccttaaaaa atctaaacaa1560agatag 1566SeqID 26atgacacata ttacatttga ctattcaaaa gtcttgggtc aatttgtagg cgaacacgag 60ttagactacc tacaaccaca agtaagtgca gcagatgctt tccttcgtca agggactggt 120cctggctcag attttctcgg atggatggac ctcccagaaa actatgacaa agaagaattt 180tctcgcattc aaaaagccgc tgaaaagatt aaatcagata gcgaagtact cgtggttatt 240ggtattggtg gttcgtacct tggcgcaaaa gcagcaattg actttttgaa taatcatttt 300gctaatttgc aaaccgcaga agaacgtaaa gcgcctcaga ttctttatgc tggaaattct 360atttcatcta cttaccttgc cgatttagtt gaatacgtcc aagataaaga attctcagta 420aatgtcattt caaaatcagg tacaacaact gaaccagcga ttgctttccg tgtatttaaa 480gaacttctag ttaaaaagta cggtcaagaa gaagctaata aacgtatcta cgctacaact 540gataaagtta aaggtgccgt aaaagttgaa gcagatgcta acaattggga aacatttgta 600gttcctgata atgttggtgg tcgtttctca gtactgacag ccgtaggtct tcttccaatt 660gctgcttcag gagcagatat tactgctctt atggaaggcg caaatgctgc tcgtaaagat 720ttatcttcag ataaaatctc tgaaaacatt gcttatcagt acgctgcagt tcgtaatgtt 780ctttatcgca aaggttatat cacagagatt ttagctaact acgaaccatc attacaatac 840tttggtgaat ggtggaaaca attagcaggt gaatcagaag gtaaagatca aaaaggtatc 900tatcctacat cagcaaactt ctcaactgat cttcactcac ttggtcaatt tattcaagaa 960ggttaccgta acctctttga gacagttgtt cgcgttgaga aacctcgtaa aaatgtgact1020attcctgaat taaccgaaga tttagatggt cttggttatc ttcaaggaaa agatgtagat1080tttgttaata aaaaagcaac agatggtgta ctccttgctc atacagatgg tggggttcca1140aatatgtttg taacgcttcc tacacaagac gcttacaccc ttggttacac tatttacttc1200tttgagttag caattggcct ttcaggttat cttaactcag taaatccatt tgatcaacca1260ggggtagaag catataaacg taatatgttt gctcttctag gtaaacctgg attcgaagag1320cttagcgctg aattgaatgc acgtctttaa 1350SeqID 27atgaaagaaa aacaaacagc cggacgtcgt caattagaag aatttgcacc tgaatttgcc 60agatataatg atgatatttt atttggtgag gtttgggcaa aagaggatca tttaacagat 120
      aaaacacgtt ctattattac tatatctgcc ttaattagcg gaggaaatct tgaacagtta 180gagcatcatc ttcaatttgc caaacaaaac ggagttacta aagaagaaat tgctgacatt 240atcactcacc ttgcttttta tgttggatgg ccaaaagctt ggtcagcctt taataaagct 300aaggaaattt ggatataa 318SeqID 28gcttggagag ctttagagga tgctcaaaaa tctggtaagg taaaatccat cggtgtctca 60aactttttag aaaaagactt agaaaatatc ttaaaaaatg gtcatgttaa acctgctgtc 120aatcaaatct tagctcacat cggaaataca cctttcgact tgattgatta ctgtcaaagt 180aaaggtattc aagttgaagc ttattcacca attgcacatg gacaagcatt gaaatctgat 240ggtattcaaa aaatggctga aaaatatggg gttagtgttg ctcaattatg tattcaatat 300ttactacaat taaacctgat cgttttacca aaggcttcta gtaaagaaca tttacagtct 360aatctagact ttgactttgt aattagtgac gaagatatgt cgatattaaa atcacttatg 420tttgacgatt atggggaatt ttctaacttc cctgttttta gtgaaaaatg a 471SeqID 29atgtttagaa ggtctaaaaa taacagttat gatacttcac agacgaaaca acggttttca 60attaagaagt tcaagtttgg tgcagcttct gtactaattg gtcttagttt tttgggtggg 120gttacacaag gtaatcttaa tatttttgaa gagtcaatag ttgctgcatc tacaattcca 180gggagtgcag cgaccttaaa tacaagcatc actaaaaata tacaaaacgg aaacgcttac 240atagatttat atgatgtaaa gaatggattg attgatcctc aaaacctcat tgtattaaat 300ccatcaagct attcagcaaa ttattatatc aaacaaggtg ctaaatatta tagtaatccg 360agtgaaatta caacaactgg ttcagcaact attactttta atatacttga tgaaactgga 420aatccacata aaaaagctga tggacaaatt gatatagtta gtgtgaattt aactatatat 480gattctacag ctttaagaaa taggatagat gaagtaataa ataatgcaaa tgatcctaag 540tggagtgatg ggagtcgtga tgaagtctta actggattag aaaaaataaa aaaagatatt 600gataataatc caaaaacaca aatagatatt gataataaaa ttaatgaagt caatgaaata 660gagaaattgt tagttgtatc gctaccagat aaaattaagt attcaccaga ggctaagcat 720aggactgttg aacaacacgc ggaattagat gcaaaagata gcattgcaaa tacagatgaa 780ttgccatcaa attcaacgta taactggaaa aatggtcata aaccagacac ctcaacatca 840ggtgaaaaag acggaattgt tgaagttcac tatccagatg gtactgttga tgatgtgaat 900gttaaagtaa ccgttacatc gaaaaaaact gataatacag ctccaacatt aaccgtcact 960ccagagcaac agactgttaa agtggatgaa gatattacct ttacggttac agctgaagac1020gaaaatgaag ttgaactagg tttagatgat cttaaagcta agtatgaaaa tgatatcatt1080ggagctcgtg ttaaaattaa gtatcttact aaagaaccta ataagaaagt catggaagtg1140acaattatga aagctacttt agcagataag ggcgcaatta cctttactgc aaaagataaa1200gcaggtaatc aagcagaacc taagacagtt accatcaatg ttcttccgcc agataaaatt1260aagtattcac cagaggctaa gcataggact gttgaacaac acgcggaatt agatgcaaaa1320gatagcattg caaatacaga tgaattgcca tcaaattcaa cgtataactg gaaaaatggt1380cataaaccag acacctcaac atcaggtgaa aaagacggaa ttgttgaagt tcactatcca1440gatggtactg ttgatgatgt gaatgttaaa gtaaccgtta catcgaaaaa aactgataat1500acagctccaa cattaaccgt cactccagag caacagactg ttaaagtgga tgaagatatt1560acctttacgg ttacagctga agacgaaaat gaagttgaac taggtttaga tgatcttaaa1620gctaagtatg aaaatgatat cattggagct cgtgttaaaa ttaagtatct tactaaagaa1680cctaataaga aagtcatgga agtgacaatt atgaaagcta ctttagcaga taagggcgca1740attaccttta ctgcaaaaga taaagcaggt aatcaagcag aacctaagac agttaccatc1800aatgttcttc cgccagataa aattaagtat tcaccagagg ctaagcatag gactgttgaa1860caacacgcgg aattagatgc aaaagatagc attgcaaata cagatgaatt gccatcaaat1920tcaacgtata actggaaaaa tggtcataaa ccagatacct caacaccagg agagaaaaac1980gctgttgttg ttgtgaccta tccagataag tcaacagatg aagttcctgt aaaagttaca2040gtggttgacc cacgtacaga cgcagagaaa aatgatccag caggtaaaga tcaaactgtc2100aaagtgggtg aacaaccaga tccgacaaaa tctcttgaag cagtaccagc tggaagtaca2160gtagcgtaca aagaaccagt tgatactaag acaccaggag agaaaaacgc tattgttgtt2220gtgacctatc cagataagtc aacagatgaa gttcctgtaa aagttacagt ggttgaccca2280cgtacagacg cagagaaaaa tgatccagca ggtaaagatc aaactgtcaa agtgggtgaa2340caaccagatc cgacaaaatc tcttgaagca gtaccagctg gaagtacagt agcgtacaaa2400gaaccagttg atactaagac accaggagag aaaaacgcta ttgttgttgt gacctatcca2460gataagtcaa cagatgaagt tcctgtaaaa gttacagtgg ttgacccacg tacagacgca2520gagaaaaatg atccagcagg taaagatcaa actgtcaaag tgggtgaaca accagatccg2580acaaaatctc ttgaagcagt accagctgga agtacagtag cgtacaaaga accagttgat2640actaagacac caggagagaa aaacgctgtt gttgttgtga cctatccaga taagtcaaca2700gatgaagttc ctgtaaaagt tacagtggtt gacccacgta cagacgcaga gaaaaatgat2760ccagcaggta aagatcaaac tgtcaaagtg ggtgaacaac cagatccgac aaaatctctt2820gaagcagtac cagctggaag tacagtagcg tacaaagaac cagttgatac taagacacca2880ggagagaaaa acgctgttgt tgttgtgacc tatccagata agtcaacaga tgaagttcct2940
      gtaaaagtta cagtggttga cccacgtaca gacgcagaga aaaatgatcc agcaggtggg3000gaaacaacag taccacaagg cacaccgatc agtgatgaag aaattacagg attagtgaag3060attccagaag gatcaaacgg cgtaccgaaa gtagtaggag accgtccgaa tacagacgta3120ccaggagatt ataaagtaac ggtagaagta acgtatccag atggaacaaa ggatacagta3180gcagtaacgg ttcatgtgac accaaaacca gtaccggata aagataaata tgatccaaca3240ggtaaatctc agcaagtcaa cggtaaagga aataaactac cagcaacagg tgagagtgca3300actccattct ttaatgttgc agctttgaca attatatcat cagttggttt attatctgtt3360tctaagaaaa aagaggatta a 3381SeqID 30atgcagattc tcgaagacta tgatggtaga gcattaccca agctagaaac ggatcgactt 60atcttgcgtc agcgaacggt gggggatgtc ccagccatgt ttgattacgt ttgcttggaa 120gaggttgcct atccagcagg gctcagccca atagcatctt tagaagatga gtatgattat 180tttgaaaatc gctactatca aaatctggaa aaggcaaaat taccatctgg ttatggtatt 240acggttaaag gaagtgaccg gattatcgga tcctgcgcct ttaaccatcg ccgtgaagac 300gatgttttcg agattggcta tctgcttcat cctgactact ggggtcatgg ctatatgaca 360gaagctgtcg ccgctttgat tgaagtcggt tttacccttc tcaatctcca caaaatcgaa 420atccgctgct atgactacaa taagcaaagc cagcgcgtgg cagaaaaact aggattcacc 480cttgaagcaa ccatccgtga tcgtaaggat aatcaaggca atcgctgtgt caatttgata 540tatggtttgc tgaggagtga gtgggagtaa 570SeqID 31atgtcaaaag aactatcacc aaaatacaat cctgccgagg ttgaggaagg ccgttatcaa 60acttggcttg accaagatgt tttcaagcca tcaggggata ctgaggctaa gccctattct 120atcgtgattc caccaccaaa cgttacgggt aaattacact tgggtcacgc ttgggataca 180actctacaag atatcattat tcgtcaaaag cgtatgcagg gctttgatac actctggctt 240ccaggtatgg accacgctgg tatagccact caagctaagg ttgaggagcg ccttcgtgag 300caaggtattt cacgttatga tcttggtcgt gaaaaattcc tagataaagt ttgggaatgg 360aaagacgagt atgcagcaac tattaaatct cagtggggga aaatgggtct ttcggttgat 420tatagccgtg agcgttttac ccttgatgag ggactttcaa aagcggtaag aaaagtcttt 480gttgatttgt acaataaagg ttggatctat cgtggggaat tcatcattaa ctgggatcca 540gcagctcgta cagccctttc agatattgaa gttattcaca aggatgttga gggtgctttc 600tatcatatga attatatgct ggaagatggc tcacgcgccc tagaagtagc aacaactcgt 660cctgagacta tgtttggaga tgtggctgta gcggtaaatc cagaagatcc acgttacaaa 720gatttgattg gtcaaaatgt tatccttcct atcatcaata aacctattcc aatcatcgct 780gatgaacacg ctgatccaga atttggaaca ggtgtggtta agattacgcc ggctcacgac 840cctaatgact tcgctgtagg tcaacgccac aacttaccac aagttaacgt tatgaacgat 900gatggtacta tgaatgaact tgcggatgaa tttaatggta tggatcgttt cgaagctcgt 960aaggcagtag tcgctaaatt agaatcgtta ggaaacttag taaaaattga aaaaatgact1020cattctgttg gtcattcaga acgaacaggc gttgtggttg aaccacgttt atctactcaa1080tggttcgtca agatggatca attggctaag aatgccattg ccaaccaaga tacagaagac1140aaggtagagt tttatccacc acgatttaac gatactttta tgagctggat ggaaaatgtc1200catgactggg ttatctctcg tcaattatgg tggggacacc aaattcctgc atggtacaac1260gtcaatggtg agatgtatgt tggagaagat gccccagagg gtgacggatg gacacaggat1320gaagacgttc tagacacatg gtttagttct gctttatggc cgttttcaac aatgggatgg1380ccagacaccg aagcagctga cttcaaacgc tacttcccaa catcaacctt ggtaactgga1440tacgatatca tcttcttctg ggtatcgcgc atgattttcc aatctcttga atttacagga1500cgccaaccat tctcaaatgt tcttattcat ggactcatcc gtgatgaaga aggacgtaaa1560atgtctaaat cacttggcaa cgggattgat ccgatggatg tcattgagaa atatggtgcg1620gatgcccttc gttggttcct ctcaaatggt tcagcccctg gtcaagatgt gcgtttttca1680tacgaaaaaa tggatgcttc gtggaatttc attaataaga tttggaacat ttcacgctat1740atccttatga ataacgaagg tttaacgttg gatcaagcca gagaaaatgt ggaaaaagtt1800gttaatagtc aagttggaaa tgtaacagac cgttggattc tccacaattt aaatgagact1860gtgggtaaag ttactgaaag ctttgacaag tttgaatttg gtgttgctgg tcacatcctt1920tacaacttta tctgggaaga atttgctaat tggtacgttg agttaacaaa agaggttctt1980tatagtgaca atgaagatga gaaagttgtt acacgttctg ttcttcttta taccttagat2040caaatcttgc gtcttcttca tccaatcatg ccatttgtga cagaagaaat ttttggacaa2100tacgcagaag gatcaattgt ccttgcaagt tatccacaag ttaacgcgac atttgaaaat2160cagacagctc acaaaggcgt tgaaagcttg aaagatttga ttcgttcagt gcgaaatagc2220agagcagagg tcaatgttgc tccatctaaa ccaatcacta tcttggttaa gacaagtgac2280agcgaactcg aaagcttctt caaagacaat agtaactaca tcaaacgctt cacaaaccca2340gagacgcttg aaatcagctc agcgattaat gccccagaac ttgccatgac tagcattatc2400acaggtgcag aaattttcct cccacttgct gacctcctta acgttgaaga agagttggca2460cgacttgaaa aagaacttgc taaatggcaa aaagaactaa atatggtcgg caaaaaactc2520agcaacgagc gctttgtagc taacgctaaa ccagaagtcg tccaaaaaga aaaagacaaa2580
      cagaccgact accaaactaa atacgacgca actatagcac gtattgaaga gatgaaaaaa2640ttaaataatg attga 2655SeqID 32atggttgagc caattatttc aatacaagga cttcataaaa gttttgggaa aaatgaggtt 60ttaaaaggca ttgacttgga tattcatcaa ggagaagtgg tggttattat tggcccttct 120ggctctggta agtcaacatt tttaagaaca atgaatctct tggaagtacc aacaaaggga 180acagtgactt ttgaagggat tgatataaca gacaaaaaga atgatatttt taaaatgcgc 240gaaaaaatgg gcatggtttt tcaacagttc aatctatttc ccaatatgac tgtactagaa 300aatattactt tatcacctat taagacaaag ggactttcta agcttgatgc tcagacaaaa 360gcatacgagc tacttgaaaa agttggactc aaagagaagg ctaatgctta tccagctagc 420ttatctggag ggcaacaaca acgaattgct attgcaagag gtcttgcaat gaatcctgat 480gtccttcttt ttgatgaacc tacttcagct cttgatcctg aaatggtagg tgaagtcttg 540actgttatgc aagatttagc taaatctggt atgacgatgg ttattgtcac tcatgaaatg 600ggttttgcac gtgaagtagc ggatcgtgtc atttttatgg atgcaggcat tattgttgag 660caagggaccc ctaaggaagt atttgagcag acaaaagaaa tccgcacaag agatttctta 720agtaaagtat tataa 735SeqID 33atgaattata aagagattta tcaagagtgg ttagaaaacg actcactcgg taaagatatt 60aagtcagatt tagaagctat taaaggcgat gaatctgaaa ttcaggatcg tttttacaaa 120acattagaat ttggaacggc gggattgaga ggtaaacttg gagcaggaac caatcgtatg 180aatacttata tggtggggaa agcagcacaa gcattagcta atacgattat tgatcatggc 240cctgaagcta ttgcacgtgg aattgcagtt agttatgatg tccgttatca atctaaggaa 300tttgcagaat taacttgttc cattatggca gcaaatggta ttaagtctta tatttataaa 360gggattcgcc caacaccaat gtgctcatat gctattcgtg ctctaggatg tgtttcgggt 420gtgatggtta ctgctagtca taatcctcaa gcttataatg gttataaggc atattggaaa 480gaaggatctc agattttaga tgatattgct gatcaaattg ccaatcatat ggatgctata 540accgattatc agcaaattag gcaaataccc tttgaagagg ctctggcaag tggtttggca 600agttatattg atgagagtat tgaagaagca tataaaaaag aagtgcttgg tttaaccatt 660aatgatacta acattgataa gtcagtccga gtagtttata ctcctttaaa tggcgtagga 720aatttacctg tgcgcgaagt tttaagacgc cgtggttttg aaaatgttta tgtggtacct 780gagcaggaaa tgcccgatcc tgattttaca acggttggct atccaaaccc tgaagttcct 840aaagcatttg cctattcaga atctctagga aagtcagttg atgcagatat cttacttgcc 900acagatccag attgtgaccg agtagcattg gaagtcaaag atagtaaggg agaatatatt 960ttcttaaatg gtaataagat aggggcactt ctttcctatt atattttttc acaacgatgt1020gccttaggga atttgccaca tcatcctgta ttggtaaaat ccattgtaac tggtgatcta1080tcaaaagtta ttgcagataa atataatatt gaaactgttg aaactttaac cggatttaaa1140aatatttgtg gaaaagctaa tgaatatgat atctcaaagg ataaaactta tctctttggc1200tatgaagaaa gtattggttt ttgctatggc acttttgtac gtgataaaga tgctgtgagt1260gcttcaatga tggtagtaga aatgactgcc tattataaag aacgagggca aacactttta1320gacgttttgc aaaccattta cgatgaattt ggctattaca acgagcgcca attttctctt1380gagttagagg gtgctgaggg gcaagaacgt attagtcgta ttatggagga ttttagacag1440gacccaatat tacaagtagg tgagatgaga ttggagaatt ctattgattt caaggatggt1500tataaggatt ttccaaagca aaattgttta aaatattatt ttaatgaggg ttcatggtat1560gctttaaggc cgtcagggac ggaacctaag ataaaatgtt acctttatac gattggttgt1620acagaagcag atagtttatc gaaacttaat gcaattgagt cggcttgtcg tgctaaaatg1680aatagtacta aataa 1695SeqID 34atgtatagag aaattaccgc tgtcgaacac gatcgctttg tgagcgaatc caaccaaaca 60aacctacttc aatcttctaa ttggcccaaa gtaaaagaca actggggtag tcaattactt 120ggcttttttg acggtgaaac ccaaattgcc agcgctagta ttctcatcaa atcacttcct 180cttggcttct ccatgctata tattccgcgt ggaccaatca tggattactc caatctagat 240attgtaacta aggtccttaa ggaccttaaa gcttttggca aaaaacaaag agctctcttt 300atcaagtgtg atcctctcat ctatttaaaa atggtcaatg ccaaagattt tgaaaattcg 360cccgatgaaa aagaagggtt aatcgccatt gatcatttac agcgtgcagg tgctgattgg 420actggtcgga caacagattt agctcatact atccaaccac gttttcaggc aaacctatat 480gctaatcaat ttggacttga taaaatgtct aaaaaaactc gtcaagctat tcgaacttcc 540aaaaataagg gagtagatat acaatttggt agccatgaac tacttgaaga ttttgcagag 600ttgatgaaaa aaacggaaga ccgtaaaggg ataaatctta gaggaattga ctactaccaa 660aaactccttg atacgtatcc taataactca tacatcacaa tggcttcgct agatgttgca 720aaacgattag aaaaaataga aaaagaatgt cagatagccc aatctgaaag aataaaatca 780cttgaactta atcgtgagaa aaaagttaaa caacaccaag gtacgattga tcgattaaat 840aaagaaattg attttctcaa agaagctcaa aaagcctatg accgagacat tattccattg 900
      gctgcaaccc tcactctaga atttggtaat acatcagaaa atatttatgc tggtatggac 960gattacttta aatcttattc tgctcctatt tacacttggt ttgaaacagc tcaaagggct1020tttgaacgtg gaaatatttg gcaaaatatg ggggggattg agaatgactt atctggtggt1080ttatatcatt ttaagtctaa gttcgaacca atcattgagg aatttattgg agaatttaac1140attccagtga acagattgct ttataaagcc tctaattatg tctatgcctt acgcaaaaaa1200cgtaatagct ag1212SeqID 35atggcttgta caacaatatt ggttggtaaa aaggcttctt atgatggttc gactatgatc 60gctagaacgg aagactctgt taatggcgat ttcacaccca aaaaattaaa ggtaatgaca 120tctaaagatc aaccgcgtca ttacaaatca gttttatcaa attttgaagt agatttacca 180gataacccac ttccttatac ttcagtaccg gacgcattgg gaaaagatgg tatatggggt 240gaagccggta ttaacagtaa aaatgtagcg atgagtgcta cagaaactat tacaacgaat 300tcccgcgttt tgggtgcaga tcctttggtt tcagatggta taggggaaga ggatatactc 360actttagtgc ttccctatat tcagtcagcg cgagaaggtg tggagcgttt aggtgctatt 420ttggaaaaat atggaaccta tgaatcaaat ggtattgctt tttcagatac cgaagaaata 480tggtggttag aaacaattgg tgggcatcat tggattgctc gtcgcgtacc tgatgatgtt 540tatgttacta atcctaacca actaggaatt gatcattttg aatttaataa ctgtgatgac 600tacatgtgct ctagtgattt gaaagagttt atcgaacaat accatttaga tttgacctat 660tctaatgagc atttcaatcc tcgatatgct tttggtagcc aacgtgataa agatcgtcat 720tacaacacac caagaagttg ggcaatgcag cgttttttaa atcctgaaat tgaacaggat 780ccacgtagct tgtttattcc ctggtgtcaa aagccttacc gaaaaattac tgttgaggat 840attaaatatg tgttgagtga tcattatcaa gacagtgtgt atgacccata tggaccagaa 900ggggatgcgg taagtaggag agcttttcgt tcagttggta tcaaccgaac tagtcaaacg 960tctattctac aattacgacc aaataaatca cttgaaacga caggtgttca atggttatct1020tatggctcta tgccatttgc aaccatggtg ccgttgttta cacaagttga gactgtacca1080aactattttt cgaatacaac caaggatgct tcaacagata atttttattg gaccaatcgt1140ttaattgcag ctctagcaga tccacacttt tatcaacatg aagctgatat tgaaagctat1200atcgagagaa cgatggctca aggacatgca catattaacg gtgttgatag agaagttgct1260gagaataaag agattgattt tcaacagaaa aatcaagaaa tgagtgacta tatccaaaaa1320gaaagccaag aattgttaaa tcgtattcta tttgatgcaa gtaatttaat gacaaatcgc1380ttttcaatgg gagattaa 1398SeqID 36atgagaaaga aatttctttt attgatgagc tttgtagcta tgtttgcagc ttggcaactt 60gttcaagtta aacaagtttg ggctgatagt aaacttaaag tggtaacaac tttttaccca 120gtttatgagt ttacaaaaaa tgtcgttggt gataaagctg atgtatctat gttaattaaa 180gcaggtacag aaccgcatga ttttgaacca tcaactaaaa acatcgctgc catccaagat 240tcaaatgctt ttgtttacat ggatgataac atggaaactt gggctccaaa agtagctaag 300tcagttaaat ccaaaaaagt aacaactatt aaaggtactg gcgatatgtt acttactaaa 360ggcgtcgaag aagaaggtga agaacatgaa ggacatggtc atgaagggca tcatcatgaa 420cttgacccac acgtatggtt gtctccagaa cgtgcgattt ctgttgtaga aaacatccgt 480aataaatttg tcaaagctta tccaaaagat gcagcttcat ttaacaaaaa tgcagatgct 540tacattgcaa aattaaaaga gcttgacaaa gaatacaaaa atggtttgtc aaatgctaaa 600caaaagagtt ttgtgactca acacgcagcg tttggttaca tggcgcttga ttacggttta 660aatcaagttc caattgctgg tcttactcca gatgcagaac cttcatcaaa acgtttaggc 720gaattagcta aatacatcaa gaaatataac atcaactaca tttattttga agaaaatgct 780tcaaataaag ttgctaaaac tttagcagat gaagttggcg tgaaaacagc tgtgcttagt 840ccacttgaag gactttctaa aaaagaaatg gcagctggcg aagattactt ctcagttatg 900agacgtaatt tgaaagttct taaaaagaca acagatgttg caggtaaaga agtagctcct 960gaagaagata aaactaaaac agttgaaaca ggttacttta aaactaaaga tgttaaagac1020cgtaaattga cagattactc tggtaattgg caatcagtat atcctcttct tcaagatggg1080acacttgatc cagtttggga ttacaaagct aaatctaaaa aagatatgac tgctgcagag1140tacaaaaaat attatacagc aggttacaag actgacgtag aatcaatcaa gattgatggt1200aaaaaacatc aaatgacctt tgtacgtaat ggtaaatcac aaacatttac atacaaatat1260gcaggttaca aaatcttaac ttataaaaaa ggtaatcgtg gagtacgtta tctctttgaa1320gctaaagaaa aagatgctgg tcaattcaaa tatatccaat ttagtgacca tggtattaaa1380ccgaataaag ctgaacactt ccatatcttc tggggttcag aaagccaaga aaaattattt1440gaggaaatgg aaaactggcc aacatacttc ccagctaaaa tgtctggacg tgaagttgcc1500caagacctta tgtctcatta a 1521SeqID 37atgaaattat cgaagaagtt attgttttcg gctgctgttt taacaatggt ggcggggtca 60actgttgaac cagtagctca gtttgcgact ggaatgagta ttgtaagagc tgcagaagtg 120tcacaagaac gcccagcgaa aacaacagta aatatctata aattacaagc tgatagttat 180
      aaatcggaaa ttacttctaa tggtggtatc gagaataaag acggcgaagt aatatctaac 240tatgctaaac ttggtgacaa tgtaaaaggt ttgcaaggtg tacagtttaa acgttataaa 300gtcaagacgg atatttctgt tgatgaattg aaaaaattga caacagttga agcagcagat 360gcaaaagttg gaacgattct tgaagaaggt gtcagtctac ctcaaaaaac taatgctcaa 420ggtttggtcg tcgatgctct ggattcaaaa agtaatgtga gatacttgta tgtagaagat 480ttaaagaatt caccttcaaa cattaccaaa gcttatgctg taccgtttgt gttggaatta 540ccagttgcta actctacagg tacaggtttc ctttctgaaa ttaatattta ccctaaaaac 600gttgtaactg atgaaccaaa aacagataaa gatgttaaaa aattaggtca ggacgatgca 660ggttatacga ttggtgaaga attcaaatgg ttcttgaaat ctacaatccc tgccaattta 720ggtgactatg aaaaatttga aattactgat aaatttgcag atggcttgac ttataaatct 780gttggaaaaa tcaagattgg ttcgaaaaca ctgaatagag atgagcacta cactattgat 840gaaccaacag ttgataacca aaatacatta aaaattacgt ttaaaccaga gaaatttaaa 900gaaattgctg agctacttaa aggaatgacc cttgttaaaa atcaagatgc tcttgataaa 960gctactgcaa atacagatga tgcggcattt ttggaaattc cagttgcatc aactattaat1020gaaaaagcag ttttaggaaa agcaattgaa aatacttttg aacttcaata tgaccatact1080cctgataaag ctgacaatcc aaaaccatct aatcctccaa gaaaaccaga agttcatact1140ggtgggaaac gatttgtaaa gaaagactca acagaaacac aaacactagg tggtgctgag1200tttgatttgt tggcttctga tgggacagca gtaaaatgga cagatgctct tattaaagcg1260aatactaata aaaactatat tgctggagaa gctgttactg ggcaaccaat caaattgaaa1320tcacatacag acggtacgtt tgagattaaa ggtttggctt atgcagttga tgcgaatgca1380gagggtacag cagtaactta caaattaaaa gaaacaaaag caccagaagg ttatgtaatc1440cctgataaag aaatcgagtt tacagtatca caaacatctt ataatacaaa accaactgac1500atcacggttg atagtgctga tgcaacacct gatacaatta aaaacaacaa acgtccttca1560atccctaata ctggtggtat tggtacggct atctttgtcg ctatcggtgc tgcggtgatg1620gcttttgctg ttaaggggat gaagcgtcgt acaaaagata actaa1665SeqID 38atgaaaaaga gacaaaaaat atggagaggg ttatcagtta ctttactaat cctgtcccaa 60attccatttg gtatattggt acaaggtgaa acccaagata ccaatcaagc acttggaaaa 120gtaattgtta aaaaaacggg agacaatgct acaccattag gcaaagcgac ttttgtgtta 180aaaaatgaca atgataagtc agaaacaagt cacgaaacgg tagagggttc tggagaagca 240acctttgaaa acataaaacc tggagactac acattaagag aagaaacagc accaattggt 300cataaaaaaa ctgataaaac ctggaaagtt aaagttgcag ataacggagc aacaataatc 360gagggtatgg atgcagataa agcagagaaa cgaaaagaag ttttgaatgc ccaatatcca 420aaatcagcta tttatgagga tacaaaagaa aattacccat tagttaatgt agagggttcc 480aaagttggtg aacaatacaa agcattgaat ccaataaatg gaaaagatgg tcgaagagag 540attgctgaag gttggttatc aaaaaaaatt acaggggtca atgatctcga taagaataaa 600tataaaattg aattaactgt tgagggtaaa accactgttg aaacgaaaga acttaatcaa 660ccactagatg tcgttgtgct attagataat tcaaatagta tgaataatga aagagccaat 720aattctcaaa gagcattaaa agctggggaa gcagttgaaa agctgattga taaaattaca 780tcaaataaag acaatagagt agctcttgtg acatatgcct caaccatttt tgatggtact 840gaagcgaccg tatcaaaggg agttgccgat caaaatggta aagcgctgaa tgatagtgta 900tcatgggatt atcataaaac tacttttaca gcaactacac ataattacag ttatttaaat 960ttaacaaatg atgctaacga agttaatatt ctaaagtcaa gaattccaaa ggaagcggag1020catataaatg gggatcgcac gctctatcaa tttggtgcga catttactca aaaagctcta1080atgaaagcaa atgaaatttt agagacacaa agttctaatg ctagaaaaaa acttattttt1140cacgtaactg atggtgtccc tacgatgtct tatgccataa attttaatcc ttatatatca1200acatcttacc aaaaccagtt taattctttt ttaaataaaa taccagatag aagtggtatt1260ctccaagagg attttataat caatggtgat gattatcaaa tagtaaaagg agatggagag1320agttttaaac tgttttcgga tagaaaagtt cctgttactg gaggaacgac acaagcagct1380tatcgagtac cgcaaaatca actctctgta atgagtaatg agggatatgc aattaatagt1440ggatatattt atctctattg gagagattac aactgggtct atccatttga tcctaagaca1500aagaaagttt ctgcaacgaa acaaatcaaa actcatggtg agccaacaac attatacttt1560aatggaaata taagacctaa aggttatgac atttttactg ttgggattgg tgtaaacgga1620gatcctggtg caactcctct tgaagctgag aaatttatgc aatcaatatc aagtaaaaca1680gaaaattata ctaatgttga tgatacaaat aaaatttatg atgagctaaa taaatacttt1740aaaacaattg ttgaggaaaa acattctatt gttgatggaa atgtgactga tcctatggga1800gagatgattg aattccaatt aaaaaatggt caaagtttta cacatgatga ttacgttttg1860gttggaaatg atggcagtca attaaaaaat ggtgtggctc ttggtggacc aaacagtgat1920gggggaattt taaaagatgt tacagtgact tatgataaga catctcaaac catcaaaatc1980aatcatttga acttaggaag tggacaaaaa gtagttctta cctatgatgt acgtttaaaa2040gataactata taagtaacaa attttacaat acaaataatc gtacaacgct aagtccgaag2100agtgaaaaag aaccaaatac tattcgtgat ttcccaattc ccaaaattcg tgatgttcgt2160gagtttccgg tactaaccat cagtaatcag aagaaaatgg gtgaggttga atttattaaa2220gttaataaag acaaacattc agaatcgctt ttgggagcta agtttcaact tcagatagaa2280
      aaagattttt ctgggtataa gcaatttgtt ccagagggaa gtgatgttac aacaaagaat2340gatggtaaaa tttattttaa agcacttcaa gatggtaact ataaattata tgaaatttca2400agtccagatg gctatataga ggttaaaacg aaacctgttg tgacatttac aattcaaaat2460ggagaagtta cgaacctgaa agcagatcca aatgctaata aaaatcaaat cgggtatctt2520gaaggaaatg gtaaacatct tattaccaac actcccaaac gcccaccagg tgtttttcct2580aaaacagggg gaattggtac aattgtctat atattagttg gttctacttt tatgatactt2640accatttgtt ctttccgtcg taaacaattg taa 2673SeqID 39ggagcaaaaa aggcagggtg gactgaatac gctaggatgt tagaagtcag agagcaggtt 60gaccatgtga tgattccaaa aatcaatcag gatttaccaa tctacgctgg tccagaagag 120gacaatctgc aacggggagt tggtcatcta gaagggataa gtttgccgat tggaggggct 180tctacacatg cggtcttgag cggtcaaaga ggtatgccag ctgctcggtt gtttgcggat 240ttggataaga tgaaaaaagg tgattatttt tatgttacca atctgaaaga aaccttggct 300tatcaagtgg atcgtatcat ggtgattgaa cctagccaat tggatgccgt gagcattgaa 360gaggataaag attatgttac ccttctgacc tgtacacctt atatgggctc tttgtcaact 420gtaatgggtg acttatcatt aacaacgaga gagaatcagc ttggttctct ctctttttgg 480atgttcaaag cgatgagaat tttgctttta aaatttttaa agttgcgaaa gccaaaggct 540tgtcgcttga tgtctttgat aagcttgttg gtcgcttcta atttggcatt ggaaagggat 600agctga606SeqID 40atgtcggatg ttgtcgaaaa acaaacagct aaatcgttta taatgaacgt attaaatggt 60ttagctttag ggactgttat tgtcttgata ccaggagcaa tccttggaga attaatgaaa 120gctttactgc caatgtggag cggatttgca actttaatcg ctgcaacagc agttgcaaca 180agtatgatgg ggcttgttat tggtattatg gttggtctca attttaaatt taatcccatt 240caatcagcat cactaggatt agcggttatg tttgcaggtg gagctgcaac cttccttaaa 300ggcgctatta tgctaaaagg aacaggcgat atcattaata tgggaattac tgctgcctta 360ggtgtccttt tgatccaatt tttatctgac aagacgaaat cattcacttt gattgtcatt 420ccaacagtaa cactcttact agttggagga gtaggtcatg tgttattacc ttatgtcaaa 480atgattacca ccatgattgg acaagggatt gcttcattac ttggtttaca acctgttttg 540atgtcaattt taattgcgat gattttctgt ttcttgatcg tatctccaat cacaacagtt 600gggattgctt tggcaattag tttgtccgga attggttctg gtgctgctaa tttaggtatc 660tgtgctgcta gttttgggct ttgtatggct gggtggtcag tcaattctaa ggggacagcc 720ttagcgcatg ttttagggtc tcctaagatt tcgatggcta atgtattagc aaaaccgaag 780attatgctac ctatgatatc ttcagcagca atactaggaa ttctcggagc tctctttaat 840attcaaggaa caccagctag tgcaggtttt ggtatcagtg gtttgattgg accgattaat 900gctcttaatt tagcaaaagg tggatggtca gttatgaata tgttattgat aattataata 960tttgttgctg caccaattat attgaatttt atttttaatt acctctttat aaaagtactt1020aaaattattg atccaatgga ctataaatta gatatttaa 1059SeqID 41atggctagac ccttagtaga acaaacagca gatcgtctat tgcatttaat tttagaaaga 60gaataccctg ttggtgctaa gctccccaat gaatatgaat tagcggaaga tctagatgtt 120ggtcgcagca caatccgaga agcagtcaga agtttagcaa cgcgtaatat tttagaagtc 180agacagggct ctggaacata tattagttct aaaaagggtg tttctgagga tccattaggg 240ttctctctaa taaaggacac agataggttg acatcagatc tctttgaact acgcctttta 300ttggaacctc gaatagcgga gctggtagct tatagaatta cagatgatca gttacaatta 360ctcgaaaagc ttgttggaga tattgaagat gctgttcacg caggcgatcc gaaacattta 420cttttagatg tggaatttca ttccatgcta gctaaataca gtggtaatat tgcaatggat 480agccttttgc cagtcatcaa ccagtcaatt catctgataa atgcgaatta tacaaatcgt 540cagatgaagt cggatagttt agaagcacat agagaaatta tcaaagcaat ccgagaaaaa 600aatccagtag ctgcacatga tgctatgctt atgcatatca tgagtgttag acgttcagca 660ttgaaagctt aa 672SeqID 42atgattaaga aaaataaagt ttttttagga gttcttttag tccttgttgt tatccttgga 60ggtggtgtat tattttacca atcacaattc caaaagacaa ctaatcaagc gttagctatt 120gcttataaag atgctaaagt ggctaagaag gatgtcatac atcaaaaaat tgacaaagaa 180tttgaaaact ttagagggag ctacgaaatt gagttcaata ccaaaagcgc agaatacagc 240tatcatgtag atgctaagac tggacaaatc cttgagcggg acatggataa taatggcttt 300tcaaaatcga cttctcagtc aagttcatcg tcaagtcaaa aatctcataa aataagtcaa 360gaagaagcca aaaagattgc atttaaagat gctaatatag aggaatcaga agtcagtaat 420cttaagatca aagaagaaat tgaaaatgga aaatcagttt atgatattga ctttgtggac 480ctgaaaaata aaaatgaagt tgattatcaa attgatgcag aaactggaaa aatcattgaa 540
      cgttctagag atcatatgaa tgattaa 567SeqID 43ttgaatcgta aaaaaaggta tcgtctcact gtaaaaaagc aaaatgctag catacctaga 60cgattaaatc ttctattttt tattattgtt ttattattta ctgttctaat tcttcgttta 120gagcaaatgc agattgggca acaatcattt tacatgaaaa aactgacagc tcttacgagt 180tatacagtga aagaatcaaa agcgagaggt cagatttttg atgctaaggg agtagtctta 240gttgaaaatg atgaacgtcc tactgtggcg ttttctagag gaaacaatat ttcatctcag 300tctatcaaag agttagcgaa taaattatca cattacatta ccttaaccga agttgcttca 360agcgatagag caaagagaga ttattattta gcagataaag ccaactacaa aaaagttgtt 420gaaagtttac cagattctaa acgttacgat aaatttggta accatctagc cgaatcaacc 480gtatatgcaa atgcagttgc tgcagttcca gtgagcgcta ttaactattc tgaagatgag 540ttaaaagtgg ttgccttatt taaccaaatg aatgcgacac caacgtttgg ttcagtgaaa 600ttaagtacag gcgaattaag tgatgatcaa atcaagaaac tggatgctga taagaaggaa 660ctgttaggaa tttctgtaac aagtaattgg catcgtcgta aaaaaggaac ttctttatcg 720gatatattag gtactatttc tacagaaaag gcaggtttac caagagaaga agttaaaaaa 780tatttgaaaa aaggctattc actgaatgac cgagtgggaa cttcttacct tgaaaaacaa 840tatgaagatg acttacaagg aatcagacaa attcgcaaag tagttgttaa taaaaaaggt 900aaagttgttt cagataatat tacgcaagaa ggtaagtcag gaagaaatct taaattaacg 960attgatctta attaccaaaa caaagtagaa agtatcttga aacaatacta tggcagtgaa1020ttatctagtg gacgcgctag tttttccgaa gggatgtatg cagttgctat agaaccttca1080actggtaaag tgttagcaat ggctggtctg aaaaatgatc atgggaattt agttgatgac1140agcctaggca ctattgctaa gaatttcacg ccaggatctg ttgtgaaagg tgcgacgcta1200tcatcaggat gggaaaataa agttcttaga ggaaatgaag tgctttatga ccaagaaatt1260gctaatatac ggtcatggtt tacacgaggt ttgactccaa tatctgcggc acaagcgcta1320gagtattcat ctaatactta tatggttcaa gtagcacttc gtttaatggg acaagactat1380aatacaggag atgctttaac tgatcgaggc tatcaagaag caatggctaa actaaggaaa1440acttacggcg aatatggttt aggggtttct acaggattag atttacctga atcagaaggt1500tatgtacctg gaaaatacag cttaggaaca actctaatgg aatcgttcgg tcagtatgat1560gcctatacac caatgcaact tggtcagtat atctcaacta ttgcgaataa tgggaatcgt1620ttagcacctc acgtggtttc agatatctat gaagggaatg attctaataa gttcgctcaa1680ttggttcgtt caatcactcc taaaacacta aataagatag ctatctcaga tcaagagtta1740gccattattc aagaaggttt ttataacgtt gtcaatagtg gaagtggcta tgcaactggt1800acgtcaatga gggggaatgt gacaaccatt agtggtaaaa ctggtaccgc tgaaacattt1860gctaaaaatg taaatggaca aacagtttct acctacaact taaacgctat tgcctacgat1920actaatcgta aaatagcagt agcggtaatg tatccgcatg ttacaactga tacaacaaaa1980tcccatcaat tagttgcacg agatatgatt gatcaatata tttcacagtt cacaggacaa2040taa 2043SeqID 44atgacggttt ttcctaaaca ttttctatgg ggaggtgcag ttgctgccaa tcaggtagag 60ggtgcattta gaacagatgg caaaggttta tctgtacaag atgtacttcc aaatggtggt 120ttaggcgatt tcaccgccaa acctactcca gacaatttga agctagaagc aattgatttt 180tatcataact ataaaaatga tataaaactg tttgcagaga tgggctttaa agtttttaga 240acctctattg cctggtctcg aatttttcca aatggtgatg atagtgctcc aaacgaagct 300ggcttacaat tttatgataa tttatttgat gagttgctta aatataatat cgagcccttg 360gttaccttat ctcattatga aacaccgctt catcttgcaa aaacttataa tggttgggct 420gatagacgtt tgatagcatt ttttgagaaa tttgctcaaa cagtcatgga gcgttataaa 480gataaggtga aatattggtt gacttttaat gaagtgaatt ctattttaca tatgcctttc 540accagtggtg ctattatgac cgacaaatca caactaagtc ctcaggagct ttatcaagct 600attcatcatg aattagtagc atcggctaga gtgacaaaat tagggcgttc tatcaatcct 660aattttaaaa ttggctgtat gattctggct atgccagctt atcctatgac atctgatcca 720agagatgtcc tggctgcaag acaatttgaa caacataatc tgctattttc agatatacat 780gtcagaggta aatatcccac ttatattcag tcctatttca aaaataatgg tattaaaatt 840aaatttgaag aaggagatga ggaagtattg gcacaaaata cagtagattt tctatcgttt 900agttactata tgagcgtgac acaagcttat gactttgaaa attatcaaag tggtcaggga 960aatatccttg gaggcctaac taatcctcat ttaacaactt cagaatgggg atggcaaatc1020gatcccatcg ggctacgcct agtcttaaat cagtattatg aacgttatca gattccgttg1080tttattgtag aaaatggatt gggagcaaaa gatcaattga tagaaacact agacggtgat1140tatactgtcg aagatgatta tcgtattgat tatatgaatc aacatttagt tcaagttgct1200aaagctattg aagatggtgt tgaaataatg ggatatacat cttgggggtg tattgattgt1260gtatccatgt ctacagctca actaagtaaa cgttatggtc taatatatgt tgatcgaaat1320gatgatggaa cagggagtct acaacgttac aagaagaagt catttggttg gtaccaaaaa1380gtgattaaga caaatggcca atcattgttt gaacatcata acagataa 1428
      SeqID 45atggctactt ttcaaattaa agaaaaaatg ttttctctag gcggtaaatt tactattaca 60gaccagactg ggcttccctg ttatcacgtt gaaggaagtt tgttccctct acctaagact 120tttaaagtct ttgacgaaga ggggcatctg attagtcaga ttgagaagaa ggttttaagt 180tttttaccaa agtttaatgt gacattagcc aatgggaatc atttcacgat taagaaagat 240ttctcatttt tgaaacctca ttacaccatt gaagaccttg atatggaagt taagggaaat 300ttttgggata tagatttcca actcttaaaa gacaatcaag ttatagcaaa catatctcaa 360cagtggtttc gtatgacttc aacttatcag gtagaagttt acaatgaaac ttacaacgat 420ttgacaattt cgcttgtcat agcgatcgac tatgtcaaag agttagaaaa aaatgcatca 480aactaa486SeqID 46atgaaaaaaa taacaacttt aatcttagct agtagcttat tactagttgc aacgacatcg 60gttaaagctg atgataactt tgaaatgcca acgcgttatg ttaaaatgag tgaaaaatca 120aaagcatttt atcaaagact acaagaaaaa caacgtaagg cacatactac tgtgaagact 180tttaataatt cagaaataag gcatcaacta cctcttaaac aagaaaaggc tagaaatgat 240atctacaatt taggcattct tatttctcag gagtctaaag ggttcatcca acgtattgat 300aatgcctatt ctttggaaaa tgtctcagat attgttaatg aagctcaggc tttgtataaa 360cgtaactatg atttatttga aaaaatcaaa tctacacgtg ataaggttca agtcttactt 420gcatcgcatc aagataatac agacttaaaa aacttttatg ctgagttaga tgatatgtat 480gaacatgttt atctcaatga aagtagagtg gaggcgataa acagaaatat ccaaaaatat 540aattag546SeqID 47atgaaattaa aaaaattctt tgaggatttg ctggctaaac tagaatatag acccattcaa 60gtttttatgc gtcattttca aagtgcagag atggacttat cagccatagc agttgcttat 120tatctattag tgacagcttt tccattacta gttattgctg ctaatatttt tccttatttt 180catattaatg tgtcggattt attgtcactt atgcaaaaaa atcttccgaa aaatatttat 240gaacctgcct cacgcttagc agtagatgct ttttcgaaac cgtctaccgg cattttggga 300ttcgcttcat taacagcttt ttggacaatg tctaaaagtt tgacctctct tcaaaaagcc 360attaataaag catacggtgt tgaccaacac agagactttg tgattagtcg tttagtgggt 420gtggggactg ggctgatcat cctattttta ctgacttttg ttttaatttt ttcaactttt 480tcaaaaccag ttttacagat aattgtaaac atgtatgatt tgggagatac tctaacggcg 540tggcttttaa atcttgcaca accagttaca tttttgacta tatttttagg tattggaatt 600ttatacttta ttttacctaa cgcacgaatt agaaaagtac gttatgtcat tccagggaca 660ttattttcaa cgtttgttat tggttttttt agtaatttaa ttagccaata cgtcttaaat 720agggttgaga aaatggtaga tattaaaacg tttggttcgg tcgttatctt tatcttaatg 780ctatggttta ttttcttagc ccacattatg attttaggtg caatactgaa tgccagcgtt 840caagaaattg cgacaggaaa aattgaatca aggcgtggag atattatgtc tcttatccaa 900aaatccaaag aagaaaaata a 921SeqID 48atgaaattac tttatactga tattaatcat gatatgacag aaatcttagt caatcaggcc 60gcgcatgctg ctgaagctgg atggcgtatt ttttatattg ctccaaactc tttatctttt 120gaaaaagagc gtgcagtatt agagaacctt cctcaagaag cctcttttgc tattacaatt 180actcgctttg ctcaattggc acgttatttt actttaaacc agcctaatca aaaagaaagt 240ttaaacgata ttggattagc aatgatcttt tatcgtgctt tagcaagttt tgaagatgga 300caattaaaag tttttggacg attgaagcaa gatgcttcct ttatcagtca attggtagac 360ctatacaaag aattgcagac agcaaatctg agtattttag atttaaaata tttacattct 420cctgaaaaat ttgaagattt attagctatt tttctagtgg tttcagatct tttaagagaa 480ggagaatacg acaatcaatc taaaattgcc ttttttacag aacaagtaag gtcaggccag 540ctagatgtgg atttaaagaa cactatcctt atagtcgatg gttttacccg tttctcagct 600gaagaagaag ctttaattaa aagtctgagt tcacgttgtc aagagattat catcggagct 660tatgctagcc aaaaagcgta taaggctaac tttactaatg gaaatattta ttctgcaggg 720gttgattttt taagatatct agcaacgaca tttcaaacaa aaccagaatt tatcttgtct 780aagtgggaaa gtaagtctgg ttttgaaatg atttcgaaaa atatcgaagg taaacatgat 840tttacaaata gtagtcacat tttagacgac actgctaaag attgtataac aatttgggag 900tgcattaatc aaaaagatga agtggaacat gtggctagag ctatacgtca gaaactttat 960cagggatatc gctacaaaga tattttagtt ttactaggag atgtagatag ttataaacta1020caattaagca agatttttga gcagtatgat attccttatt atttcggtaa agctgaaaca1080atggctgcgc accctttagt tcattttatg gattccttgt ctcgaataaa acgttatcga1140tttagagctg aagatgtttt aaatcttttt aagacaggta tttatggaga gattagtcaa1200gatgatttag attattttga ggcttatatc tcatatgcag acattaaagg tcctaagaag1260ttctttacag attttgttgt gggggctaaa aaatttgatt tagggcgtat taacactatt1320cgtcagtccc tccttgctcc actggaaagt tttgttaaaa cgaaaaaaca agacggtata1380
      aaaacactca accaattcat gtttttcctt actcaggtag gtttgagtga caatttatcg1440cgattagttg gtcaaatgtc tgaaaatgaa caagaaaaac atcaagaagt ttggaaaaca1500tttacagata ttttagagca gtttcaaaca atatttggtc aagaaaaatt aaatttagat1560gaatttttat cgttattaaa ttcaggtatg atgcaagccg agtatcgtat ggtccctgct1620actgttgatg tggttactgt taagtcttac gacttggtag aaccacatag taatcaattt1680gtctatgccc taggcatgac acaatcacat tttccaaaga ttgctcaaaa caaatcttta1740atatctgata ttgaacgtca gcttataaat gatgccaatg acactgatgg tcattttgac1800attatgacgc gagaaaattt gaagaaaaac cattttgctg ctctctctct ttttaatgct1860gctaaacaag cattagtgtt gactatacca caattattga atgagtctga agatcagatg1920tcaccatatc ttatcgaact aagagatata ggtgttcctt ttaatcataa aggacgccaa1980tcgttaaaag aagaagctga taatattggg aattacaaag ctttattatc gcgtgttgtt2040gacttgtatc gctctgctat tgacaaagag atgactaaag aagaacaaac tttttggtca2100gttgctgttc gttatttgcg tcgtcaatta acttctaaag ggattgagat accaataatt2160acagatagtc ttgatactgt gacagtttca tcagatgtga tgaccagacg cttcccagaa2220gatgacccac ttaaattatc ctcatctgct ttgacaactt tttataataa tcaatataag2280tattttttac aatatgtgtt aggtttggaa gaacaagact caattcatcc agatatgcgg2340caccatggaa cgtaccttca tcgtgttttt gaaattctga tgaaaaacca agggatagaa2400tcttttgaag agaaactcaa ctctgcaatt aataaaacca atcaagaaga tgttttcaaa2460tccttgtatt cagaagatgc agaaagtcgt tattctttag aaattttaga agatatcgcg2520cgtgcaactg caaccatatt acgacaagat agtcagatga ctgttgaaag tgaagaagaa2580cgatttgaac taatgattga taatactata aaaattaacg gtattattga ccgtatcgat2640cgtttatctg atggttcttt gggtgtcgtg gactataaat caagcgctca aaaattcgat2700atccaaaaat tttataacgg tctaagtcca caattagtta cctacattga tgctatcagt2760cgtgacaagg aggttgaaca aaaaccaccg atttttggag ctatgtattt acatatgcaa2820gaacctaaac aagacttgtc taaaattaaa aatttagatg atttagtaac aaaaaatcat2880caagctttaa cttataaagg attattttca gaagctgaaa aagaattttt agcaaatggg2940aaataccatc tcaaagattc cctttattca gaggctgaaa ttgctatttt acaagcacat3000aaccaattgc tttacaaaaa agcatctgag actattaagt caggtaagtt tttgatcaat3060ccatatacag aagatgctaa aacagttgac ggtgatcagt ttaagagtat tacggggttc3120gaggcggata ggcatatggc gcgtgccaga gcgctttata aattacctgc taaggaaaaa3180cgtcaaggtt tcttaacatt aatgcagcaa gaggaggaaa atgatgacct ttaa 3234SeqID 49atgagcgaaa ctaaagttat ggctttgcgc gaagcgatta atgtcgctat gagcgaagaa 60atgcgcaaag atgaaaaagt atttttaatg ggtgaagatg taggtgtata tggaggagac 120ttcggtacat cagttggtat gttagaagag tttggtgcta agcgcgttcg cgacacacca 180atctcagagg ctgcgattgc aggttcagct atcggtgctg cacaaacagg tttgcgtcct 240atcgttgatt tgacattcat ggatttcgta acaatcgcaa tggatgctat cgttaaccaa 300ggtgctaaaa cgaattatat gtttggtgga ggtctatcaa ctccagttac tttccgtgtg 360gcatcagggt caggtattgg ttcggctgca caacactcac aatcattaga agcttggtta 420acacacattc caggtctaaa agttgttgca cctggtactg ttaatgagtc aaaagcactt 480ttgaaatctt ctattcttga caataaccca gttatcttct tagagccaaa agctctctat 540ggtaagaaag aagaagttaa catggatcct gatttctata ttccacttgg taaaggggat 600attaagcgtg agggtactga cttaacaatt gtttcttatg gccgtatgct tgagcgtgtt 660atgcaagctg ctgaagaagt tgctgaggaa ggtattaacg ttgaggttgt tgatccacgt 720acacttattc cgcttgataa agaattaatt atcgattctg ttaagaaaac tggtaaattg 780attttggtta acgatgctta taaaactggt ggtttcactg gtgaaattgc aactatggtt 840gctgaaagtg aagcatttga ttaccttgat catcctatcg tgcgtcttgc aagtgaagat 900gttccagtac cgtattcacg tgtacttgaa caaggaatct tacctgatgt agcaaaaatt 960aaagatgcta tctacaaagt agttaacaaa ggtaaataa999SeqID 50atggcttttg atgtaattat gccaaaactt ggggttgaca tgcaagaagg cgaaatcctt 60gagtggaaaa aaaatgaagg tgacaccgtt aatgaaggtg atgtccttct tgaaatcatg 120tctgataaaa ccaatatgga aattgaagca gaagacactg gtgtactttt aaaaattgta 180catcaggcag gagatgttgt tcccgtcact gaagtgattg cctatatcgg agaagaaggt 240gaagaagtag gtacgtcatc accttcagct gatgcaacta tcacagctga agatggtcaa 300tcagtttctg gacctgctgc tccttcacaa gagacagttg cagcagcaac tcctaaagaa 360gaacttgcag ctgatgagta cgatatcgta gtcgtaggtg gtggacctgc aggttattac 420gcagcaatcc gcggtgctca acttggagga aaaattgcca ttgttgagaa aactgaattt 480ggtggtacgt gtttgaatgt tggttgtatc cctacaaaaa catatcttaa aaatgctgaa 540atcctagatg gtttgaaagt agcagctgga cgtggtatca accttgcttc aactaactat 600gcaattgata tggataagac tgttgccttt aaaaattctg tagttaagac actgactggc 660ggtgtacgtg gtctcttgaa agcgaacaaa gttgaaattt tcaatggact tggacaagta 720aaccctgata agtctgttgt tattggcgat aaagttatca aaggtcgtaa cgtcgttctt 780
      gcgactggtt ctaaggtatc tcgtattaat attccaggta ttgaatcacc attagtatta 840acatcagatg atattcttga tttacgtgaa attcctaagt cacttgctgt tatgggtggt 900ggtgtcgtag gtattgagct tggtcttgta tgggcttcat atggtgttga cgtaactgtt 960attgaaatgg ctgatcgcat cattccagca atggataaag aagtatcgct agaacttcaa1020aaaatccttg ctaagaaggg aatgaagatt aaaacatcag ttggtgtttc tgaaattgtt1080gaagccaata atcaattaac gcttaaatta aacaacggcg aagaagttgt tgctgataaa1140gctcttcttt caattggacg tgttccacaa atgaatggtc ttgaaaatct tgagcctgaa1200cttgagatgg aacgtggacg tattaaagtt aatgcttatc aagaaacttc aattccaggt1260atctatgcac caggtgatgt taatggaact cgtatgttag ctcatgctgc ataccgtatg1320ggtgaagtag ctgctgaaaa cgcactcggc ggtaataagc gtaaagcaca tctagatttc1380actccagcag ctgtttatac tcatcctgaa gtagcaatgg tggggatgac agaagagcaa1440gcacgtgaac aatatggtga catattagtt ggtaaaaata gctttacagg caatggtcgt1500gctatcgctt caaacgaagc acatggtttt gtaaaagtaa ttgctgaacc taagtataaa1560gagattcttg gtgttcacat tattggtcca gctgcagcgg aattgattaa tgaagcttct1620acgattatgg aaaatgagtt gactgtctat gatgtagcac aatctatcca tggtcaccca1680acattctctg aagttatgta cgaagctttc ttagatgttc tcggtgaagc tattcacaac1740cctccaaaac gcaaataa 1758SeqID 51atgggaaaat attttggtac agatggtgtt cgcggtgaag ctaatgttga actgacgcca 60gaattggctt ttaaattagg acgttttgga ggatatgttc taagtcaaca cgaaactgat 120cgtccgagag tttttgtagc tcgtgatact cgtatttctg gtgaaatgct ggaatctgct 180ttgattgctg gtctactttc agtaggtatt gaggtttata aacttggtgt tttagccact 240cctggagtgt cttaccttgt ccgtacagaa aaagctagtg caggggttat gatttcagca 300agccacaatc cagcacttga taatggtatt aagttctttg gtagtgatgg ttttaaactt 360gatgatgatc gtgaattaga aattgaagct ttacttgatg cgaaggaaga cactttacca 420cgtccatcag cacaaggttt aggtacttta gtagattatc ctgaaggact tcggaaatat 480gagaagttta tggaatcaac tggtattgat ttagaaggta tgaaggttgc gttggataca 540gcaaatggag cagcaacagc ctcagctcgg aatatctttt tagacttgaa tgctgatata 600agtgttattg gtgatcaacc agatggtttg aatatcaatg atggtgttgg ttcgacacat 660cctgagcaat tacaaagttt agttagagaa aatggttccg atatcggtct agcttttgat 720ggtgatagtg atcgtttgat cgctgttgat gaaaatggag agattgtaga tggtgataaa 780attatgttta tcattgggaa atatctttct gataaagggc agcttgctca gaatacaatc 840gtaacaacgg ttatgtcaaa tctcggcttt cataaagcgc tcgaccgtga aggtattcat 900aaagcgatta ccgctgtagg agaccgctac gtggttgaag aaatgcgtaa atcaggatat 960aatcttggcg gggagcaatc aggccacgtt attatcatgg attacaatac tacaggggat1020ggacaattaa cagccatcca attgactaag gtcatgaaag aaactggtaa gaaattatca1080gagttagcta gtgaagtgac gatttatcct caaaaattag taaatattcg tgttgaaaat1140aacatgaaag ataaagcgat ggaagttcct gcaattgcgg aaattattgc taaaatggaa1200gaagagatgg atggcaatgg tcgtattcta gtacgtccta gtggtactga gcctcttctt1260agagttatgg cagaagcgcc aacaaatgaa gcagttgatt attatgttga tactatcgca1320gatgtcgttc gtacagaaat tggtttagat taa 1353SeqID 52atgaaaggtc aaaaaattat tgctctagct ggtcttgtcc tgtcatgcca ttttgctctt 60acggcatgtc atactcaaga acacaaaaat tctcatcata ttaaaacaaa gcaggttgct 120aagaaaaaag ctaataaaaa gaaagtctct gttaaggaaa gtcataaaaa acgcaagggt 180gttgcagggg ttgactttcc aactgatgat ggctttttac tgactaaaga ttcgaagatt 240ttatctcatc ccgattctgg aatcgttgta gcacatggaa atcattctca ttttattttt 300tactctgatt taaaaggttc aaaatttagc tatttaattc ctaatgcaaa tgcaaaaact 360aataaaaagc aagcggtaag aaactttaaa gcaggggcgg tagctgttaa tacattaaat 420gatggctatg tttttaatcc cgcagatatt gtttcagaag atgctaatgg ctacgtggtc 480agacatggtg atcatttcca ctatattcca aaagcaagtt tatctcagca aaagcaagta 540caagcaagta gagctgtttc acgtttagga aatcaaaata atagccatta cagagttaat 600agttctaaaa ttgcagggct tcaccaccca acaagtgatg gtttcttatt caatggacaa 660ggaataaaag gcactacccc aacaggtatt ttagtagaac atcataatca tctgcatttt 720attagttttg ctgatttaag aaaaggggga tggggatcaa ttgctgaccg ttaccaacca 780caaaagaaag ttgattctaa aaaacagtca ccatcaagta aaaagccaag aactgaaaat 840actttaccta aggacatcaa agataagcta gcttaccttg ctcgtgaatt acatttagat 900atttcacgta tcagagtcct taaaacacta aatggtgaaa ttggatttga atacccacat 960gatgatcata cacatgttat tatggccaaa gatattgatc taagtaagcc aattccaaat1020ccacatcatg atgacgaaga tcatcacaaa ggtcatcacc atgatgagtc cgaccataag1080aatgaagaac acgagcacac taagtcaaat aaattatctg atgaagatca aaagaaatta1140atttatttag cagagaagct tggtttaaat cctaatcaaa ttgaagtatt aacgtcagag1200gatgggagta tcatctttaa atatccacat gatgaccact cacacactat agcaagtaag1260
      gatattgaaa ttgggaagcc tatcccagat ggacaccacg atcactctca tgcaaaagat1320aaagttggta tggcaactct aaaacaaatt ggttttgatg atgagattat tcaggatatt1380ctgcatgcag atgctccaac accattccca tccaatgaaa ctaatcctga aaaaatgcgt1440cagtggcttg caactgttac taagattaac attggacaaa gaaccaatcc attccagcgt1500tttggtctat cattgatgcc taatattgaa gttctaggaa ttgggtttac tccgattaat1560gatatgacgc cagttttgca attcaaaaaa cttaaacagc tttggatgac aaatactggt1620attacagatt attctttcct tgataagatg ccactattag aaggattgga tatttcacaa1680aacggtatta aggatttatc tttccttaca aaatataaac aattaagtct tattgctgca1740gctaataatg gcattacttc gctaaaacca ttggctgaat taccaaacct tcaattctta1800gttttgagtc ataacaatat ctctgacttg acaccgttat caaacttgac aaaactccaa1860gaattgcacc ttgatcataa taatgtgaag aatttaagtg cactttctgg taaaaaagat1920ttgaaagttc tagatttatc aaacaataaa tccgcagact tatcgactct aaaaacaact1980agtcttgaga cgcttctttt aaatgagacg aatacaagca atctaagttt cttaaagcaa2040aatcctaagg tatctaattt aacaattaat aatgcgaaat tagcatcatt agatggtatt2100gaagagagcg atgaaattgt taaagtagaa gctgaaggga accaaattaa gtcactagta2160ttgaaaaata aacaaggttc gttaaaattc ttgaatgtga ctaataatca gttaacatca2220cttgaaggtg ttaataatta tacttcactt gagaccttaa gtgtttctaa aaataaactt2280gaatctttag atattaaaac acctaacaaa acagttacaa atcttgattt tagccataac2340aatgttccaa catcacaatt gaaattgaat gaaaaaaata ttcctgaagc agtagctaag2400aattttccag cagttgtaga aggttcaatg gttggaaatg gtagtcttgc tgaaaaagca2460gctatggctt ctaaagagga caaacaagtt tcagataata ctaatcacca aaaaaacact2520gaaaaatctg ctcaagcgaa tgctgatagt aaaaaagaaa accctaaaac acatgatgaa2580catcatgacc atgaagaaac agatcatgca catgtaggtc atcatcacca ttaa 2634SeqID 53atgaataaac gcgtaaaaat cgttgcaaca cttggtcctg cggtagaatt ccgtggtggt 60aagaagtttg gtgagtctgg atactggggt gaaagccttg acgtagaagc ttcagcagaa 120aaaattgctc aattgattaa agaaggtgct aacgttttcc gtttcaactt ctcacatgga 180gatcatgctg agcaaggagc tcgtatggct actgttcgta aagcagaaga gattgcagga 240caaaaagttg gcttcctcct tgatactaaa ggacctgaaa ttcgtacaga actttttgaa 300gatggttcag atttccattc atatacaaca ggtacaaaat tacgtgttgc tactaagcaa 360ggtatcaaat caactccaga agtgattgca ttgaatgttg ctggtggact tgacatcttt 420gatgacgttg aagttggtaa gcaaatcctt gttgatgatg gtaaactagg tcttactgtg 480tttgcaaaag ataaagacac tcgtgaattt gaagtagttg ttgagaatga tggccttatt 540ggtaaacaaa aaggtgtaaa catcccttat actaaaattc ctttcccagc acttgcagaa 600cgcgataatg ctgatatccg ttttggactt gagcaaggac ttaactttat tgctatctca 660tttgtacgta ctgctaaaga tgttaatgaa gttcgtgcta tttgtgaaga aactggcaat 720ggacatgtta agttgtttgc taaaattgaa aatcaacaag gtatcgataa tattgatgag 780attatcgaag cagcagatgg tattatgatt gctcgtggtg atatgggtat cgaagttcca 840tttgaaatgg ttccagttta ccaaaaaatg atcattacta aagttaatgc agctggtaaa 900gcagttatta cagcaacaaa tatgcttgaa acaatgactg ataaaccacg tgcgactcgt 960tcagaagtat ctgatgtctt caatgctgtt attgatggta ctgatgctac aatgctttca1020ggtgagtcag ctaatggtaa atacccagtt gagtcagttc gtacaatggc tactattgat1080aaaaatgctc aaacattact caatgagtat ggtcgcttag actcatctgc attcccacgt1140aataacaaaa ctgatgttat tgcatctgcg gttaaagatg caacacactc aatggatatc1200aaacttgttg tgacaattac tgaaacaggt aatacagctc gtgccatttc taaattccgt1260ccagatgcag acattttggc tgttacattt gatgaaaaag tacaacgttc attgatgatt1320aactggggtg ttatccctgt ccttgcagac aaaccagcat ctacagatga tatgtttgag1380gttgcagaac gtgtagcact tgaagcagga cttgttgaat caggcgataa tatcgttatc1440gttgcaggtg ttcctgtagg tacaggtgga actaacacaa tgcgtgttcg tactgttaaa1500taa 1503SeqID 54atgactgcaa ctaaacaaca taaaaaagtt atcctcgttg gtgatggtgc cgtaggttct 60tcttacgctt ttgcacttgt taaccaaggt attgcgcaag agttaggtat cattgaaatc 120ccagctttat ttgataaagc tgttggtgat gctgaagatc tttcacatgc ccttgcattt 180acatcaccta aaaaaatcta cgcagctact tatgcagact gcgcagatgc tgaccttgtt 240gtcattactg ctggcgcacc tcaaaaacca ggtgaaactc gacttgacct tgttggtaaa 300aacttagcaa ttaacaaatc aatcgtaact caagttgttg aatcaggttt caacggtatc 360ttcttagtag cggctaaccc tgtagatgta cttacatatt caacttggaa attctcaggt 420ttccctaagg aacgcgttat tggttcaggt acttcacttg actctgcacg tttccgtcaa 480gctttagcag ataaaattgg tgttgatgct cgttcagttc acgcatacat catgggtgaa 540cacggtgact cagaatttgc cgtttggtca catgctaacg ttgctggtgt ccaacttgaa 600caatggttac aagaaaatcg cgatattgat gaacaaggac ttgttgattt gtttatttca 660gttcgtgacg ctgcatactc aatcatcaac aaaaaaggtg ctacatatta cggtattgct 720
      gtcgcacttg ctcgtattac taaagctatc cttgatgatg aaaatgcagt tcttccatta 780tctgtatatc aagaaggcca atacggtgat gttaaagatg tctttatcgg tcagcctgca 840atcgtaggtg cacatggtat cgttcgtcca gttaatatcc cattaaatga tgctgaactt 900caaaaaatgc aagcctcagc tgaacaatta aaagatatta ttgacgaagc ttggaaaaac 960ccagaattcc aagaagcatc aaaaaactaa 990SeqID 55atgcaagata aaaatttagt agatgttaat ctaactagtg aaatgaaaac gagttttatc 60gattacgcca tgagtgtcat tgttgctcgt gcacttccag atgttagaga tggtttaaaa 120cctgttcatc gtcgtatttt atatggtatg aatgaactag gtgtgacacc tgataaacct 180cataagaaat cagcacgtat tactggtgat gttatgggta aataccatcc acatggtgat 240tcatctattt acgaagcaat ggtgcgtatg gcacaatggt ggtcatatcg tcatatgctc 300gttgatggtc atggaaactt tggttcaatg gatggggatg gtgctgccgc acagcgttat 360acagaagcac gtatgagtaa aattgctctt gagatgcttc gtgatatcaa taaaaataca 420gttgattttc aagataacta tgatggcagt gaacgtgaac ctcttgtttt accagcgcgt 480ttccctaatt tattagtcaa tggtgcaact ggtattgctg taggtatggc aacaaatatt 540ccaccacata atctaggtga gtctatagat gctgtcaagt tggttatgga taaccctgat 600gttactacac gggagttaat ggaagttatt cctggtccag attttcctac tggtgccttg 660gtgatgggac gttcaggtat tcaccgtgcc tatgaaactg gaaagggatc aattgtctta 720cgttcacgga ctgaaattga aacaacttca aatgggaaag agcgtattgt tgtcacagag 780tttccatacg gtgttaataa aacaaaagta cacgagcata ttgtacgttt agcacaagaa 840aagcgtattg aaggtattac tgctgttcgt gatgaatcaa gtcgtgaagg cgttcgtttt 900gttattgaag ttcgtcgtga tgcttcagca aatgtgattt taaataatct tttcaaatta 960actagcttgc agacaaattt tagcttcaat atgcttgcta ttgaaaaagg tgttccgaaa1020attttgtcat tacgacaaat cattgataac tatattgaac accaaaagga agttattgtc1080cgtcgtactc agtttgacaa agctaaagca gaagctcgtg ctcatatctt agaaggttta1140cttgtggcgc ttgatcactt ggatgaagtt atcacgatta ttcgtaatag tgagacagac1200accattgctc aagcagagtt gatgtcacgt tttgaattat cggagcgtca gagtcaagca1260attttagata tgcgtcttcg tcgtttaact ggattagaac gcgataaaat ccaatcagaa1320tacaatgact tgctagcttt aattgctgat ttagcagata tcttagctaa gcctgaacgt1380gttgttacca ttataaaaga agagatggat gaggttaagc gtaagtatgc tgatgcccgt1440cgtacagaat taatgattgg tgaagtttta tcacttgaag atgaagacct tattgaggaa1500gaagatgttc ttattactct ctcaaacaag ggatatatca agcgtctcgc tcaagatgag1560tttagagcac aaaaacgtgg aggacgcggt attcaaggga ctggagttaa taacgatgat1620tttgttcgtg aattggtttc aacaagtact cacgatactg tgcttttctt tacaaattta1680gggcgtgtgt atcgtttgaa agcatatgaa attccagaat atggacgtac agctaaaggc1740ctccctatcg ttaacctttt aaaacttgac gaaggtgaaa caattcaaac aattattaat1800gctagaaaag aagatgtcgc taataaatat ttctttttca caactcagca aggtatagtg1860aaacgtacaa gtgtttctga atttagtaac attcgtcaaa atggacttcg tgctattaat1920ttgaaagaga atgacgagtt gattaacgtc ctcttgattg acgaaaatga agatgttatt1980atcgggacac gtacaggcta ctctgttcgc ttcaaagtga acgctgtacg taatatggga2040cgcacagcga ctggggtacg aggcgttaat cttcgtgaag gtgataaagt tgtgggagct2100tctcgtatcg ttaatggaca agaagtactg atcatcactg aaaaaggtta tggcaagaga2160acagaagctt cggaatatcc tacaaagggt cgtggtggta aaggaataaa aaccgctaat2220attactgcta aaaatgggcc attagcacgc ttagtgacga ttaatggaaa tgaggacatc2280atggtcatta cagatacagg cgttattatt cgaaccaatg ttgctaatat ttctcaaact2340ggtcgttcta ctatgggtgt taaagtgatg agacttgatc aagaagctaa aatcgttact2400gttgcgctag tggaacaaga aattgaagat aagtctaata tagaggatac aaaagaatag2460SeqID 56atgacaatct ttgatgaaag agagttaaaa gaacgattta ctcatgaaaa tagggttagt 60ttttatgagt ttgtggctaa atatgatgct caaatggttc ctgtgatgaa agcaaagggc 120tatcgatgta ttcattcaat ggagcgtaca gtggttttta cttttgggga attcacgatt 180aggcgacgtc ggtggcaaaa aggagaacat tgggtggtgc cagttgatga aaagctagga 240ctgaaaaaga atgttcgcta ctctttagaa ttcatgtatc aaattgctag tttagcaacc 300atgatgcctt atgaaaaagt gattaaggtt gttcagatga tgtattgtat tgtgattacc 360aaacctactg ttgtgaaggc cgttaagatt agtcgtgaat tgcttaaaga aaaggaagcg 420tatcgttttt ttgatgaaga tataccagta gataaagaac cagttgatat gatttatctt 480gaaggagatg gagtcatggt caaagctcga gaagaaggat tagataatcg caatgttgat 540ttgtctcatt tcgtggttca tacgggtagt cagaaagtag gaagcaatcg ctttgtctta 600caaaataaaa aagagtttgt gtcccttgat aatcgtcaaa cgcgtcaaaa gattttggac 660tacctttaca atcattttta cattgcccca aacaccttgc ttattaccaa ttcagatggt 720ggccatggct ataccccata tgtttttaaa gagattgcga aagcactcaa agtgaagcaa 780cacgaacact tttgggatag gtatcatgtc aatgaaaaga tcaaaagttt ttttaaactc 840tatccagtgg aactgatgac tggcgctttt cagagcatta aacagcatga taaagaaaag 900
      cttagaactg ttttggatac gacagaagca ttgatactga tggaagaaga aatggaaggg 960tttaaccagt tcaaacgaaa gttgttaaac aattttcaat atactaaatc agctgaattg1020agaggtttca gtcgtgcagg aataggtgtt atggagtcac aacatcgaaa aattacctat1080cggatgaaaa agcgcgggat gtattggaca attcagggag ctgagacgat gagtcaatta1140attgtcctat cgtatgaagg acagctaaga gatctcttct ttggttcttg gcgtgaagac1200tatcagaaat atcaagagct agaaaacctt agtgcgggaa aaatcaaaca tgaacagaat1260aaaatcaata agagatatga tctccagaca cttggtcggc ttaggtacgg taggcatcgt1320aatttatag1329SeqID 57atggcatatt tatcaaaatt atccgatttg gatccatcgt tgatggatgc ggattctgaa 60caaatttata ttcctaaagt cttgtttgag cataatgact ttaaaggctt gacctacaaa 120gagattttat tatattcttt tttgttaaat cgtttaagag agccattaga ttttattcaa 180aaaggctatg atgataatga agatacctat gttcacttta aggtcgaaga tttatgtgaa 240ctactcaacc agagtaagac aaccgttatt tccttgaaga aaaggttagc tcaatatggt 300ttgatagaag aagtgaaagc aggtagtcac cagccgaatc gtatttattt aacagataaa 360ttagttccat atattaaggg gtaa384SeqID 58atgacagata atcgctttgc ccaattaaaa gaaaactttg aaaagggatc tcctaaaagg 60cgagttccaa cgtctcgccc aatcgcagct caaaaagcgc ctgagagcta taacaaaaag 120ggacggtatc cattttcgct ccaccaagat gtgcgttatg ataaattaga agcattagta 180gcttatcatg gagctaagtc tgcatcagat tatctggaga ggttgattgt tcaggaatgg 240gaaaagatgc agcggaagct taagaacaaa gaaaaataa279SeqID 59atgtttagtt ggttggaagc tctttattac actctgatac aactggcaaa agtgaaccgg 60ttgaatgctc ttttcttagt tagcgttgtg ggttatcttt gttaccaggg aataaaactc 120gtcagaaaaa ccataagaaa cttttttcag ctgatgaagg gtttcatagg tgatagagag 180aacatcaaga aatgcatcaa aaacaagaaa gaggcactag tccattcttg gaaacatcgt 240caagatattg attggaaatc aactggaaaa gataagagta aacagttatg gaatcttatg 300aagcgacttg cgacagttgc tccttcattt ttgttcttat tattgggaaa tgttctcttt 360cgtctcattt atcaactgcc ttttgtaaag caagacagaa agcgatttga caaggaaatg 420aagcccttgc tctacttcaa gaactatcgt agttttgtgt tcatgggaat aggtttcagt 480ttcatagcgt ttattctcac aaactatttt gtgacggttt taagggctgc tattcgtttt 540ctatatttct caatcatgac gttaagagat aatagccaag tcgttagctt taacgttgat 600agtttgctca tccagaattt attcaatgct agggtatttg tgatagctcc cattctagca 660gtgccaatct ttctcattgg tttagtcgta gcttggcggt ctgcttgggt taactttgaa 720cagtaccgtg attataatca taatgaagaa ggggatgatc gctttgcgac tgtcaaagaa 780atccaccagc aatataagaa agttcctaat aaaacggaaa cttatccagg tgaaggaggt 840gtgcccgttc ttcatgaaac aagaaagaat ttgacaggct taacgcttaa atctcaaatg 900ctttggcaaa accgtacctt tagtcgctat ttaacgaatg cggaaaggat tttagggctc 960ttatcgacgc cttcaggaga ttattacatc gatgatagca ccacaaactt gatcaccatg1020gggattactc ggtcaggtaa gggagaagct catattgccc ctattattga tattaatagc1080cgtgcggaaa ttcaaccgtc actgattatt gcagacccta aaggggaaca ttaccagtcc1140tcttataaaa ccatgcgtcg gcgtggctat gatgttaatg tcctttcttt ccaaaacatg1200gattggtcca tgtcctataa ccctttagct cttgcgattg cagcagctaa gaagggttac1260tatgaaatga cacagacaag ggttaatgcg gttgcagaag ccatttatcg taaaacgaaa1320cctggtagcg gtaatggcaa tgcaaaatac tgggaagata cctccatttc cctctttaat1380gccattgcta tggccttaat ggaccgtgct aatgaaaccg tcaggaatgg tgaaaccgat1440gcttgggata ccgttacagt tcgtaacatt gccaagtttt tgactgactt gggttctgaa1500gaagtctttg tcaatgattt tggagagatt gttgagaatc ctgataagaa ccaacaagtg1560aagaagaaat ctaaaatcac ggtttacttt gataacttgc gtaaaatcaa tcaagaacaa1620ttttccaaat ttagagatat ggctgattta aactttaggt cttctgactt cgcttcagaa1680gaaactaagg gaaatgtctt ctctagcatg atgtcaggta ttaacttatt cttgcaagat1740aatattgcta aactaacctc taaaaactct attgacctag aatcggttgg tttcccacgt1800cgcttgtcta tcaagtttcg ttctagttcc aatgtcgcta tgcgtaacga atacactcat1860aagacggcta aggttaccat tactagtcaa gctgtttggg gtaaaaccac taaacaagtt1920atccacgtag atgctgcaac agctctgatt gatggtgaag gctatctaac ctatgtgatt1980gaaccccagc ttcctgatca attcttggta acaattgact ttaatcacga aaacaatggt2040ggttcagcta ttcgtcacaa aactttccaa ttctcagctg agaaagtcta taagaaacgt2100ggtaacgtta ttacgttgga tgactacacg aaaaaaccag ttttggatca tatcaaagtt2160actgttctca acaagcaaga tgataacctt ctccagaaag aagatattga cctgatttat2220tcagataatc ctaaagtgat ttacttggta acacctccaa ataggactga atataatagt2280attgtatctc tgtttttgga tcaattgttt aatgccaatt atgagttagc tctgtcaaat2340
      ggtcgcaagt gtgtcaatcg aattcttcat atcctcgatg aattcacaaa cattccagct2400attcctcaca tggataccaa gatttccatt ggtcttggtc aaaatattct ctactatctc2460tggattcaga acttgaaaca gttagtcagt gaatatggcg agaatacagc ggaaaccatt2520cgggagaact gttctttgaa agtttatatc aaatctactg ccccagcgac caacgagtac2580ttcagtaaag agttggggac tcggaccatt acacgtcgca gaaggtcaag taatattcta2640gatgaagcta atccaaatgt ttccattgaa aatcctagac aggaactctt aacaccgaca2700cagctctcga aactccaaga aggggaagcg gttattttgc gtggtgttaa aggtcgagac2760aatgcaggtc ggaaaatcac aacggatccg attttcttgc atgagaaaac gagccttcct2820tatcgctaca tgttcttaca agaagaattt gaccagtcga tggctttggc agatattcca2880gtggaaagtg ggcataggga ccttgacctg caagatatag cagtaggggc acaaagcact2940tttaataaga ttattgattg gcggatggct ctaactgacc gtatgagaac aaatgggaag3000atacctcaat tagcatcaag aaaacaaacg attaaagctc taagtcaatc tcaatttact3060tctccagcag acctaacaca agctgtgatt gcagaggtat ttgatgagga agatgatgac3120gatcttttctttgtggatga tgtcatgtaa 3150SeqID 60atgaattcta acacaaaagg tcacggattt ttccgcaagt caaaagcata cggcttagta 60tgtgctattg cattagcagg tgcatttaca ttagctacta gtcaagtgtc tgctgatcaa 120gttacaactc aagcaacaac tcaaacagta acgcaaaatc aagcagaaac agtaacatca 180actcaacttg ataaagcagt agctacagct aaaaaagcag ctgtagctgt tacaaccaca 240cctgcagtta atcatgcgac aactactgat gcacaagctg atttagctaa tcaaacacaa 300gctgttaaag atgttactgc aaaagcacaa gctaatacac aagctattaa agatgctact 360gctgaaaatg caaaaattga tgctgaaaac aaagcagagg cagagcgtgt tgcaaaagaa 420aacaaggaag gtcaagcagc cgtagatgca cgtaacaaag caggtcaagc agccgtagat 480gcacgtaata aagcgaaaca gcaagcgcaa gacgatcaaa aagcaaaaat tgatgctgaa 540aacaaagcag agtctcaacg tgtaagtcag ttaaatgcac aaaataaagc aaaaattgac 600gcagaaaata aagatgcgca agctaaagca aatgcgacta atgcacaatt acaaaaagat 660tatcaagcta aattagcgga aatcaaatca gttgaagctt ataatgcagg tgtacgtcaa 720cgtaataaag atgcacaagc taaagcagat gcgactaacg cacagttaca aaaagactat 780caagctaaat tagcactttataatcaagct ctaaaagcta aagcagaagc agataaacag 840tctattaata atgttgcttt tgatatcaaa gctcaagcta aaggtgttga taacgctgaa 900tatggaaact caatcatgac tgcaaaaact aaacctgacg gaagtttcga gtttaaccat 960gatatgatcg atggtgtgaa gacaatcggc tatgggaaat tgacaggtaa agttaatcat1020cattatgttg ctaacaagga tggctctgtg acagcatttg ttgattctgt cactctttac1080aagtacgagt atcgtaatgt tgctcaaaat gctgctgtta accaaaatat tgtatttaga1140gttttaacaa aagatggtcg tcctattttt gaaaaagctc ataatggtaa caaaactttt1200gcagaaactt taaacaaaac tttacaactc aatcttaaat atgagcttaa accacatgct1260tccagcggta acgtcgaagt ctttaagatt catgatgact gggtacatga cacacatggg1320tctgctttag tgtcttatgt taataataat gatgctgttc ctaatgtggt catcccagaa1380cggccaactc caccaaagcc agtgaaagtt acacctgaag cagaaaaacc agtacctgaa1440aagccagttg agcctaaatt ggtaacgcct acattaaaaa cttatactcc agtcaaattt1500attccgcgag aatacaaacc agaaccaatc acccctgaga cgtttacccc tgagaaattt1560actccagctc aaccaaaagt gaaaccacat gtgtctattc ctgaaaagat taactactca1620gttagtgttc atcctgtttt agttccagct gctaatcctt caaaagctgt cattgatgaa1680gcaggtcaat ctgttaatgg taaaaccgta ttaccaaatg caacattaga ctatgttgct1740aaacaaaact ttagtcaata caaaggtatt aaagcttctg cagaagcgat cgcaaaaggt1800tttgcatttg tagatcaacc aaatgaagcg ttagctgaat tgactgttaa gtctatcaaa1860gcatctaatg gtgatgatgt atcaagcttg ttagaaatgc gtcatgtttt atcaaaagat1920actttagacc aaaaacttca atctcttatt aaagaggcag gaattagtcc agttggtgag1980ttttacatgt ggactgcaaa agatccacaa gctttttata aagcttatgt tcaaaaagga2040ctagatatca cttataatct atcctttaaa atcaaagcta actttactaa aggtcaaatc2100aaaaatggtg ttgcacagat tgattttggg aatggatata caggtaatat tgtagtcaat2160gatgttactg ttccagaagt acataaggat ataattgata aagaggatgg taaatcaatt2220aataatagta cggttaagtt aggtgatgaa gtgacctaca aacttgaagg atgggttgta2280ccagcaaacc gtggttacga tctttttgaa tacaaatttg tggatcaatt acaacacaca2340catgatcttt acttacgtga taaagtggtc gctaaagttg atgtgacatt aaaagatggt2400acagtcatta aaaaagggac taatttagga gagtacacag aaacagttta caacaaaacg2460acaggtcatt atgagcttgc ctttaaaaaa gagtttttag ctaaggtttc tcgtgaatca2520gaatttggtg cagatgattt tattgtagtt aaacgtatta aggcaggtga tgtttacaat2580actgctgatt tatatgttaa tggatataaa gttaagtcag aagcagttgt gactcatact2640actgagaaat caaaaccagt tgaaccacaa aaagcaactc caaaagctcc agctaaagga2700ctgccatcaa ctggtgaagc tagtatgacg ccacttactg caattggagc aattatctta2760tcagctctag gcctcgcagg ctttaaaaag cgtcaaaaat aa 2802SeqID 61
      atgaaacaaa taaaaattat cacaggactt acagtcgcaa cactatccgc agtggtaggg 60aatgtatacg cagaagatat cacaccgaca gcaccagtta atgagccaca agtttcaagc 120gaaaccgcaa aaacgcctca agttacagaa agtcaagtta atagcgcaaa agttactgcc 180gatcaagcaa taagtgatgt taataaccaa caaattgtag ttgatgaggc tcaaaagcag 240aaagatcaat cacaacaaaa tcttgtaaaa gccacatcaa cagtaactga agctgaaaaa 300gtcgctgctg aggcaacacc tgaagttgtt aaagaagcta ttaaagctgt cactgaagca 360aaggaagctg ttacggatgc tgaagctaat gtagtcgatg cacaaaagac ggaacaaaaa 420gctaatcaag aagtacaatc gcaagctaag actgttgatg aaaatgttaa agttgttgct 480gataaagaat ccgaagtgaa acaagcagag ggtgttgtaa ctacagctca agaagctatt 540gatagcaaaa ccgctaacac taatgcatca gaagcagaaa aagcagtgac tgagaagcaa 600acaaagcttg aaactgctga aacaaatctt acagaggcac aaaaacaaga tgccaaaatc 660gctgaagaaa aacgacttgc agaacaagaa gttgttaata aacaattagc tgtgacagat 720acacaaactc ttttgaagaa gcttgttact gagattaata acgagaaagt aagcactagt 780ttagaaaacc aagcctattt taaccaacgt gacggttcat gggcgggcta ttatggcaat 840tatacttttg ccgctactgg ctgtgtacca agtagtttag caatggtatt tacggagtta 900gctagacgcc aaattactcc aactgaaatc gccaattatc tttggaacaa ttcaaatgag 960tttaataaaa actatggtgg aacaagtggc aaagggttag tacaagctac taaacatttc1020ggttttgtac caactcattt agcatctcaa tctgctattg tggaagcctt acaggcagga1080caccatgtcc tagcagctgt ccaacaagat aaattttctc cttggggtat caattacagc1140catgagattg tcttacgtgg ttactcaaat ggcaatactt atgtttacga tccttataat1200cgagctaaca ttgggtggta ccctgttgct aatttatgga atgaacaaag tagagacgca1260attgacacat ctagtgtagg cgtaccattt ttcaaaatta caacacaaaa aatggcccaa1320ttagaagctc agaaagcaca agttcaatct tctctaaata cagctaaaaa tcagttagct1380aaaacacaag acgtattaag aacactagaa gcaacacctc ttaaaacacc agaagcacaa1440gctaagctta atcaagccaa agaagctcta gctcttgcac aagcagacta tactaaagcg1500caagaagctg ttaagttagc tagtcaagac ttagctgtta aagaagaaac acttaaaaat1560gctcaggctg atttattaac gaaacaaaca gccttgaaag atgctcaaac tgttctcgtg1620gctagtcaag ttaaattagc tgatcttaaa gcaactttag ctactgttga aaataacgtt1680aagaaagctc aagctacttt aacagatgcc aaagcaattg ttggtcaaaa acaagcaaaa1740ttacttgctt tacaaaatgc ccctaaaatt ctagcagatg ctcaagctaa acttgtaact1800gctaaaaatg atttagctaa taaaatggct attttagatg aagcagtcgc aaaactaaaa1860tccttacaag ccgttcaagc cgaagcccaa aaacaatacc atgttgtttt tgaagcctat1920aaagcagtac gagatgccaa agaacaagct aaacttgcag aaagctataa ccatattatc1980gcacgaggcg gtgaggctat cccagttgtt gacgaaacag ataaaataac tggatatgta2040gatggtagcc agaaagcagt tgctaatgaa gtgactcttg ccttaactag taacggtgca2100ccccttgaaa gtccagttaa taaagaaaac caaaacgtaa caaaatcatc tcaagcttta2160ccacatactg gtgaagctgg attatccatt ttatcagtat taggtgtagg tcttatctca2220actttagggc ttactagttt gaaaaaacgt cgcccacatt aa 2262SeqID 62gtgagattaa cccacgtgag tttgtggatg ccatcaaaga gaagttggcc gctcaaattg 60cagttgttaa ggaaaggagt gattgagttg gaagatgaac tgaagacccc ttatcttgat 120caatacacag acaatttaac ggctaaagtc actaaaaaat cggatgacta ccaagtttat 180ggacgaaaca aggaggttca atccgtcatc atctctcttc tcagacgaac caaaaataac 240cctattttag taggagaagc aggggttggt aaatcagcca ttgtggaagg tataacgctt 300gctatcttac gtggccaagt tcctgaacct ttaaaaggtt taacggttcg ttccctggag 360ttgtctagtt tgatgagtga agatgacgaa ggctttattg ctaagtttaa gaagattatt 420gaagagatggttgctacacg tggtcataat cttctctttg tagatgaatt tcatacgatt 480attggtgcgg gtagccagaa tggtcaagcc cttgatgcag gaaatgtgat taaacctgtc 540ttagcacgtg gtgatattca gctgattgga gcaaccacct tagatgagtt ccatgagtat 600attgaaacag atagagcctt ggaacgtcgg atgcagcctg ttatggttga agagccaacg 660atttcacaag ctattaccat tattgaacaa gctaaagtca tttatgagaa gtttcatggg 720attcaaattt cctcagatgc tgtgcatcaa gcaatccgtt tatctgttcg ctatttgaca 780gatcgattct tgccggataa ggcctttgat ttgatcgatg aagcggcgac gattgcttca 840gttgaaggga aaagtaaggt gacagaaaaa gatattgctc aagttttaaa agataaaacg 900ggaattccag tcactactat cctaaaggga gatcaagagc ggttagaggg tttcaaagaa 960aggctgatga atcgagtcaa aggtcaagaa gatgccattg aggccgttgt agatgcggta1020acgattgctc aagctggttt acaaaatgaa aaaaggccgc ttgcatcatt ccttttcctc1080ggaccaactg gcgttgggaa aacagaatta gccaaagcaa ttgcagaagc actttttgat1140gatgaagctg ccatgattcg ttttgatatg tctgagtaca aacaaaaaga agatgtgact1200aaactcatcg gcaatcgtgc gacaagaata aaaggacaat tgactgaagg agtaaaacag1260aagccttatt gtgtcctgtt actagatgag attgaaaaag cacacagtga ggtaatggat1320cttttcttgc aagtgctaga tgatggtcgt ttaacagata gttcgggtcg tttgattagc1380tttaaaaaca ccattgtgat tatgaccacc aatattggcg ctaaaaaaat catcaataag1440tgggagttga aaggaaactt taaagattta accgatcgag atcggaaaca atttgaaaag1500
      tcgatggaca gtgagcttca aaatgagttt cgtccagaat ttctcaatag gattgaaaat1560aagctcatct tcaacctttt agaacgtgat gtgattgaaa aaattgcaga aaaaaatcta1620tctgagattg cggataggat gaagcgccaa aatttaacac tgtcatatga gcctagtctg1680attcagtatc tctctgatgt tggtactgat gtgaaaaatg gcgcacgtcc cttagaacga1740ctgatgaaac gaaaagtgct ggcacccatt tctgtaaaaa gcttacagtt agataagtca1800aagcaaggct ataacgttca tctctgggtt gagggacggg ctccagacgg caatcatcgt1860caagaacaac gtcaaattca catggagata gagggagaaa gagataactt ttttagctga1920SeqID 63atggcagaag aaaatgcaca acagccatct ttacgtggaa aaagccgtcg agaacgtgtt 60gaatttgctc gttcccgtga tattttagat gtggcccatg aattgaatat ggaacttttt 120cgagatggca aaaattatcg ttggaaagag cacgattcta tggtaattac acctgcaact 180aatcagtggt actggttttc acaacgtcaa ggaggtgatg tgattgcgct tgtagagacg 240ataaaagaaa tcggcttcaa tcaagcattt gaatacctga atgaaggtac atttaaagaa 300tttactgtgg tcaatcaagt aaaagaacct ttttcttatt atttagaacc ttacgaacag 360ctttttgttg aagcaagacg ttatttgaaa gagaatcgtg gcttatcaga tgacactatt 420gatttttttt atgataaagg agtacttgct caagccaatg ccaaggtagg tgatatgatt 480gagcctgttt tggtgtttaa aaacttggat aagaacggcc aagtggttgg cgctgctcta 540caaggcttag tagctgcccc cgataaatat ttcggtcggg gttacctcaa acaaatcatg 600aaaaattccc aaccttacaa cggcatgcat gttgatattg gcacaccaaa ccgcctagtc 660tttgcggaaa gtagtattga tcttatgagt tactatgaaa tccacaaaga tagcttatca 720gatgttcgtt tagtttccct agaaggcttg aaaacaggaa caataggaag gcatctcatc 780caattaagag ctgaaatgga acgtcgtccc ctctcctcca gttggactga tgaaatactt 840gctcagggat tagatgaggc tgtaaagcaa ggctatttca aagatggtaa gaacagtcat 900ctccttacgc tagctgtaga taatgatgta aaaggtaaac aattgattga agagttaaaa 960gataagagca tcccagtcat tgatgccact cctcctaaag cagaaggtca atctaaaatg1020gattggaatg cctatttgca ggaaaccaag gctacttttt ctactgaaaa atatcaagaa1080aagattgatc acctaatatc agatgttatt ttaggtgatg aaacttatta tctttggcat1140gatgatgagt tggtaaattt aggagcagga gactctatta tacaggcgtt tcatcatcag1200ctggaagaca gacgttatgt tattaatcag gcagaacttt acgttgaaga gtccagtaat1260gatggggcta ctggctatct atcaattgaa ggacatgtat tagataagga tggtattagt1320gactatttat ctgatcaagc tttaacagat gcggaaaaag tagcattctt agaaacttta1380cagacagaac taccagatat ttgggacgag atagtcaatc attatgacaa ggtctttgaa1440gaagttgtcg ttaaatatgg actcagagaa aaacatgcgg acataattca ggaacaagag1500ttggatttag accctttagt tgttccagaa gcaaaagaaa agtcccttga aatgaatcaa1560gagactaaca ctggcggcga actatttaat cgcaattcca gttttttagg agaagattct1620ccggggacag caccgcagcc cgttgagcca actgctcaac ctgattttcc taccaatgtt1680cgcttacatt ttaccactga tgatggaaat atgtcaaata aagcatttag gaaaaacatg1740cgaaccttga atttatatgc taatacgatg agagattcgg cacaatggta cttatcagaa1800atagccgata ctacaatgag ttatgtttat aaaactcctc atgaagaggg agtacaggtt1860cttagtgtgc attttggtaa aaagaattgg atgcacttaa caggagtgac accagtatat1920gaaaattggg tagattcact ttctgaacaa tttattgatg atattgctaa tagtaaggga1980cattttaaaa atctaaagtt tgcactaggg actcctgata agttaaaggt tcttaactta2040cttcctgaaa ttattgaatc agataccttt gtatttaatg atttatcatc tgttcaaaag2100ttaaataatc ttgatttatc acaggcgctt aatcctgaag atagcgattt acttttgcta2160tttagagatg aggggcttca tcaagtgcct gcttcgttga tgaggataaa gggcgattta2220gaagaaagat tatctcatat agatagtggg acagtgttag gagtttaccg agaaagaaat2280ggccaacttg agcaagtttc tgtcaatgag gagtatgtca aagatagtgg tcaagaaatg2340ctatctattt tacagaataa gcactatgaa gaggctcttg atagtggtca agaaatggtt2400caaacggatg gtttttcagc cgaagatttc acaaaagttt tggatgctgt ctatcatgtt2460ggtgttccag atgatttagc acgtgttcca gaaggagtct tacctgtttg gcaaaaatat2520cttgaggtat cagaagagaa tcaatgggac ttagaacaaa tgattgatta tgcggataag2580aacagtcttt tagtaaaaga ttctgccttc tataaagagt ggaaagagga tatgatctat2640aaaaatgact atcatgttcg cttacaattt gctgagaatt gggataatgg cgttgaactg2700cctttccgta cagaacaatt gattgattac aaaacgtttg tcacaggact ttatgaagct2760aatcaagctc atcatcaacg cagacaagaa agtcagcttc cttatacaaa aacagagttt2820gacatttatg ctcctggcgg acagctcatt aaagataatg tccattatgc tattggagat2880gaaacaagac ctgtttcaca actcatgggg ttaggttatc gtcgcctacc tggctatcag2940gaattagctg tgatagataa cagtattctt tctcagctgg aaaataagga gctaaatcaa3000gaaattgctt ctgaagctaa tgaacattcc ttaaattcac aagaaatacc taaagaagat3060aactatccaa gagaagcttt cacttctcct aaacaagaca tcaaaaaggg gctagctcaa3120cgagtagaag agattgtggc agaagatgct actaagattt tagtatcttc cattcctcaa3180gttcaagaga atttatcagt cgaaggaaac ttggtcggta ctccacaagc ggataatcgg3240atgctataca ctaacctaga agattttggc caagattatc aattagagct tgcagtttat3300agtccaaaac gggttgactt tttagaagat gtgcaggctc cgtggacctt ggccctaatt3360
      agaaaagaaa aaaagatagg ttatttagcg tatggtagtg attgggcaaa agaatttcag3420attgaagaag agctagaaca tttagctgca caaattggag acgaaaaagt accagaggga3480ctctataaac aagctgaagt agaggctttt atagctagtc atcagggaaa tgaaagcctt3540caggaaccaa tacctactat tgtagctgaa ccgtttgact ataccagtgc ctccgcctat3600gagatcagcg aacacgcttt ccaaaagatt cgtgagtaca cacaatcccc tgaggacttg3660cttgagtaca tggatttcat gagtaagttc ccacaacttt cacctcgaaa tgtcgctctt3720atccatgaac aatggcgtgg cgcaaatgca gtcgcaactt acgaacaatg gaaagccatg3780ggagaagctc taggtattaa accagacgat gttgtccaaa caaaagcaac ttatgttaat3840aagcggacag gagagacgaa ggaagtcgtt catcaagggt tatctgttaa gactggcgaa3900aaatcgaaaa ttacgctctt tagaccgcta atggttaaaa tgatcccagt tcttgatgag3960aatggtcaac agctgaaaaa tgataaaggt aatccaaagt ataagaagct atcagaagcg4020tcacttcaag agaaagcttt agtaaaagac ggtaaacttc cagttcgtca atttcaggag4080agagattcaa aaactggtca accaaggttt acgacttaca aagtttttga gttgtcacaa4140actactctga agccaggaag ctatcctaag gctatgccaa accgtcattt caactttaat4200gtggataaag tcaagactaa agaggtatta gaagggcttt gtgactatgc ggaaaagatt4260ggggttagcc taatgaaaga tgatgctcat gttttggata atgccaaagg agctttttat4320tcagaagaac agctgattct tattaatcct aataatacac ctggagaaaa aattgcaact4380accattcatg agttagcaca tgcaaccctt cataatccta agttggaaaa acagtataaa4440gagttgccga aaggacaaaa agaatttgaa gctgagatga ccagttactt gttgtcaaaa4500cactttggcc tagatacgtc tgaaaaggca atccattata tggcaagttg gacagataat4560ctaaaagcgt tagaggataa acaattggca gactctctga aacgagttca tcaaacggtt4620tcgaaaatgt tgaagcaagt tgaaaaatat acgaaccctc accagctagg aagggggaaa4680gaacacggtc taaattttcc taaagcccca accaaagggt ctagtcgtta a 4731SeqID 64atggatgtat cgtctagtcc gaatattaca tttatgctgc aatacacaga ggctaatcct 60caatatgtgg actatactaa cagagaagag gctgtcaaaa ttgatgaaga attgtcctta 120gaaacgaaca ggcaaatgat tgaaggatta actgaagacg agttgactcg tattcaggaa 180gctgtccctg aaacgcagtt gaattttagg gaatacattg attatatgaa ccgctcgtat 240gcaactgaag aacaatctaa agaactaaca gctatcttta ctcaagaagc agattatctt 300cagaaactac gattaatcga tctaaaaaat aagttggaat cagcttatca aaatggttca 360cttctctggc aaggagttat ttcgtttgat aatgcttttc ttgcggaaca gggattgtat 420gatgttgcga ctggtcaagt tgatcaaaaa gcgattaagg cagtgatgcg tgatatgatg 480ccaacactta tccagaaaga gggcctttct gattctgctt tttggtgggg gaatatccat 540ctgaatacag ataatatcca tatccatttt gggctttctg aagttgaatc taaccgtgag 600aaaatattct atcagccacg tggacgtatg gagtacaaag gtaacttctc tcagaaaacc 660atcaaccggt ttaaaagtgg tgtgtatcat ggattgctga aagaagaaac aagatccaat 720cttctcagaa aagaacagat tttagctaat ctcaaagcgg acttcataac atctatttac 780cagaaggaca agattacttc ttcagctgaa aaaaattttt tggaacaagc ctacaatcat 840ttgccgctaa ataagaagtg gcgctatggt tctaatgcca gagattttgc ggttagtaag 900ttctttcttg atcgctattt agattcctat ttaaacaatg aaggtagtgc tgcctatcaa 960gaatttttga aagagactag agattttctt cagacttatg aaggggttta ttcagctgaa1020aaaaataaaa tctatgaaaa actacgtaaa gttgatgggc aaacgatcag aacgcttgca1080gaatcaaaag gatatgattt agaacatcat ttggcacgtc gtgtaatgga tttaagagag1140cgtttagcca ataatatctt acgttcgttt agagaagctg caccccaaat tcaagacgtt1200cagctggaaa aaaatttaga gagtttttct gttttgaacc agaagaaaat tttagaacaa1260catcctgaag caagtgtggt aaaaagtcag aaagcttggc agaagttagg ctactttgtg1320aaggctggag agcagccact tgaaattata aggccagtct ataaatctta tgataagcat1380ggtaaaggta taggacggcc agaatttgta tcagatactg tttatgatat tagtcagcta1440acagaaaata ttcagctgaa aagtctaacc ttgaaagacc tctctctgtt ttcttctaac1500gagttaaaag agttagtaga tgctgctaag ttaaagacta atccaacaga gagagaacgc1560cgtgaattag gtacctatcg ttatgcgttg aaacttagca tattagaatc tagtcagaag1620gaattgcagg ttcgtcaaaa gctactagaa caggtacagc cactagcgtc tgatcaacca1680tttttagatt ttaagaaaca gttaatagct caggaattac aagctatagc gctacaattg1740actcctaatt acaagctatc agaagatgat aaagccttga aaaatcgatt gaagaggcag1800tttgaagata gtgttgcgct acctgtttca aaagctactc ctggtgccat acaacttcct1860attaggcaac tttggactga gctaggattg gttcatcaca ttcaagatga aaacattcta1920acgcttctga aagggacatc aacgacgaaa caagcttata tagaagaact tcagactcat1980atctctattt ttcagttgaa atatcagatt aacaatagaa acaagcagat aagccagtta2040ccggatgaag caacaataaa ggagatgagg atagctaatg ctaaaggttt ctctgagcta2100aaacgtctat atgatacatt acagccatca gatgatggtc aaaatcagat tagtcaagct2160gtttctaaac aattacaaga acgaaaagtt atcaaaaaag ctcaattaca acagacgcag2220agaagcggaa aaatcaatac agacttcatg cgacaattga cagcttctct taatcgttca2280caacaagcaa gtaaaaaagc attgatggaa cgtgcacgta gtgatgaacg tgaggaacaa2340gaagaacgta ggcaagctca acgttaa2367
      SeqID 65atgaagaaga ataaatttct attagtcagc attgtattta tcatcatttt tgtggtacag 60ccacaaaatt ttcaatcttt aaaaaatata tttactcaaa atgatatagc tagtcaattg 120aatatatcaa gttcacctga agaaaaaaat gatggcttag gaacggccta tcaaacgcaa 180aatgaagatt tgaaatctaa aagttttgat ggtcaacatc aagtcatagt ggttaatgaa 240aaagcacaat ttacggcaga agagttgagc atgagaaatg gttcatggga aaaatacgat 300aacctagatt ttttaaatcg tgttggggtc gcagaagcta tgttaggaaa agagttaatg 360ccaaaagagg cacgtcagga catttcttca gtcaaaccaa ctggctggaa aaataaaaaa 420attaccttca atggaaagca agattatctc tataatcgtt ctcacttaat tggatttcag 480ttaagtggtg agaatgccaa tgtgaaaaat ctctttacag gaacacgtgc ccttaatgca 540aactttaacg atgataaatc gtccatggtg tactatgaaa atgaggtcgc aaactacatt 600aagaaaacaa atcatcatgt tcgttatcga gtgaccccac ttttcaaaaa tgtggagtta 660gtagctcgtg gcgtacgtat agaagcacaa agtattgaag atgagaccat ctcatttgat 720gtctatattt ttaatgggca accaggatat gacattgatt atttgacggg atcatctgaa 780aaaataatga ttacaaaatg a 801SeqID 66gtgactaaag aaattaaaat tagatccatt ccagaaaaaa catgggcaca gctacatatg 60atttcggaag aatatgagta tccgtctttt aatgaattta tgcttgctca attgcaacgg 120attgtcgaaa atggtggtct tgatttatat gataataaat ttgcggaaac cttggcagtt 180attaaagaac aacaagcaca aatattggat cagctcctaa aaaacgaaat caagttactg 240gcttatcatg caaagcaaga tatagtggaa gagctaacaa ccgactggtt acgatttatg 300gatgatgttg atgcgctggc tgcggaaaga ggagcaggag gacgttga 348SeqID 67ttgttatatt attttattta cttgataaaa gtaattggaa atggccttaa attatcactg 60atttgtggtt taaattggct catcaaaata gtattcaaag gacaatttta tcttttctca 120gctgtctttt gtggcttgtt gacctactat atgccacaag atattcaatt atttacagtg 180agagttttag agctaatcat catgctaaaa gtgataatag atgttaccca tacagctctt 240tcaagagatt ttaaacggat gaaaacgcct ctttttttag gagtgatgta cgtcttcttt 300ctagctggta acagttatat taaagcacat cttttgacag aagttatggt taatcatctt 360atttcgtttt ggcttatcag cctgtttttt gccactcttg taatagttat tcagcccaga 420ttatttaagc attatctgtt aaaaaaagtc attgataagg aatacttggg tatccgaaaa 480ttcacagact ctcttcctcc agaaatcaat ttgtacaagg atgcggacga agaagatgcg 540gacaaacgga tgcgactgat caaccagaat gtcatcaaac acccctatca agaagttgtt 600gaactgagct ttttgaatag agaagtgata acagctattg gctataaagc cgttccattt 660gaaaaagaaa ctgaacgtac ttttatagac gatgatacca tctattatcc catttttacg 720gttcaccctt tcagaaattt ggaagggaaa tcagattttt atcacatact aatgaaactt 780aaactcagtc gaaaagcggc ctttacaaaa aatggtgagc gattattaat tagagatttt 840taa 843SeqID 68atgattagaa atgaatttta taatcagtta atcaatagtg agccaatagg ttttattgat 60cctttcactg acttaggaga atttgattct attcagatga agttcaaaca acctgttaga 120aatctggtaa ataagtactc tggtaaacct tataatctta gttggcaaaa taagattgaa 180cagatgagag tgctatatat taaatatcag aaaagcttga agctagaaga tgaagaacaa 240gaggttcata accgagttaa aaataaaaag tctaaaaaat atgttcatga aatcgttaca 300acatatttga agttaggatt caggtttaaa gaaattgaag caagggtatc cctattcaat 360actcgtcttc gtcggaactg gaaaagaagc gactatgtga caactgataa ccctgaattc 420tatttgaaga aggatctaca gaatggttat tgttctccaa attcatttct tcctcggagt 480atgaaaataa actaa 495SeqID 69atgaacgaaa tcaaatgccc tcattgtgga acagcttttg ccatcaacga gtctgaatac 60catcaattac tagaacaaat tcgtggagat gcttttgaca aagaagtaag tgaacggttg 120gaaaaagaac gtctaatatt aggggagcaa gcaaaaaatc aattacagga agttgttgta 180gaaaaagaca aggagatagc taaacttcag tacaaagtca aacaatttct tatagaaaaa 240gacaatcttc tcaaagacaa tgagtaccaa ctcgctgagc aattaaatca aaaagacatg 300atgcttcgcg accttgaaaa ccaaatcgat agactacgtt tagagcatga aaatagcttg 360caagaggcgc taacaaaagt cgaacgagaa agagatgcaa tacaaaatca gttgcacatt 420caagaaaaag aaaaagattt agctttagct tcagtaaaaa gtgattatga agtacaacta 480aaggcagcca atgaacaagt agaattctat aaaaacttca aagctcaaca gtctactaaa 540gcagtaggag aaagtttaga acattatgct gaaacagaat ttaataaagt gcgacatttg 600gcctttccta atgcttattt tgagaaggac aatacattat caagtcgtgg ctcaaagggg 660
      gactttatct atcgagaaaa ggatgaaaat gaccttgagt ttttaagtat catgtttgaa 720atgaaaaatg agtctgatga tactatcaag aagcataaaa atgaagattt tttcaaagaa 780ttagataaag atcgtcgtga aaaatcttgc gaatacgcag ttttagtaac tatgcttgaa 840gcagacaatg actattataa tactggaatt gttgatgtta gtcacaaata ccctaaaatg 900tacgttatac gtccacaatt ttttatccaa ttaattggta ttctaagaaa tgcagcactc 960aataccttaa aatataaaca agagcttgct ttgatgaaag aacaaaatat tgacatcaca1020cattttgaag aagatttaga tattttcaaa aatgcatttg ctaaaaatta taattctgca1080agcaaaaatt tccagaaagc aatcgatgaa atagataaat ctattaaacg tatggaagct1140gttaaggctg ctttaacaac gtctgaaaat caactacgtc ttgcaaataa taaattagac1200gatgtttctg tcaagaaatt aacaagaaaa aatccaacaa tgaaagcaaa attcgatgct1260ctaaaagact aa1272SeqID 70atgaatcatt ttgaactatt taagcttaaa aaagctggac taacaaatct taatatcaac 60aatattatca actatctcaa aaagaatagt ttaacttctc tatctgttcg caatatggcc 120gtagtatcaa aatgtaaaaa tcctactttc tttatagaaa attataaaca gctagacctt 180aaaaaacttc gacaagaatt caaaaaattt ccagttctat cgattttgga ttctaactat 240cctttagagt taaaagaaat atataatcca ccagttctac ttttttatca gggtaatatt 300gaacttctat ctaaacctaa attagctgta gtgggggcaa gacaggcatc tcagataggt 360tgtcagtctg ttaaaaagat tatcaaggag actaacaatc aatttgttat cgtaagtggt 420ttagcgcgtg gcattgatac agcagcacat gttagtgctt taaaaaatgg cggcagtagt 480atagctgtta tcgggagtgg tttagatgtt tattatccaa cggagaataa gaaacttcaa 540gaatatatgt catataatca tctcgtatta tcagaatatt ttaccggaga acaacccttg 600aaatttcatt tccccgaacg taaccgtatt attgcagggc tgtgtcaagg tattgtggtt 660gccgaagcta agatgagatc tggaagttta attacctgtg aaagagcatt agaagaggga 720cgagaagttt ttgccattcc cggaaatatt atcgatggca aatcagatgg atgccaccat 780cttatccaag aaggagctaa atgcattatt tcaggaaaag atatcctttc tgaatatcag 840tag 843SeqID 71atgactgaac gaacattcga agatattgaa cttgacttaa agttattcca aataaagctt 60gataatgctg agaatagtaa aaggctctta caaaaattga aaaacgacgt catggagtta 120caaatagagt tactagaatc attaaaactc ggtgatgcct atttaacaga atcagaagaa 180ttagaagaga ataatgactt tattctaacg gtaaatagtg aaacactaag tttatcctat 240gacaatagga taaacttagt ttctaaagag attatggatt atgaaaatgc attagataag 300ttgtattatg aaaaacagag tttgatgcaa aaaagtaatg aaagaaaagg aggttaa357SeqID 72ttgttcaata aaataggttt tagaacttgg aaatcaggaa agctttggct ttatatggga 60gtgctaggat caactattat tttaggatca agtcctgtat ctgctatgga tagtgttgga 120aatcaaagtc agggcaatgt tttagagcgt cgtcaacgtg atgcagaaaa cagaagccaa 180ggcaatgttc tagagcgtcg tcaacgcgat gcagaaaaca gaagccaagg taatgttcta 240gagcgtcgtc aacgtgatgc agaaaacaga agccaaggta atgttctaga gcgtcgtcaa 300cgtgatgcag aaaacagaag ccaaggtaat gttctagagc gtcgtcaacg cgatgttgag 360aataagagcc aaggcaatgt tttagagcgt cgtcaacgtg atgcggaaaa caagagccaa 420ggcaatgttt tagagcgtcg tcaacgtgat gcagaaaaca gaagccaagg caatgtttta 480gagcgtcgtc aacgcgatgt tgagaataag agccaaggca atgttttaga gcgtcgtcaa 540cgtgatgcag aaaacagaag ccaaggtaat gttctagagc gtcgtcaacg cgatgttgag 600aataagagcc aaggtaatgt tctagagcgt cgtcaacgcg atgttgagaa taagagccaa 660ggcaatgttt tagagcgtcg tcaacgtgat gcagaaaaca gaagccaagg taatgttcta 720gagcgtcgtc aacgcgatgt tgagaataag agccaaggta atgttctaga gcgtcgtcaa 780cgcgatgttg agaataagag ccaaggcaat gttttagagc gtcgtcaacg tgatgcagaa 840aacagaagcc aaggcaatgt tctagagcgt cgtcaacgcg atgcagaaaa cagaagccaa 900ggtaatgttc tagagcgtcg tcaacgtgat gcggaaaaca agagccaagt aggtcaactt 960atagggaaaa atccacttct ttcaaagtca attatatcta gagaaaataa tcactctagt1020caaggtgact ctaacaaaca gtcattctct aaaaaagtat ctcaggttac taatgtagct1080aatagaccga tgttaactaa taattctaga acaatttcag tgataaataa attacctaaa1140acaggtgatg atcaaaatgt catttttaaa cttgtaggtt ttggtttaat tttgttaaca1200agtcgctgcg gtttgagacg caatgaaaat taa 1233SeqID 73atgaaaagac taacttatta ttttaagggg tatatcaaag aaactatctt tggacccctt 60ttcaaattat tagaagcctc ttttgaactt ttggtaccaa tcgttattgc aaaaatgatt 120gacgagacca ttccacgagg ggatagaagt agtttactgt tgcaaattgg attgattttc 180tttttggctg cggtgggtgt tgtagtagcg ataactgctc aatattattc ttcaaaagcc 240
      gcagttggtt atacgagaca attgacagag gatctctacc aaaaagtcat gtcactgggg 300aaaaaagaca gagatgaatt gggaactgct agtttgatta ctcgtttaac tgctgataca 360tttcaaatcc aaactggttt aaatcaattt ttacgtttat ttttgagggc tccgattatt 420gtttttggtg ccataattat ggctttttcc attagcccct cattgactat ttggttcttg 480gtaatggttg tcacgttatt tatcattgtt tttgtaatgt ctcgactatt aaatcctatt 540taccttaaaa tcagaacttc aaccgattat ttggtaaagt tgactaggca acaacttcaa 600ggtgtacgag ttatccgtgc ctttaatcaa gtagatagag agagtgaagc atttaatgat 660atcaattatc attatacgaa tttacaatta aaagcaggta ggctttctag tttagtaacg 720cctctaacat ttctagttgt taatatcact ttggttgtga ttatttggcg tggtaattta 780aatatagcta atcatctttt atcacaagga atgttggttg ctttaattaa ttacttattg 840caaattcttg ttgaattgtt aaaaatgaca atgttggtga catcactgaa ccaaagttat 900atcagtgcta agcgaattat agccgttttt gaaagaccgt ctgaaataat tgatgacaaa 960cttgagccaa aatattcgaa taaggcttta gaagtacaag aaatggcatt ttcttatcca1020aattcttctg aaaaagcttt atctgatatt actttttcta tgaatgtagg agaaacttta1080gggataattg gtggaactgg ctctgggaaa tcaaccttgg ttaatttact gcttcatatt1140tataaagtgc aagaagggga tattgatata tatcatcagg gaaaaagtcc agatacaatt1200tcaaattggc gtaccctggt aagagttgtt cctcaaaatg ctcagttgtt taaaggaact1260attcgttcta acctttcttt gggacttggt aaagttagtg aggaaaaact ttggactgct1320ttagaaatag cacaagctag tgattttgta aaagaaaaag atggtcaact tgatgcccct1380gtagagagtt ttggtagaaa tttctctggt ggtcaaaggc aaaggttgac gattgcaaga1440gctttagttc aagataagat accatttttg attttagacg atgcaacatc tgcattggat1500tatttaacag aagctcgttt atttaaagcc ataactaaac atttcaacca aactaatctt1560attattgtat cacagagaat taatagtata caaaatgcag atagaatctt actccttgat1620aaggggaaac aagttggttt tgataatcat caatctttat tagctcataa caaagtttat1680aagtccattt accattcaca aaattttaag gaggaggagt aa 1722SeqID 74atgaaattta atgagcaaag taactcgcaa gcagcacttc taggcttgca acacctgtta 60gctatgtatg caggatccat tcttgtacct atcatgattg ctagtgctct tggttataat 120gctgagcaac taacttatct tattgcgaca gatattttta tgtgtgggat tgccacctta 180ttacaattac aattaagtaa gcactttgga gtgggtcttc cagttgtatt agggtgtgcc 240tttcagtctg tagctccttt atcaattatt ggtgcacaac aaggttccgg ctatatgttt 300ggagctttaa ttgcttcagg aatatatgtc gttttagttg ctggcatttt ttctaaagtt 360gcaaatttct ttcctccaat tgtaacagga tcagttatta ctacaattgg tttgacatta 420ataccagttg cgatgggaaa tatgggtgat aatgcaaaag aaccgagctt acaatcttta 480actttatcac tggtaacgat tggtgttgtt ttattaatta atattttcgc aaaaggcttt 540ttgaagtcaa tttcaatcct tattggactc atatcaggta caattcttgc agcatttatg 600ggcttagttg atgcttctgt ggtagcagaa gcaccacttg tacatattcc gaagccattt 660tattttggag ctcctagatt tgaatttact tctattttaa tgatgtgtat tattgcaaca 720gtttctatgg tagaatcaac aggtgtttac cttgcgcttt cagatattac aaacgataaa 780ttagacagta agagacttcg taatggttac cgttcagaag gattggcagt attacttggc 840ggcttattta atacctttcc atataccggt ttttctcaaa atgtgggact ggtacagata 900tctgggatac gtacgcgtaa gccgatatat tttacagctc tcttcttagt tatacttggc 960ttgttaccta aatttggcgc aatggctcaa atgattccaa gtccagttct tggtggtgct1020atgttagttt tatttggtat ggtagcactt caagggatga aaatgcttaa tcaggttgat1080tttgagcata atgagcataa ctttatcatt gcagccgtat caattgcagc aggagtaggt1140tttaatggga caaatctctt cattagtctt cctaatactt tacaaatgtt tttgacaaat1200ggtattgtta tctcaaccct gacagctgtt gttttaaata tcattttgaa tggattgcct1260aaaaaattaa tatga 1275SeqID 75atggctaata catacgattt aatttcacag cgtattgaag cacaacgaca gaaactcatc 60gctatagata ttgtggccgt tgcgagctca ctaggactta acttgaaaca aggttcaggt 120ggacatctct attgggatga acatgatagt tttcatattt acccccaaac taacaccttt 180cgttggtggt caagaagcat ggggaccaat accattgatt tagtccaagt catccaagaa 240gagctaacag gaaagaaacc tagctttcga gaaactgtca actttttaga aacagggcaa 300tttgaatcgg ttacggtaac accagtcgtt agagaaccct ttaagcacta cctcgctcct 360tatgaacatc acaattttga cttagggcga cagtatctta aagaagaacg agggctatct 420gatgagacca ttgattttgc tttggcatca ggtagtatga gctctgcgac attgaaaaag 480ggtgattatt ttgaacctgt tattatcttt aaaagttttg cggaagacgg ccgaatgatc 540ggcggtagcc ttcaggggat cgttgaaaat aaagtccagc atcctgaacg tggccgtctc 600aaacaaatca tgaagcattc agacggtcta gcaggttttc atttggacgt tggaacacct 660aaacgtctcg tgttttcgga agctcctatt gaccttctct cttattatga attacataag 720gagagtttac agaatgtccg cttagtcgct atggatgggg tcaaaaaagg ggtgattagt 780cgctatacgg ctgatttatt gacagatggc cagtattctc aaaccatgcc cagagagtcg 840
      attagaggag cgatagatgc cattaaccaa acgactagaa tccttaaaaa caatcccaat 900atgattacca ttgccgttga taatgacgag gcaggccgaa actttattaa ggagttacag 960gaagatggca ttccaattaa cgtagacctc ccaccacgga aagaacacca gagtaaaatg1020gattggaata attatctgaa acaaaagaaa ggattactaa aaatgccaca aacagaaggc1080acacaaaaag ccccagaaca agttctggag catgaaaaaa tggataggag ccaaattagt1140tcgggctctt tagaggacga ccctcaaggc agtgccaaac ctgtatccaa aagggatacc1200tttgagcaag ctgttaccag ccacccgact ttctcctatc ctttactaca gtttagcaca1260gaagaagcct ttgtgtcaaa cgttagagat ggctaccaca tcgcaagtga ggaggatatt1320cggaatctca attactatgc ccctagtctc caacaaacgg ctaactggta tcgggataat1380ctggcagacc gtcaagtgac ttatatgtta aaaggggata aggagataaa ggcgcttcag1440gtcagttttg ccaaggataa gtttgcccac ttaaccggta ttcgtccgat tggaaaaggg1500ttgtcagctg aaaaactgtt agatgatttt gcgaaaggtc gaggttccta tcctaatctg1560accttatcaa atggttttaa tgacaagata caagttttgc caatgattca agaactatct1620caatccaagt cttttgtctt tacagattta gaggaagttc aaaaaatgag aaacttaaag1680gccagtcatg cgattcaatc caataatcgg agtttagtcg tcgctttaaa aactattgat1740gatgtcacct ttccttcgtc cctcctaaga ggaaaaaaga atctaaatga tgatctgatt1800caaaaggcga aagaaaatga agttctaggt gtactcagtg agaaagatgg gaacatcacg1860gtgctgtccg ttaacgataa gtacatccaa gatggtgggc aagccttaaa agatatgatt1920aaaaatggcg aacttgaacc actccaaatg gagacgatac agcgacatgt tcctcatgag1980aatgcctatc ctaaggattc tgacggtgat ggcttaaccg atgatgaaga aatcgctcta2040ggcaccaatc cctttagttc tgatagtgat ggtgatggga ctccagataa tgtcgaaaag2100gcaaatggaa cagaccccac caatgcttct gataatgagg tgacaaggca acaagaagcc2160aataaacgtg acttcacttt gtcagaaatg attaaagcca aaaataccgc agcgctgaat2220caacacttac aagacggcat caaacagtat tttgatagtg atacctataa gcaatacctg2280gaagggatgg cccacttcaa taactactcg ccacgaaata ttcaattgat tatgtcacaa2340tttccagaag catcgatggt tgcgtctttc caagagtgga ggaagcgaaa tggttcggtt2400aaaaaaggtg agaaggccat ctatatccaa gcccctgttt ctgttatgaa aaaagatgag2460aatgggaaac ctatccttaa tcctgaaacg ggagaaaagg agaccatcac ttactttaaa2520cctgtccctg tctttgacat taaacaggtc tctccccaag aaggaaaaga actcaatctc2580cctaaagcca tgggaactat tccagaacaa ttggataaag aatactacca aaatgtctat2640cgtagcttaa gagatatttc tcagaataac aataaggttc ccattcgatt tagagaactt2700ggacaagaag atgggttcta tagtccacag acaaatgaaa ttgttattaa gaaagggatg2760tcttatgaac gaaccttgtc aacgctgatt catgaaatgg ctcattcgga attacacaac2820aaacaaagtt tgacggaacg ctttgatggt aaactaacaa gaagtaccaa agaacttcaa2880gcggaatcca ttgcttatgt tgtatccagt catctaggtt ttgataccag tcaagagtca2940tttccttatt tagcgtcttg gtcaaaagaa aaagacgggc ttgccaactt aacagcacaa3000ttggaaatcg tgcaagaaga agccaaaaac ttaatggaac ggattgatca acagttaagt3060caatatcaaa cagtaacact gaataaagaa acccaacaat tgactaaaca agaaatgaaa3120aagcagactc atccctttta tcaaagttta gcagccgcta aaacatcaag agcacaagtc3180accactcagg agaaggaagc aagcgtaaaa aaagacaatc gacctacgat gccgtag 3237SeqID 76atgaattcac aagaaacaaa aggtcacgga ttttttagaa aatcaaaagc atatggttta 60gtatgtggga ttgcactagc aggtgcattt acattagcta ctagtcaagt gtctgctgat 120caagttacaa ctcaagcaac aactcaaaca gtaacgcaaa atcaagcaga aacagtaaca 180tcaactcaac ttgataaagc agtagataca gctaaaaaag cagctgtagc tgttacaacc 240acaacagcag ttaatcatgc gacaactact gatgcacaag ctgatttagc taatcaaaca 300caagctgtta aagatgttac tgcaaaagca caagctaata cacaagctat taaagatgct 360actgctgaaa atgcaaaaat tgatgctgaa aacaaagcag aggcagagcg tgttgcaaaa 420gctaataaag caggtcaagc agaagtagat gctcgtaata aagcaggtca agcagccgtt 480gatgcacgta ataaagcaaa acagcaagcg caagacgatc aaaaagcaaa aattgatgct 540gaaaacaaag cagagtctca acgtgtaagt cagttaaatg cacaaaataa agcaaaaatt 600gacgcagaaa ataaagatgc gcaagctaaa gcagatgcga ctaatgcaca attacaaaaa 660gactatcaaa caaagttagc aaacattaaa tctgttgaag cttataatgc aggtgtacgt 720caacgtaata aagatgcaca agctaaagca gatgcgacta acgcacagtt acaaaaagac 780tatcaagcta aattagcact ttataatcaa gctctaaaag ctaaagcaga agcagataaa 840cagtctatta ataatgttgc ttttgacatt aaagcccaag ctaaaggtgt tgataacgct 900gaatatggaa actcaatcat gactgcaaaa actaaacctg acggaagttt cgagtttaac 960cacgatatga tcgatggtgt gaagacaatc ggctatggta agcttacagg taaagttaat1020catcattatg ttgctaacaa ggatggctct gtgacagcat ttgttgattc tgtcactctt1080tacaagtacg agtatcgtaa tgttgctcaa aatgctgctg ttaaccaaaa tattgtattt1140agagttttaa caaaagatgg tcgtcctatt tttgaaaaag ctcataatgg taacaaaact1200tttgcagaaa ctttaaacaa aactttacaa ctcaatctta aatatgagct taaaccacat1260gcttccagcg gtaacgtcga agtctttaag attcatgatg actgggtaca tgacacacat1320gggtctgctt tagtgtctta tgttaataat aatgatgctg ttcctaatgt ggtcatccca1380
      gaacagccaa ctccaccaaa accagaaaaa gttacacctg aagcagaaaa accagtacct1440gaaaagccag ttgagcctaa attggtaacg cctgttttaa aaacttatac tccagtcaaa1500tttattccgc gagaatacaa accagtccca agtacccctg agacgtttac ccctgagaaa1560tttactccag ctcaaccaaa agtgaaacct catgtgtctg tacctgaaaa aattaactat1620aaagtagcgg tgcatccagt acagatacca aaggccacac caactaagaa agttctagat1680gaaaacgggc aatctattaa cggtaaatct gtattaccaa atgcaacatt agactatgtt1740gctaaacaaa actttagtca atacaaaggt attaaagctt ctgcagaagc tatcgcaaaa1800ggttttgcat ttgtagatca accaaatgaa gcgttagctg aattgactgt taagtctatc1860aaagcatcta atggtgatga tgtatcaagc ttgttagaaa tgcgtcatgt tttatcaaaa1920gatactttag accaaaaact tcaatctctt attaaagagg caggaattag tccagttggt1980gagttttaca tgtggactgc aaaagatcca caagcttttt ataaagctta tgttcaaaaa2040ggtctagata ttacttataa cttatcattt aaagttaaaa aagagtttac taaaggtcaa2100atcaaaaatg gtgttgcaca gattgatttt gggaatggat atacaggtaa tattgtagtc2160aatgatttga caactccaga agtccataaa gacgtgttag acaaagaaga cggcaagtct2220attaacaatg gtactgtcaa actcggtgac gaagtcactt acaagcttga aggatgggtt2280gtaccagcga accgtggtta cgatcttttt gaatacaaat ttgtagatca cttacaacac2340acacacgatc tttacctaaa agataaagta gtcgctaaag tagcaattac acttaaagat2400ggcactgtaa ttccaaaagg gacaaatcta gttcaatata ctgagactgt ctataataag2460gaaacaggtc gctatgagtt agcctttaag gcagacttcc tcgcacaagt ttcacgttct2520agtgcctttg gggcagatga ctttattgta gttaaacgta tcaaagcggg tgatgtttac2580aataccgcag acttctttgt caatggcaat aaggtaaaaa ctgaaactgt ggtaacacat2640actcctgaga aaccaaaacc agttatgccg caaaaagtaa ctcctaaagc accagcttta2700ccatccacag gagagcaagg ggtatctgtc ctaacagtac ttggtgccgc cttactctca2760ctcttaggcc ttgtagggtt taaaaagcgt caacagtaa 2799SeqID 77atgaatcaga taaaaattat cacaggactt acagtcgcaa cactatccgc agtggtaggg 60aatgtatacg cagaagatat cacaccgaca gcaccagtta atgaaccaca agtatcaagc 120gaaaccgcaa aaacgcctca agttacagaa agtcaagtta acagcgcaaa agttactgcc 180gatcaagcaa caagtgatgt taatgcacaa aaaaatgtag ttaataatgc tcaaaatcaa 240aaaaatcaag cacaacaaaa acttgttaac gcaactacaa cgttaaatga aacacaaaaa 300ttagtgcaag aatctaccaa tcaaaatcaa gtacaacaaa cagttgattc cgcaaagcaa 360aggttgtcgc agacagaagc taatcaaaaa attactcaaa ctgaacaagt caaagctcaa 420aatcaagtta atgcacaaca aacagttgtt gttaacaatg agcatgatgt tgcaactaag 480acagctgatg ttaaacaagc tcaagcatca gtcgatacag ctaaagatgc tttgactaat 540actatagtta atagtgattt aaataaagca cagtcaaacg tcacaactaa gacagctgat 600gttaaaactg cgacagatgc acttacaaaa gcacaagcga ctgataaaac acttactaat 660caaaaagcaa aagcacaaca aatagttgat tcagcaaaac aaaacttatc tgctaaagat 720acacagcttt cacaagctaa tgctgaggtc aatcatcaca agtttaaaac ggctctaggg 780caaagtcatt attacaatca acgtgataat gcttgggctg gggtatatgg agggcataca 840tttgcttcaa ctggatgtgt cccatcagca ttagcaatgg tttactctga tttatcaaat 900cggacaataa cgccgagaga gatagctgat tacttataca acaacacaga tgaattcaat 960aaacgtttcg gtggcacaag tgggaaaggt attatttctg ctactaaagc gtttggttat1020gttgtgactc atttggctag caaaaatgct ataactgaag cattaaaagc aggtcatcat1080gttgttgctg ctgtacaaaa taataaattc agtccctggg ggcctcaata cagtcacgaa1140attgtattga gaggtagttc taatggcaat acgtatgttt atgatccgta taaccgtgat1200aacaatggtt tttacagtgt tgaccgcatt tggaatgaac agtcacgaga tagtattgat1260actgctggtg taggtgtacc gtttttcgca attatgacta aaaatatggc taatgcttta1320actaagcagt cacaagcttt agcaagccaa caagttgctc aaaaacaatt aaatgatgca1380caagctaaag caacaggtct taatgcagta actatgcaga caccgattgc acaagctaat1440ttgattaaag cacagtcaaa tttaaaagat gctcaaaagc gattagcaga agcacaagca1500tcagtcaaat tagctaatca agataatgtt aaaaaacaag ctgacttaac aaaagcagag1560tctaaattaa aagatgctca aaagcaatta gcagcagcac aagctaaatt gacaacaagc1620aaaacaaaac ttaatcaatt aaaacaagtg ttagcagaag caagtcaaca agtagcccaa1680gcaaatcaag attacaagca agctaaagat aatctaacac aaaaaactgc ttatctaaca1740aatctacgca atgcacaagc taatttgatt aaagcacagt ctgatgtagc acaagctaaa1800gataacttag caaataagat tgctaagtta caaagagaag tagcttattt acaagagtta1860aaaactaaag cagtagatgc gcaatcacag tatcaaaaag ttttatcagc ttataagtca1920gttttatcag ctaaagcaag tttaaaatta gcggaagaga aagctcgact tgataaaaag1980ggtcacgaag cagtagcagt agttgacgaa acaggtaaaa ttactagcta tattacttct2040aaacacaaaa tagaaatgaa atctcttgtt gcaactaaga caactgatgt taaacaagta2100tcagttgcta aagcaagcgt gttgccaagt actggtgatg ttaaacaagt atcagttgct2160cttctgggta tgttattaac gttctctggt tttttaggta tacgtaaaca aagtaaaaaa2220gttattaatt aa2232
      SeqID 78atgatatcac gtaaagttgc gcttgtgacg ggggcatctg ctggttttgg tgcagctatt 60gttactaaat tagtttcaga tggttatagc gttattggtt gtgctcgtcg aatggataaa 120ttaaaatgct ttggagaaaa gttttcagag ggttactttt atccacttca aatggatatt 180acaagtagag aatcggttga caaagcttta gaaagtctgc ctaaaaattt gcaatcaatt 240gatttgttgg ttaataatgc aggtttagca cttggattgg ataaatcata tgaagctgat 300tttgaagatt ggatgactat gattaatact aacgttgtag gattaattta cttgacacga 360tgcattttac cgaaaatggt agaagttaat agagggttaa ttatcaattt gggatcaact 420gcaggaacaa ttccttatcc aggagctaat gtctatggcg catcaaaagc ttttgtaaaa 480caattttctc tcaacttgcg tgccgattta gctggaacta aaatcagagt tactaaccta 540gaacccggtt tatgtgaagg gacagaattt tcaactgtac gtttcaaagg agatcataaa 600agagttgaaa aactttatga aggtgcgcat gcaattcaag cagaggatat tgctaatacc 660gtgtcatggg ttgctagcca accagaacac attaatatta atcgcataga aataatgcca 720gtcagtcaaa cttatggacc tcaacctgtt tatcgtgatt aa762SeqID 79atgatttatt tagacaatgc tgctactacc gctctaaccc catctgttat tgagaaaatg 60accaatgtca tgacaagtaa ctatggtaat ccatctagta tacatacctt tgggcgtcaa 120gcaaatcaac ttttacgtga atgtcgacaa attattgctg aatatctaaa tgttaattca 180cgtgaaatta ttttcacttc tgggggaact gagagcaaca atacagctat caaagggtat 240gctcttgcaa atcagctaaa aggtaaacat attattacct ctgaaattga acatcattca 300gtcctacata ctatgactta cttatcagag cgatttggtt ttgatattac ttacttaaaa 360ccaaaccatg gacaaattac tgcaaaagac gttcaagaag ctttacgaga tgatactatt 420atggtatctc tcatgtttgc taataatgaa accggggact ttttaccaat tcaagagatt 480ggtcagcttc tcaggaacca ccaagctgtt tttcacgttg atgccgttca agtctttagc 540aaaatggaac ttgatcctca ttctttagga attgactttt tagctgcttc tgcccataaa 600tttcacggtc caaaaggtgt tgggatactt tactgtgctc cccatcactt tgatagtcta 660cttcatggtg gagaccaaga ggaaaaaagg cgtgcttcaa ctgaaaatat aattggtatt 720gctggaatgt ctcaagctct tactgatgct acgactaaca cccttaaaaa ttggactcac 780attagtcagc tgagaacgac ctttttagat gctatttcag accttgactt ctatcttaat 840aacggtcaag actgcttacc tcatgtactt aatataggtt ttcctagaca gaataatggc 900ttgttattga cacagttaga tttagctgga ttcgcagttt caacaggttc tgcatgtact 960gcaggaacag tcgaacctag tcatgtctta acaagcttgt atggagccaa ctcaccacgt1020ctaaatgaat caatacgtat tagtttttca gaactaaata cccaagaaga aattcttgaa1080ttagctaaaa ccttaagaaa aattatagga gattaa 1116SeqID 80atgtctagga aaacatttaa acatatacta tcgattggag tttgcacgct cgtactatcg 60atgagtcttt attacactga aaaagcccac gctattgctg gtcctagtga ccgccaatac 120gtagaaaacc caaatcctca cattattgta aatgttacag gtactgatca aaacggaaat 180agcattttac cgcattacat cgaagtcaat gtaaagatgg gacaaacttt aagtaaagaa 240gaaattctag attatattgc tcgaaattta aactctagtg ttggaggaga aagtaaaaac 300gttcaataca gcaacatcga gtttaaggaa agtgcttatc tgaagcgtca attagatgat 360ggcaagacag aagaaatagc aattgataac gacggtgtta ctgtacctaa agacggtcca 420aacaaatttt ggattgacgt tccagtaacttgtactgtta ctcctatcgt aacagaaaca 480catgaagttc gatgggggac tccagtcgct atatcacacc gtatttactt tgttgaagaa 540tcttctggaa aagttttaga tgaatacaca aatctacaca ctgctgattc ggaacttaac 600ggttatcgtg ttggagatta tatcacagac tatgcacttt ctaagtctgc ttacgaagct 660tttttaaact ctcgtttaga taaagaaggt tacaaacttc aacatcgtat tagcacgaat 720gtacgacaaa accttcaaat tgataaattg attttcaatt atgactttaa tgaggaaaat 780atttactacc aaatcgggaa tatccgtcca ctattaagtc gctcatcagc tgaagtagaa 840tctgacatca ttacagaacg ctactatgtt tctaaaaatg ctaaaagttt agcacgtaca 900gaatcaacca tttcgattaa aatggttgat gccaaaactg aacaaccgct atttaaccac 960acattaactg gttatcaatt ggcaactgtc tcccatgtct ataacagact ctttgaagaa1020aatcttatcc caactacaaa atcaggagaa agatatttta ttcaaaatat gaaaaaaaca1080gctgaacaag aatatactgt ttacctttca gaaacacctt attctaaaga gaacgctccc1140gtaatttctt atgatgcaag acctgttgat tgggattatc actcaggcgc ttcaggatca1200cttgaaaatc agcctaacat ctatactgaa gaagattcaa ctgaattttt gggtaataaa1260ccacaagcag cttgttatcc aaacaaacaa tttgcttgcg aaaatactga ctctaaatac1320aactatagct atttagaaaa atag 1344SeqID 81atgaatcctt taataattgg aatgaatgat aaacaagcag aagcggtaca aacgacagac 60ggaccgcttt tgattatggc aggagctggc tctggaaaaa cacgtgttct gactcatcgt 120attgcttatt taatagatga aaaatatgtt aatccttgga atattttagc gattactttt 180
      actaataaag cagcgcgtga aatgcgtgaa cgtgctatcg ccttgaatcc agctacccaa 240gatactttga ttgcaacttt tcatagtatg tgtgttcgta ttttacgtcg tgaagctgat 300tatattggat ataatcgtaa ctttacaatc gttgatccag gtgagcagcg tactttaatg 360aagcgaatca ttaagcaatt aaatttggac acaaaaaagt ggaatgaacg ttcaatttta 420ggtacaatct ctaatgctaa aaatgacctt cttgatgaaa ttgcatatga gaagcaagcc 480ggagatatgt atacacaggt aattgctaaa tgctataaag cttatcaaga ggaattacgt 540agaagtgagg ccatggattt cgatgacttg attatgatga cacttcgatt atttgatcag 600aataaagatg ttttggccta ttaccaacag aggtatcaat atatccatgt agacgagtat 660caagatacta accacgctca ataccaatta gttaagttat tagcttcgcg tttcaaaaat 720atttgtgttg ttggtgatgc cgatcaatcc atttacggat ggcgtggagc tgatatgcaa 780aatattcttg attttgaaaa ggactatccg caagccaaag ttgtattatt agaagaaaat 840tatcgatcga ctaagaaaat acttcaagct gctaataatg tgattaatca taataaaaat 900cgccgtccca aaaaattatg gactcaaaat gatgaaggtg agcaaattgt atatcataga 960gctaacaatg agcaagaaga agccgttttt gtagcatcaa ctattgataa catcgttcga1020gaacaaggaa aaaatttcaa agattttgcc gttctttatc gtacgaatgc gcaatctcgt1080actattgagg aagcactttt aaaatccaat attccatata caatggttgg tggaacaaaa1140ttctatagtc gtaaagaaat tcgagatgtt attgcttatc tcaatatcct tgcaaatact1200tctgataata tttcttttga gcggattgta aatgaaccta aaagaggggt tgggccaggc1260actttagaaa aaatacggtc atttgcctat gaacagaaca tgtctcttct tgatgcctct1320tcaaatgtca tgatgtcgcc cttaaaaggg aaggctgctc aagctgtttg ggatttagct1380aatctgattt tgactctacg tagtaagcta gatagtttaa ctgtaacgga gattacagaa1440aacctactgg ataagacagg atatctagaa gcacttcaag ttcaaaatac attagaaagt1500caagcgcgta ttgaaaatat tgaagaattc ttgtcagtga ctaaaaattt tgacgataac1560cctgagatta cagtagaggg tgaaactggt ttagatcgtc tatcgcgttt tttaaatgat1620ttagctttaa tagcagatac tgatgatagc gccactgaaa cggctgaggt cactttaatg1680acattacatg ctgccaaggg tctagaattt ccagttgttt tcttaatcgg tatggaagaa1740ggagtatttc ctttatcgcg tgcaatagag gatgctgatg aattagaaga agagcgtcgt1800ttagcttatg tcgggattac gagagcagaa caaatacttt tccttaccaa tgctaatacc1860cgtactttat ttggtaaaac tagttataat agaccaaccc gttttatacg tgagattgat1920gatgagctga tacaacatca agggttggct cgaccagtta attcttcatt tggtgtgaaa1980tattcaaaag aacagcctac acaatttggt caaggaatga gtcttcaaca agcgcttcag2040gcacgtaaaa gtaattcaca acctcaagta actgcccaac tccaggctct taacgcgaac2100aatagccatg agacatcatg ggagattggt gatgttgcaa ctcataaaaa atggggggac2160ggtacggtgc ttgaagtttc aggtagcgga aagactcaag agttaaaaat aaattttcca2220ggtattgggt taaagaaatt attagcgagt gtcgctccta ttagtaaaaa ggaaaactaa2280SeqID 82atgaaattat acgttcaatt aatggttatt ttaacctttt cattcgctgg tgaggttcta 60tctactatat tcaacttacc tgtaccaggt agtattattg gattaatatt actattccta 120gcgttaaaat acaaaatcat caggctcagg catattgatg ccgtggggaa ttttctatta 180gcaaatatga ccattttatt tttaccacca gcagttggac tgatggagca ctttcaagac 240ataaaaccct atctttttgg gatagctatc attatcttag gagcgctatt tctcaatatt 300ctaactattg gactggtatc ccaatggatc aaaaagagat atgaaggaga ttatccagaa 360attggaggta aaaatggcaa ctttaacgaa taa 393SeqID 83atgatttttg tcacagtggg gacacatgaa cagcagttca accgtcttat taaagaagtt 60gatagattaa aagggacagg tgctattgat caagaagtgt tcattcaaac gggttactca 120gactttgaac ctcagaattg tcagtggtca aaatttctct catatgatga tatgaactct 180tacatgaaag aagctgagat tgttatcaca catggcggtc cagcgacgtt tatgtcagtt 240atttctttag ggaaattacc agtcgttgtt cctaggagaa agcagtttgg tgaacatatc 300aatgatcatc aaatacaatt ttttaaaaaa attgcccacc tgtatccctt ggcttggatt 360gaagatgtag atggacttgc ggaagtgttg aaaaggaata tagctacaga aaaatatcag 420ggaaataatg atatgttttg tcataaatta gaaaaaatta taggtgaaat atga 474SeqID 84atggtgatga aaatcataga gttaaaagaa gcaaccgtac aagtcagtaa tggtttagca 60gaaatgaaaa cgatattaga ccatgttaat ttgagtattt atgaacatga cttcattaca 120atattgggtg gaaatggagc tggaaaatca acgcttttta atgtaattgc aggtaccttg 180atgttaagcg gtggaaatat ttacatcatg ggacaagatg ttaataattt accagcagaa 240aaacgagcta aatatttatc acgggtattt caagatccga aaatgggaac agcacctagg 300atgacagttg ctgaaaattt attagttgct aaatttcgag gtgaaaagag accgttagtt 360cctagaaaga ttactaacta taccgaagaa tttcaaaaat tgattgctag aactggtaat 420ggacttgatc gccatttaga gacacctaca ggtttattat caggtggaca aagacaagca 480cttagtttat taatggcaac tttgaaaaaa ccaaatctgt tattattgga cgaacacaca 540
      gcagcgcttg atcctagaac aagtgtttcg cttatgggct tgactgatga gtttatcaaa 600caagattcgt tgactgcctt aatgattaca catcatatgg aagatgctct caaatatgga 660aatcgtatat tagtaatgaa agatggcaag attgtcagag atttaaatca ggcacaaaaa 720aacaagatgg ctatagctga ctattatcaa ttatttgatt aa762SeqID 85atggaaatca aaaagaaaca tcgtattatg ctttattcag cccttatttt aggaacaata 60ttggttaaca atagttacca agctaaagct gaagagctta ccaaaactac ctcaacgtcc 120caaataagag atactcaaac taataatatt gaagttctcc agactgaaag taccactgtc 180aaagagacta gcaccacaac cacacaacaa gatctgtcta accccacagc ttcaaccgca 240actgcaacag ccactcatag cacaatgaaa caagtagtag ataatcaaac tcaaaataag 300gagctggtga aaaacggaga ttttaatcaa actaaccctg tatctggaag ctggtcacat 360acaagcgcta gggaatggtc tgcttggatt gataaagaaa atactgctga taaatcacct 420attatccaac gtaccgaaca aggccaagta agcctatcca gcgacaaagg ctttagaggt 480gctgtaacac aaaaagtgaa cattgatccc actaaaaaat atgaggtcaa gtttgatatt 540gaaacaagta acaaggctgg acaagctttc cttcgtatta tggagaaaaa agacaacaat 600acgcgacttt ggctttctga gatgaccagc ggtactacta acaaacatac cttaacaaag 660atatataacc caaagttaaa tgtctccgag gtgacacttg aactttatta tgaaaaagga 720actggttctg ctacttttga taatatatca atgaaagcaa aaggccctaa agactcagag 780catccacaac ccgtcacaac acaaattgaa gaaagcgtta atacggcttt aaacaaaaat 840tacgttttta ataaagctga ctaccaatac actctaacca atccgtctct cgggaaaatt 900gttggtggaa tattgtatcc aaacgctact ggttcaacaa ctgttaaaat atctgataaa 960tctggtaaaa taattaaaga agtaccgtta tcagttacag cttcaacaga agataagttt1020acaaaactcc tcgacaaatg gaacgacgtg actattggta atcatgttta cgatactaat1080gattcgaaca tgcaaaagat taatcagaaa ttagatgaaa ctaacgccaa aaacatcaaa1140actatcaaac tggattctaa tcacactttc ctttggaaag atttagataa tctcaataat1200tcagcacagt taaccgctac ttatcgtcgt ttggaagatt tagctaaaca aatcaccaat1260ccccactcta ctatttacaa aaatgaaaaa gctattcgta ctgtaaaaga gagtctggct1320tggcttcatc aaaacttcta caatgttaat aaagatatag aaggctctgc caattggtgg1380gattttgaaa tcggtgtccc tcgctcaatt acagctaccc tagctctcat gaataactac1440ttcactgacg ctgaaataaa aacttatacc gacccaattg aacactttgt tcctgatgca1500ggatatttcc gtaaaacgct tgacaatcca tttaaagccc ttggtggtaa tctagtcgat1560atggggcgcg ttaaaatcat tgaaggttta cttcgtaaag acaatactat tatcgaaaaa1620acttctcatt ctctaaaaaa tctttttact actgctacta aagctgaagg tttctatgct1680gacggttctt acatcgacca tacaaatgtt gcttatactg gcgcctatgg taatgttctg1740atagatggtt tgacacaatt gctgcctatc attcaagaaa ctgactataa aatctctaat1800caagaacttg atatggttta taaatggatt aatcaatcat ttttaccttt aattgtaaaa1860ggtgagttaa tggatatgag tcgtggacgc tcaattagta gagaggcagc ttcttcgcat1920gcggctgcag ttgaagttct cagaggtttc ctcagattgg ctaacatgtc taatgaagag1980cgaaacttag acctcaaatc aactattaaa acgattatca cttcaaataa attctacaat2040gtcttcaata acctcaaatc gtattccgat attgccaaca tgaataagat gcttaatgac2100agtacagtcg ctactaaacc tttaaaaagt aatttatcaa cctttaatag catggaccgc2160ttagcttatt ataatgccga gaaagacttt ggtttcgcgc tttcattaca ttctaaacgt2220accctcaact atgaaggaat gaatgatgaa aatacacgtg attggtatac cggagatggt2280atgttctatc tttataatag tgatcaatct cattatagta atcatttttg gccaaccgtc2340aatccttata aaatggctgg aacaactgaa aaagatgcta agcgtgaaga taccactaag2400gaattcatga gcaaacatag caaagacgct aaagaaaaaa ccggtcaagt tacaggaaca2460tctgactttg ttggttccgt caaacttaat gatcactttg ctcttgccgc tatggatttt2520actaactggg atcgcacctt aacagcacaa aaaggttggg ttatcttaaa tgataagatt2580gtctttttag gtagcaacat caagaatact aacggcattg gaaatgtttc tacaacaatt2640gatcaacgaa aagacgattc taaaacacct tatactacat acgtcaatgg aaaaactatt2700gatttaaaac aagcaagttc tcaacaattt acagatacaa aaagtgtctt tttagaatca2760aaagaacctg gtcgcaatat tggttatatc ttctttaaaa atagcactat tgatattgaa2820cgcaaagagc aaacaggtac ttggaacagc attaatcgta cttctaaaaa tacctcaatc2880gttagcaatc cttttatcac tataagccaa aagcatgaca acaaaggtga tagctatggt2940tacatgatgg ttccaaacat tgatcgcaca agttttgata aattagccaa cagcaaagaa3000gtagaattac tagaaaatag ttcaaaacaa caagttatct atgataaaaa cagtcaaact3060tgggctgtta tcaaacacga taatcaagag agtctcatta acaatcaatt caaaatgaat3120aaagcgggac tttacctagt acaaaaagtt ggtaatgact atcaaaatgt ctattaccaa3180cctcaaacca tgacaaaaac agaccaatta gctatctaa 3219SeqID 86atgcattctt tttctaatcc tggatatcct tatgataatg ccgtaactga agcatttttc 60aagtatttaa agcatagaca aatcaaccga aaacattatc aaaatatcaa acaggttcaa 120ttagactgct ttgaatacat tgagaatttt tataacaatt acaacccaca tacggctaat 180
      ctaggactaa cccctaatca gaaagaagaa aattatttta acgcaataaa ataa 234SeqID 87gtgaagaaaa catatggtta tatcggctca gttgctgcca ttttactagc tactcatatt 60ggaagttacc aacttggtaa gcatcatatg ggtctagcaa caaaggacaa tcagattgcc 120tatattgatg acagcaaagg taaggcaaaa gcccctaaaa caaacaaaac gatggatcaa 180atcagtgctg aagaaggcat ctctgctgaa cagatcgtag tcaaaattac tgaccaaggc 240tatgtgacct cacatggtga ccattatcat ttttacaatg ggaaagttcc ttatgatgcg 300attattagtg aagagttgtt gatgacggat cctaattacc gttttaaaca atcagacgtt 360atcaatgaaa tcttagacgg ttacgttatt aaagtcaatg gcaactatta tgtttacctc 420aagccaggta gtaagcgcaa aaacattcga accaaacaac aaattgctga gcaagtagcc 480aaaggaacta aagaagctaa agaaaaaggt ttagctcaag tggcccatct cagtaaagaa 540gaagttgcgg cagtcaatga agcaaaaaga caaggacgct atactacaga cgatggctat 600atttttagtc cgacagatat cattgatgat ttaggagatg cttatttagt acctcatggt 660aatcactatc attatattcc taaaaaggat ttgtctccaa gtgagctagc tgctgcacaa 720gcctactgga gtcaaaaaca aggtcgaggt gctagaccgt ctgattaccg cccgacacca 780gccccaggtc gtaggaaagc cccaattcct gatgtgacgc ctaaccctgg acaaggtcat 840cagccagata acggtggcta tcatccagcg cctcctaggc caaatgatgc gtcacaaaac 900aaacaccaaa gagatgagtt taaaggaaaa acctttaagg aacttttaga tcaactacac 960cgtcttgatt tgaaataccg tcatgtggaa gaagatgggt tgatttttga accgactcaa1020gtgatcaaat caaacgcttt tgggtatgtg gtgcctcatg gagatcatta tcatattatc1080ccaagaagtc agttatcacc tcttgaaatg gaattagcag atcgatactt agctggccaa1140actgaggaca atgactcagg ttcagagcac tcaaaaccat cagataaaga agtgacacat1200acctttcttg gtcatcgcat caaagcttac ggaaaaggct tagatggtaa accatatgat1260acgagtgatg cttatgtttt tagtaaagaa tccattcatt cagtggataa atcaggagtt1320acagctaaac acggagatca tttccactat ataggatttg gagaacttga acaatatgag1380ttggatgagg tcgctaactg ggtgaaagca aaaggtcaag ctgatgagct tgctgctgct1440ttggatcagg aacaaggcaa agaaaaacca ctctttgaca ctaaaaaagt gagtcgcaaa1500gtaacaaaag atggtaaagt gggctatatg atgccaaaag atggtaagga ctatttctat1560gctcgtgatc aacttgattt gactcagatt gcctttgccg aacaagaact aatgcttaaa1620gataagaagc attaccgtta tgacattgtt gacacaggta ttgagccacg acttgctgta1680gatgtgtcaa gtctgccgat gcatgctggt aatgctactt acgatactgg aagttcgttt1740gttatcccac atattgatca tatccatgtc gttccgtatt catggttgac gcgcgatcag1800attgcaacag tcaagtatgt gatgcaacac cccgaagttc gtccggatgt atggtctaag1860ccagggcatg aagagtcagg ttcggtcatt ccaaatgtta cgcctcttga taaacgtgct1920ggtatgccaa actggcaaat tatccattct gctgaagaag ttcaaaaagc cctagcagaa1980ggtcgttttg caacaccaga cggctatatt ttcgatccac gagatgtttt ggccaaagaa2040acttttgtat ggaaagatgg ctcctttagc atcccaagag cagatggcag ttcattgaga2100accattaata aatctgatct atcccaagct gagtggcaac aagctcaaga gttattggca2160aagaaaaata ctggtgatgc tactgatacg gataaaccca aagaaaagca acaggcagat2220aagagcaatg aaaaccaaca gccaagtgaa gccagtaaag aagaaaaaga atcagatgac2280tttatagaca gtttaccaga ctatggtcta gatagagcaa ccctagaaga tcatatcaat2340caattagcac aaaaagctaa tatcgatcct aagtatctca ttttccaacc agaaggtgtc2400caattttata ataaaaatgg tgaattggta acttatgata tcaagacact tcaacaaata2460aacccttaa2469SeqID 88atgaaaaaag gtttttttct catggctatg gttgtgagtt tagtaatgat agcagggtgt 60gataagtcag caaaccccaa acagcctacg caaggcatgt cagttgtaac cagcttttac 120ccaatgtatg cgatgacaaa agaagtatct ggagacctca atgatgtgag gatgatccaa 180tcaggtgcag gcattcattc ctttgaaccg tctgtaaatg atgtggcagc tatttatgac 240gcggatttgt ttgtttacca ttcacatacc ttagaagctt gggcaaggga tctagaccct 300aatttaaaaa aatcaaaggt tgatgtgttt gaagcgtcaa aacctttgac actagataga 360gtcaaagggc tagaagatat ggaagtcaca caaggcattg accctgcgac actttatgac 420ccacatacct ggacggatcc cgttttagct ggtgaggaag ctgttaatat cgctaaagag 480ctaggacgtt tggatcctaa acacaaagac agttacacta aaaaggctaa ggctttcaaa 540aaagaagcag agcaactaac tgaagaatac actcaaaaat ttaaaaaggt gcgctcaaaa 600acattcgtga cgcaacacac ggcattttct tatctggcta aacgattcgg cttgaaacaa 660cttggtatct cgggtatttc tccagagcaa gagccctctc ctcgcaaatt gaaagaaatt 720caagactttg tcaaagaata caacgtcaag actatttttg cagaagacaa cgtcaatccc 780aaaattgctc atgctattgc gaaatcaaca ggagctaaag taaagacatt aagtccactt 840gaagctgctc caagcggaaa caagacatat ctagaaaatc ttagagcaaa tttggaagtg 900ctctatcaac agttgaagta a 921SeqID 89
      ttgcgtaaaa aacagaaact accatttgat aaacttgcca ttgcgcttat gtctacgagc 60atcttgctca atgcacaatc agacatcaaa gcaaatactg tgacagaaga cactcctgct 120accgaacaaa ccgtagaaac tccacaacca acagcggttt ctgaggaagc accatcatca 180aaggaaacta aaaccccaca aactcctagt gatgcaggag aaacagtagc agatgacgct 240aatgatctag cccctcaagc tcctgctaaa actgctgata caccagcaac ctcaaaagcg 300actattaggg atttgaacga cccttctcag gtcaaaaccc tgcaggaaaa agcaggcaag 360ggagctggga ctgttgttgc agtgattgat gctggttttg ataaaaatca tgaagcgtgg 420cgcttaacag acaaagccaa agcacgttac caatcaaaag aagatcttga aaaagctaaa 480aaagagcacg gtattaccta tggcgagtgg gtcaatgata aggttgctta ctaccatgac 540tatagtaaag atggtaaaac cgctgtcgat caagagcacg gcacacacgt gtcaggaatc 600ttgtcaggaa atgctccatc tgaaacgaaa gaaccttacc gcctagaagg tgcgatgcct 660gaggctcaat tgcttttgat gcgtgtcgaa attgtaaatg gactagcaga ctatgctcgt 720aactacgctc aagctatcag agatgctatc aacttgggag ctaaggtgat taatatgagc 780tttggtaatg ctgcactagc ttacgccaac cttccagacg aaaccaaaaa agcctttgac 840tatgccaaat caaaaggtgt tagcattgtg acctcagctg gtaatgatag tagctttggg 900ggcaagaccc gtctacctct agcagatcat cctgattatg gggtggttgg gacacctgca 960gcggcagact caacattgac agttgcttct tacagcccag ataaacagct cactgaaact1020gctacggtca aaacagccga tcagcaagat aaagaaatgc ctgttctttc aacaaaccgt1080tttgagccaa acaaggctta cgactatgct tatgctaatc gagggacgaa agaggatgat1140tttaaggatg tcaaaggtaa gattgccctt attgaacgtg gcgatattga tttcaaagat1200aagattgcaa aagctaaaaa agctggtgct gtaggagtct tgatctatga caatcaggac1260aagggcttcc cgattgaatt gccaaatgtt gatcagatgc ctgcggcctt tatcagtcga1320aaagatggtc tcttattaaa agacaatccc caaaaaacca tcaccttcaa tgcgacacct1380aaggtattgc caacagcaag tggcaccaaa ctaagccgct tctcaagctg gggtctgaca1440gctgacggta atattaagcc agatattgca gcacccggcc aagatatttt gtcatcagtg1500gctaacaaca agtatgccaa actttctgga actagtatgt ctgcgccatt agtagcgggt1560atcatgggac tgttgcaaaa gcagtatgag acacagtatc ctgatatgac accatcagag1620cgtcttgatt tagctaaaaa agtattgatg agctcagcaa ctgccttata tgatgaagat1680gaaaaagctt atttttctcc tcgccaacaa ggagcaggag cagtcgatgc taaaaaagct1740tcagcagcaa cgatgtatgt gacagataag gataatacct caagcaaggt tcacctgaac1800aatgtttctg ataaatttga agtaacagta acagttcaca acaaatctga taaacctcaa1860gagttgtatt accaagcaac tgttcaaaca gataaagtag atggaaaaca ctttgccttg1920gctcctaaag cattgtatga gacatcatgg caaaaaatca caattccagc caatagcagc1980aaacaagtca ccgttccaat cgatgctagt cgatttagca aggacttgct tgcccaaatg2040aaaaatggct atttcttaga aggttttgtt cgtttcaaac aagatcctaa aaaagaagag2100cttatgagca ttccatatat tggtttccga ggtgattttg gcaatctgtc agccttagaa2160aaaccaatct atgatagcaa agacggtagc agctactatc atgaagcaaa tagtgatgcc2220aaagaccaat tagatggtga tggattacag ttttacgctc tgaaaaataa ctttacagca2280cttaccacag agtctaaccc gtggacgatt attaaagctg tcaaagaagg ggttgaaaac2340atagaggata tcgaatcttc agagatcaca gaaaccattt ttgcaggtac ttttgcaaaa2400caagacgatg atagccacta ctatatccac cgtcacgcta atggcaagcc atatgctgcg2460atctctccaa atggggacgg taacagagat tatgtccaat tccaaggtac tttcttgcgt2520aatgctaaaa accttgtggc tgaagtcttg gacaaagaag gaaatgttgt ttggacaagt2580gaggtaaccg agcaagttgt taaaaactac aacaatgact tggcaagcac acttggttca2640acccgttttg aaaaaacgcg ttgggacggt aaagataaag acggcaaagt tgttgctaac2700ggaacctaca cctatcgtgt ccgctacact ccgattagct caggtgcaaa agaacaacac2760actgattttg atgtgattgt agacaatacg acacctgaag tcgcaacatc ggcaacattc2820tcaacagaag atcgtcgttt gacacttgca tctaaaccaa aaaccagcca accggtttac2880cgtgagcgta ttgcttatac ttacatggat gaggatctgc caacaacaga gtatatttct2940ccaaatgaag atggtacctt tactcttcct gaagaggctg aaacaatgga aggcgctact3000gttccattga aaatgtcaga ctttacttat gttgttgaag atatggctgg taacatcact3060tatacaccag tgactaagct attggagggc cactctaata agccagaaca agacggttca3120gatcaagcac cagacaaaaa accagaagct aaaccagaac aagacggttc aggtcaaaca3180ccagataaaa aaacagaaac taaaccagaa aaagatagtt caggtcaaac accaggtaaa3240actcctcaaa aaggtcaacc ttctcgtaat ctagagaaac gatcttctaa gcgtgcttta3300gctacaaaag catcaacaag agatcagtta ccaacgacta atgacaagga tacaaatcgt3360ttacatctcc ttaagttagt tatgaccact ttcttcttgg gattagtagc tcatatattt3420aaaacaaaac gccaaaaaga aactaaaaaa tag 3453SeqID 90tttagtgtaa cctattcaca gtctgaacgt acggttgttt tctcttttgg agaaataaca 60tttagtagga gtcgctggac aaatggcttt gaaactagaa taccagtaga tgagtggtta 120ggtcttgaaa aatataagag atattcaata gaattcttat atcatgttgc aaaattggct 180acaatgatgc cttatcgtca agtttgcaaa gtaatagata gcactttgca aacaatcata 240acaaaagact gtgttttaaa agcagtaaaa tttgtagaaa aattgttaaa agaaaaagaa 300
      cgctatcgtt tttatttgga agagccaccc gaacgtaaaa aagtgaaaaa actgtatgtt 360gagggtgatg gagtcatgat taaaagcaca gattctagag aggaaagaag gtatttagat 420ttaacacatt ttgttattca tacaggctca aaaaaagttt ctactaaaag atatgaattg 480caggacaagc acgaaatatt acagcttaat tatgataaag ctaaatataa tcttttagat 540tatatttata ataactatga agtagatgac gatactattt taatcactaa ctctgatatg 600ggtaaaggct atactagtag agtttttaag gaattaggaa aagcacttaa ggtaaagaaa 660catgagcatt tttgggatat ctatcatgtt aaagaaaagt taagttcata ccttagaaaa 720tatccaattg aattaaccga ttttgcttta gatgcggtaa aaaaatataa ttctgataag 780cttgaattag tttttgatac tgttgaatca ctgatttgtg atgaacttga agatcaagaa 840tttcagaagt ttaagaaaaa agtattaaat aatttcaaat atataaaacc agctcatctt 900agaaatcttt caaatcgtgg tattggtatc atggaatcac aacacagaaa gataacgtat 960agaatgaagc gacgtggcat gtattggtca aagtggggaa tctccacaat ggcaaatatg1020attatacttg aaagagctaa cggtttacga gaattatttt tcggttcttg gagaaaggta1080tacagtgagt ataaagaagg ttcatttagt gcagggcgac tttttaaaaa gacagatgaa1140ttagataaat tttctaagcc ccttctaaaa aatggcagaa aatggagtat aacaggaatc1200aaaacaaaat ag1212SeqID 91aaagcaagca gcggtgatta tggcacaaaa agggaaataa tcactgctaa taaggataaa 60tacagcattt caaagatgtg tcgctggctg aatatgccac gctcaagtta ttactatcaa 120gccgtggagt cagtatctaa aacggagttt gaagaaacta ttaaaagaat ttttctcgat 180agcgagtcta gatacggatc cagaaaaatc aaaatatgct tgaataacga aggtatcaca 240ctttcacgtc gtcggattcg acgcattatg aagcgactca atttggtttc tgtttatcag 300aaagccacct tcaaaccaca ttctagaggc aagaatgaag cccctattcc caaccactta 360gacaggcaat ttaagcaaga aagaccacta caagccttag tcactgactt aacctatgtt 420cgtgtaggca atcgttgggc ttatgtttgc ctcatcattg acctatacaa ccgtgaaatc 480atcggcctgt ctcttggttg gcacaagacc gctgaactcg ttaagcaagc catacaaagc 540atcccttacg ccctgaccaa agtcaagatg ttccattcag atcgtggcaa agagtttgat 600aatcagttaa ttgatgaaat attggaagcc tttggaatca cacgttcgct tagtcaggct 660ggttgtcctt atgacaatgc cgtagctgaa agtacgtatc gtgctttcaa aattgaattt 720gtttatcaag aaacctttca atcgctggaa gaactagctc ttaagactga aaaggcaaca 780cttttctgta caacatttat aaagtgttgc cttttcaggt ttttaccaat gctataa837SeqID 92atgaagacaa gaaatcgtaa aggtggttat ttagcgaata ctgcaaatga gtacatcgac 60tctaaacagg caattcattg cttgagtgta gaacttgaac cgcaaattag gtttgaagag 120ggtcagccta ctggggagat tatcgcttat aaggcttggt tctctcaaaa agggcttccg 180ccttttatgg tgaagtttga aaatgaagtg acactaccag catatatggt aatggtgcaa 240tttgagaatc ttcaagcttg tgaggttggg ttcaatgttt atttcaaggc agacaatctc 300aaggaggtca aataa 315SeqID 93ttgtccactt ttgattcagt tacaggaagg accaatcact tggaagctta tgaagggctg 60aacctttctg aaaaatttgc cattttaagt cactttgaca aacttagaaa tgagctgcag 120acaccatcta ttcagctagg ggagtttgat agggaaatgg aagctttttc aatcactttg 180ggaaatgaac tgttgggtta tttagaggca aatggcagcc cctatgagtt gaagcgagaa 240ttgaatcagg ccgaaatgat ggcagtcctt gagcttagcc gtcaactggt tgcaaaattt 300tctacaaaac tagaggagct gggaattgat ttgggttcat ttcaaccaga ccaagtcaac 360atcttattgg atgccgttgg tcgttttcgc ttgaaaaatg cggacattgc tttattaggc 420ggttatccaa aagcgagtgt ttcccagcta gctcttgcga cagaactcct ccagatggga 480ctaagtcatg ataaggtaga atttttctta accagtcagc ttcagttaga ggatatgcga 540caggtcgctt ttgctttcct acatgaaagc ttgaccagag aagaagcaga gcaatttgaa 600acagaccgct ttcgtcatac aagcttaaac tttcgagaat ggcgagaact tctagaaaag 660caagagccag aaatggtgga gatgtcagac gtcagcccgc ttgttcggga agtcttgcat 720cattatccac ttggttcaag ggtcacttat aaaggacagg agtttgagat cttgtctatt 780gaagctgcgg acatggataa tctgattcga atagagcttc aaaatgattt ttcatatctc 840attgaacaaa atcccgttct ctatttccaa aacttggcag aaatcaggca agttcttcat 900ttgtctcgtt cggaaattgt agaaagagag gaacaacctg aggaagaatg gactctcttt 960tcgtttatgg atgaggggac agaggataac gaaaaggaac ctgagattgt ttttgaatct1020accgataaag ttgttacatt agatagtcag ccagcacaag taagtgagac tatatccgaa1080tcagttcctg aaaccaaaga ggtgattgaa gcagaacaag caatagcagt tgattttagc1140tttcctgaag atttgactaa tttttacccc aaaacagcta gggataaagt agtggcgaat1200ctcgtagcta ttcgtcttgt aaaagaatta gaaagtgcta atcaatcagc aacacctaat1260gaacaagaaa ttcttgccaa atatgtgggt tggggtggtc ttgccaatga attctttgat1320gagtacaatc cgaagttttc taaggaaaga gaggagttga aaactctcgt ttctgataaa1380
      gagtattccg atatgaaaca atcatctcta acggcctact atacggatcc gcttttaatt1440cgtcagatgt ggtctaagtt agaacaagac ggctttagtg gtggaaaaat attagaccca1500tcaatgggaa cagggaattt ctttgcggct atgccagctc atttgaggga aaagagtgag1560ctgtgtgggg ttgagttaga tactatcaca ggagcgatag ctaagcagct tcattcaaat1620gtccatattg aagtaaaggg atttgagacg gttgctttta atgataatag ttttgatttg1680gttatttcaa atgttccctt tgccaatatc cgtatcgcgg ataatcagta cgataagccc1740tatatgattc atgactactt tgtcaagaaa tctcttgatt tggtacatga tggtgggcaa1800gtagccatta tttcctccac aggaaccatg gacaaacgga cagaaaatat tctccaagat1860attcgtgaga cgacggattt tcttggtggc gtgcgtttgc cagatacggc ttttaaggcc1920attgcaggta caagtgtgac aacggatatg cttttctttc agaaacatct gaacaaaggc1980tatcaagcag atgacattgc cttttcaggt tctgttcgtt atgacaagga cgagcgtatt2040tggctcaatc cctactttga tggggagtat aatgcccagg ttcttggaag gtatgagatt2100aaaaacttta acggtggaac actttcggtt aaggaaacga ctgataacct gattgcgagt2160gttcgagaag ccttgcaaca tgtaaaagca ccaagggtta ttgataaaac agaagtcatg2220attaactcgg atgtgattgc aagacaggtc atagatacca ccattccacc tgaaattaga2280gaaaaccttg aacaatatag ctatggttac aaaggttcta ccatttatta tcgtgataat2340aaggggattc gtgttgggac aaaaacggag gaaattagct attatgtgga tgatgaggga2400aactttcagg cttgggagtc caagcattca caaaaacaga ttgaccgttt taataactta2460gaagtcacag atagcacagc tcttgatgtt tatgtgactg aagaacctgc gaaacgtggg2520caatttaaag gatatttcaa aaaggcggtt ttttatgaag ctcctttgtc tgaaaaagaa2580gtggcacgga ttaaaggaat ggtagatatt cgcaatgcct atcaagaggt cattgctatt2640caacgcaatt atgattacga taagaatgag tttaaccgct tgttaggaaa cctcaatcgc2700acctatgata gctttgtcaa acgctatggc tttttgaaca gtccagttaa ccgaaattta2760tttgatagtg atgataagta ttcgctttta gctagtctcg aagatgaaag tcttgaccca2820agtgggaaga cggtcattta tacgaagtca ctggcttttg aaaaagcctt ggtccgtcct2880gaaaaaatgg ttaaagaggt gtcaaccgct cttgatgcac tcaactccag tcttgcggat2940ggtcgtggag ttgactttga ttacatggct tccatctatc aaacagcatc taaggcagct3000ttgattgagg agctgggaga tcagattata ccagatccag aaagttattt aaaaggacag3060ctgacctatg tatctcgcca ggagttttta tcaggagata ttgtgacaaa attagaagtt3120atggacttac tgttaaagca agacaatcat gattttaact gggcgcatta tggtaatttg3180ttagaaagtg ttcgtccagc acgagtgatg ttggcagata ttgattatcg aattggttca3240cgttggattc ctttagctgt ttatggaaaa tttgtccaag aagcctttat ggggaagaat3300tatgacttaa cggctacaga agtggaagag gtcctctctg tcagcccgat tgatgggacg3360atggaatttc ggacacggtt tgcctatacc tactcaacag cgacggatag aagcctgggt3420gtagcaggct cacgctatga tagtggtcgg aaaatctttg agaatctgct taactccaat3480cagccaacca tcacgaagca gattcaagag ggagataaga aaaagaatgt gacagatgtg3540gagaagacaa ccgttctgcg tgctaaagaa gcacaaatcc aagacctctt tcaagatttt3600gtcgcaagct atcctgaagc ccaacagatg attgaggata cctataatag tctctataat3660cgtaccgtct ctaaagttta tgatggcagc cgtttggaga ttgatggttt ggctcaaaat3720atttcgcttc gtcctcatca aaaaaatgcc attcagcgaa tcgtggagga aaaacgggct3780cttttagctc atgaagtggg ttcaggcaaa actttaacca ttcttggagc aggctttaaa3840ctgaaagagt taggtatggt acataaaccg ctttatgtgg taccttctag cttgaccgct3900cagtttggtc aagaaatcat gaagttcttc ccaacgaaga aagtctacgt gacgacaaag3960aaagattttg ccaaagctcg gcgcaagcag tttgtctcac gtattattac aggggattac4020gatgccattg tcatcgggga ctcccagttt gaaaaaatcc ccatgagtca ggaaaaacag4080gtgacttata ttcaagataa gttggaacaa ttacgggaga taaagcaagg aagcgatagt4140gactacacag tcaaagaagc ggagcgttcg attaaaggtt tggaaaacca attggaagaa4200ctccagaaac tagatcgaga tacctttatt gaatttgaaa atcttggcat tgattttctc4260tttgtggacg aagcccatca tttcaaaaat attaggccga ttactggtct gggaaatgta4320gcgggaatta ccaacacgac ttctaaaaag aacgtggata tggaaatgaa agtgagacag4380attcaggcag agtatggaga tagaaatgtc gtttttgcga caggaacgcc ggtgtctaat4440tccattagtg aactctatac tatgatgaac tatattcagc cagatgtcct agaacgctac4500caagtttcta actttgactc ctgggttgga gcttttggca atatcgaaaa ttcgatggag4560ctagcgccaa caggagataa gtatcaaccc aagaaacggt ttaaaaagtt tgtgaatcta4620cctgaactca tgcggattta taaagaaacc gctgatattc aaacgtcaga tatgttggat4680ttacctgtac ctgaagccac agtcattgcg gtggaaagtg aactcacaga agctcagaaa4740aactaccttg aagaattggt ggaccgttca gatgcgatta aatcaggaag cgttgaccct4800agtgtcgata acatgttaaa ggtgataggc gaagccagaa agctagccat tgatatgcgt4860ttgattgacc ctgcctatac cttatctgac aatcagaaga ttatgcaagt agtggataac4920gtggaacgga tttaccgtga gggcaaagga gataaggcta cacagatgat tttctctgac4980attggcacgc ctaaaagtaa agaagaagga tttgatgtct ataatgaatt gaaagccctc5040ttagttgacc gaggaattcc aaaagaagaa attgcctttg tccatgacgc taatacggat5100gagaagaaaa attctttgtc acgaaaggtc aatagtgggg aagtaaggat tctcatggct5160tcaactgaaa aaggaggaac aggattaaac gtgcaagcac gcatgaaagc tgttcaccat5220ttagacgttc cttggcgtcc ctcagacatt cagcaacgca atggacgttt gattagacaa5280
      ggaaatcaac atcagaatgt agagatttat cattatatta ccaaaggttc atttgataac5340tatttgtggg ctacacaaga gaataagttg cgttatatta aacaaattat gacttcaaaa5400gatcctgttc ggtcagcaga agatattgac gagcaaacca tgaccgcttc agatttcaaa5460gcgttagcta ctggcaatcc ctatctcaaa ctcaaaatgg agttagagaa tgaattgacc5520gtcttagaaa atcagaaacg tgctttcaat cgctccaaag atgaatacag gcacactatt5580tcctattgcg agaaaaactt acctgttatg gaaaaacgat taaggcagta tgacagagat5640attgagaaat cacaagcaac gaagaatcaa gagtttatca tgcggtttga taaccagaca5700attgacaatc gcagcgaagc tggggattat ttacgaaaac tcatcaccta taatcgttcc5760gaaaccaaag aagtcagaac cttagcgacc tttagaggct ttgagcttaa aatggctaca5820cgaagtcctg gtgaaccctt gtctgacatg gtgtctctaa ctatttcagg ggataaccag5880tattcagttt cccttgattt aaaatcagac gtgggaacga ttcaacggat taacaacgcc5940attgaccata tcctagagga taaggaaaag acagaagaga tgacaaacaa cctcaaagat6000aagctagcag tcgcaagagt tgaagttgag aaagtctttg caaaggaaga ggaatatcag6060ttggtaaagg ccaagtatga tgtacttgcc ccattagtgg aaagagaagc agacttagaa6120gaaattgacg tagcactttc ccaatttagt agctctgacc catgcttgaa aaaagatcaa6180cagttagtcc ttgacattta a 6201SeqID 94atgaccacaa aatgcaatca tcattttctc atcaatcagg agaaaggcga aaagtatgtt 60tttcgtaaaa gtaagcaata tcgcacgctg tgttcggttg ctttaggaac agttgtgatg 120gcattcgtag ctttggccgg accgatggtg caggcggatg aagtagggag aactgttgcg 180acaagtgtac agacggaaac gaatcctgca acaaatttaa aagaaaatca gccaagtccg 240attgcggaac aaaaagatag tcttgcagca accggtcaat caactggaac ggtgacagtc 300actgttccac atgataaggt gacacaagct gtcgataagg caaagaccga aggaataaaa 360gcagtacaag acaagccgat ggacttaggc aatacagtat ccgcagctga aaccagccaa 420caactcaaaa aggcagaaga agatgccaca aaccaaacaa caactatttc taaaactgtt 480gaaatctaca agtctgataa agcaacttat gaagctgaaa agaagtgggt agagaagcgt 540aatgaagagt taactgctgc ttatgataag gcagaacaaa cagggactgg cttaaaccat 600tcggttgata cgactgtttc agaattgaag tcgcaagacc aaaacgctca tgtgaccgtg 660aacacacaaa cagtaaaatc aggagatggg acgagtgttt caggctatca ggagtacgtc 720aagtctgttg cggccattga taagaagaat aaagcgaact tagctgatta tcggactaag 780aaacaagccg cagacgctgt tgtggctaag aatcaactca ttcaaaaaga gaatgaagct 840gggcttgcta aggcaaaagc agaaaatgaa gcgattgaca gacggaataa agaagggcaa 900aaagctgttg atgaagcaaa taaggctggg caagccgcag tagagcaagc gaaccaagaa 960aaacaaaaac aggccgcaaa ccgtgctttt gaaattgcga caattaccaa acggaataaa1020gaaagagaag aagtcgcaaa gaaagaaaat gcagcgattg atgcttataa tgcgaaagaa1080tggatccgct ataagcggga tttagcaaac atctcaaaag gggaggaagg ctacatttca1140gaagcccttg cgcaggctct agatttaaat catggcgaac cgcaggtcaa acatggtgca1200ggtactcgaa atccagatcg aatcatttca aagggagatg ccatgttggg tggctattct1260aacattcttg attcaacggg tttctttgtc tacaatcact ttaaaacagg tgaaacgctg1320aactttacct atcaaaatct gaagcatgca cgttttgatg ggaagaaaat tacagccata1380acttatgata ttaccaatct ggtttcacca actggaacca atgcggtgca gttagttgtt1440ccaaacgacc caacagaagg ctttattgct tatcgcaatg atggcgctgg aaattggcgg1500acagataaga tggagttccg tgtcaaagct cggtatttct tagaagacgg ttcacaagtg1560acctttacta aagaaaaacc aggtgtcttt acccactcgt cactcaatca taatgatatt1620gggcttgaat atgttaaaga ctcatcaggt aaatttgttc ctattcatgg ttcaagtgtg1680caagtaacca atgagggctt agcccgttcg ttaggttcaa accgagcgag tgacttgaag1740ttgccagaag aatgggatac gacttctagt cgctatgctt ataaaggagc gattgtatca1800acagtcacat cggggaatat ttataccgta acctttggcc aaggagatat gccaacccaa1860gtgggaggga agacctattg gtttgcttta aatactttgc cagtcgcaaa aacagtgact1920ccctacaatc caaagactca tgtaagacca cagctggatc cagttcctga accgataaaa1980gttacaccag aaacttatac tcctaaaatc tttactcctg aaaaaccagt aacctttact2040ccaaaatcag tagaaaaagt gccccaacct agtttgacct taacaaaagt cacactacca2100acaaatctga agctagaacc attacccaaa gctccacaaa agccaaccgt tcattaccac2160gattacctct taaccacaac acccgctatc gcaaaagaag tgatgaatgt tgacaaagtt2220aatcttcatg gtaaacaggt ggctaaggat tccactgtta tttatccctt gacagtagat2280gttttatctc caaatcgttc caagataacc agtcttatct ttgaagatta tctgcctgct2340ggttatgcgt ttgatatgac gaagacacaa gcggagaata gcgactatga cttaaccttt2400gataaaaata agaactttgt gaccttgaaa gcgaaagata gcttacttca aacgttgaat2460aaagagttaa acaagtctta tcaactgtct gctccaaaac tttatggttc agttcaaaat2520gatggggcga cttattctaa tagctataaa ctccttatta acaaggacac cccaaacacc2580tatacggtta tttcaaacgt agttagaatt cggactccag gagacggtga aacgaccagc2640cgaatccggc ctaaaaagga caatgaaaat gcggacggtg tgttgataaa tgatacggtt2700gttgctctta gtacaaccaa tcattaccgt ttgacctggg atttggatca gtacaagggg2760gatacttctt caaaagatac cattgcacga ggattccttt ttgtagatga ctacccagaa2820
      gaagcacttg acttggtaga taaagggaca gttatcacca cccttgatgg taaagctgtt2880tcaggtattt ctgtatacag ctatacatcc cttgataaag caccaaaaga gctacaagat2940aaattagctc gtgcgaacat ttcgccaaaa ggagcgttcc aggtctttga accggacaat3000catcaagcgt tttacgatac ttacgttaag actgggcagt ctttagccct tctcacaaaa3060atgaaggtaa aagatagttt gtacggtcag actgtcagat acaaaaataa agcctaccaa3120gttgattttg gcaatggcta tgaaactaag gaagtcgtca atacagtcgt tcatccagag3180cctaagaaac aaaatctcaa taaggacaag gtggacatca atggcaaagc gatgcttgtc3240ggctcccaaa acttctatac gctttcttgg gatttagatc agtatcgtgg cctacaagcg3300gataagagtc agattgctca aggcttttac tttgtggacg attatcccga agatgttctt3360cttcctgaca caaaagccat tcaaattatg acgaaagacg ggaaagctgt taaaggaatg3420gagataaaaa cctatcatca actctcagat gctccaaagg aattgcaggc agctcttgcc3480aaacgtaata tcacgcccaa aggcgctttt caagtcttta tgccaaaaga tccacaagct3540ttttataaag cttatgtgac aactggtcaa aacttgacta ttgtgaatcc gatgacggtt3600cgtgaagcag tatacaactc agggaagtct tatgataatg tggcctatca agtggacttt3660ggacaggcct atgaaacgaa tatagtgacc aatcacgtgc caacagtaaa cccgcataag3720tccaatacca ataaagaagg tgtgtcaata gaaggtaaga cagtccttcc gaatacggtc3780aactactata aaattgttct agattatagt cagtacaaga atatgattgt gacagatgat3840gtcctcgtca aaggttttta tatggtggat gattacccag aagaagcact tactcctcat3900ccagatggga ctcaagtgat ggatcagaac gggaaatttg tcagaggcct gtctgttcga3960acttacgcaa gtttggcaga tgcaccgaaa gcagtacaag aagcaatgaa atctcgaaat4020ttcattccta aaggagctat tcaggtcttt caggcagatg acccaaaaac tttctttgaa4080acttatgtga aaacaggaca aaaattggtt gtgacaacac cgatgacagt gaagaatgaa4140cggattcaaa caggcggtca gtatgagaat acagcttatc agattgattt tggcatcgct4200tatgtaacgg aaacagttgt gaataatgta ccaaaattag aacctcaaaa agatgtggtc4260attgacttat ctcaaaaaga taagagttta aacggaaaag caatcgcttt ggatcaggtc4320tttaactacc gcttggtagg ttcacttatc ccacgcaatc gtgcgacagc cttggtggaa4380tacagtttta aagatgacta cgatgaaaag cacgatgaat ataagggtgt ttataaagcc4440tatactttgc gtgatgtaac cttaaaagat ggcacagtat taaagcaggg gacagaagtg4500acgaaataca ccttacaaag tgttgataag gcaaaaggaa cgattgcgat tcgttttgat4560acagcttttt tggaaaatat agctgatgaa tcagagtttc aggctgagct ttatcttcag4620atgaaacgca ttgcttcagg tgatgttgaa aatacagtta ttcatagtgt caatggttat4680aatattcgct ctaacacggt taagaccaca accccacaac cagagtcacc gactcctgat4740aacccaccgt caccccaacc gccagttcca accacagaat ccccagttca agctagtgtc4800ctaccaagta caggggaaag tcaatccctt ttggcgctca ttggaggagg tctcctgctt4860ggcctcgctt acggactttc taaacgaaaa aaggagaaaa actaa4905SeqID 95atggcaaata ataattttta taatcgtgac ccttttggaa atatggatga tatttttaat 60tctctaatgg gaaatatggg gggctataat agtgagaata aacgatactt aatcaatgga 120cgggaagtta ctcctgaaga attcagtcaa tatcgtcaaa ctggaaaact ccccggtcaa 180gagctaaata accaaaatac tcctacaaac caagtctctg cagatagtgt tttgactaaa 240ttaggaacta atttaaccga tcaagcacgt cagcatttgc tagatccagt tattggacga 300aacaaagaaa ttcaggaaac tgcagaaatt ctagctcgtc gtactaaaaa taatcctgtt 360ctagttggtg atgcaggtgt tggtaaaaca gctgttattg aaggtttggc acaagcaatt 420ataaatggtg atgtccctgc tgctatcaaa aataaagaaa tcatttcgat agatatctct 480agccttgaag ctggcaccca atataggggt agttttgaag aaaatattca aaatatcata 540aaagaagtta aggaaacagg aaatattatt ctcttctttg atgaaataca ccaaatatta 600ggagccggtt caactggtgg tgatagtggc tctaaggggc tcgcagatat acttaagcct 660gcactttcac gtggtgaatt aacggttata ggtgcaacta ctcaagatga atatcgtaac 720accattctca agaatgctgc cttagcacgc cgctttaacg aagttaaagt caatgcacct 780tctgcacaag atactttcaa tatccttatg gggataagaa acctctatga gcaacatcat 840aatgttgttt tacctgactc tgttttgaaa gcagctgtag atttatctat tcaatacata 900ccacaaagaa gtctccctga taaagcaatt gaccttattg atatgactgc tgcacaccta 960gctgcgcaac atcccgtaac tgaccttaaa tccttagaaa aagaaatcgc tgcgcaaaga1020gacaagcaag aaaaagctgt caatactgaa gattttgaag aagctcttaa ggtcaagaca1080cgcattgaag agttacaaaa ccagattgat aatcataccg aaggacaaaa agtcactgca1140actatcaatg atatcgctat gtcaattgag cgtctaactg gagttcctgt atcaaatatg1200ggtgctagtg atattgaacg cttaaaagaa cttggcaatc gtctaaaagg taaagtcatt1260ggtcaaaatg atgctgttga ggcagttgca agagctattc gccgaaatcg tgctggtttc1320gatgatggta atcgtccgat tggtagcttt ctatttgttg gaccaactgg agttggtaaa1380actgagctag caaagcaatt agcttttgat atgttcggat caaaggatgc tatcgttaga1440cttgatatgt ctgaatataa tgatcgtact gcagtttcta agctaattgg agcgactgct1500ggttacgttg gttatgacga caatagtaat acactaacag aacgtatccg tcgaaatcct1560tattctattg ttcttcttga tgaaatcgaa aaagctgacc cgcaagttat cacgcttctc1620cttcaagttc tagatgatgg tcgtttaact gatggtcaag gaaacactat taactttaaa1680
      aatactgtta tcattgcaac ctcaaatgca ggttttggaa acgaagcatt tacaggtgac1740agcgataaag acttgaaaat tatggaacga atttctccat atttccgtcc agaatttcta1800aatcgtttca atggtgttat tgaattctct cacctaagca aagatgactt aaacgaaatt1860gtagatttga tgcttgatga agttaaccaa acaattggca aaaaaggaat tgaccttgtg1920gtagatgaaa atgttaaatc acacttaatt gacctgggtt atgacgaagc aatgggagta1980cgtccattgc gccgtgtcat cgagcaagaa attcgagatc gcatcacaga ctactatctc2040gatcatacag atgttaaaca cctaaaagct aatttgcaag atggccaaat cgtcatttct2100gaaagataa2109SeqID 96atgggaagat ttaaagaact tttagagagt aaaaaagctc tcatcctaca cggtgccttg 60gggaccgagc ttgagagtag aggttgtgat gtttctggta aactttggtc agacaaatat 120ctgattgagg atccagcagc tattcagacc attcatgaag attatattcg tgctggcgct 180gatattgtga cgacatcaac ttatcaggcg actttacaag ggctagctca agttggtgtc 240tctgaaagtc aggcagaaga cttgattcgc ttgactgttc agttggcaaa agctgtgcgt 300gagcaagttt ggaaaagttt gacaaaagaa gaaaaatcag aaagaatcta tcctttgatt 360tctggggatg ttggtcccta cgctgccttt ttggcggacg gttctgagta cacagggctc 420tacgatattt ataaggaagg tctcaaaaat ttccatcgcc atcgtattga gcttctttta 480gatgagggtg ttgaccttct ggcacttgaa accattccaa atgctcagga ggctgaggct 540cttattgagc tacttgtcga ggatttccct caggttgagg cttatatgtc attcacctct 600caagatggta agaccatctc agatggtagt gctgttgcag gcttggcgaa agctattgat 660gttagcccac aggtcgtggc gctgggcatt aactgttcaa gtccatcgtt agttgctgat 720ttcttgcaag caatagcaga gcagacggac aagcctcttg tgacctatcc aaactctgga 780gagatttatg atggggcaag ccaatcttgg caatctagcc gagatcattc acacacccta 840cttgaaaata caagtgactg gcaaaaactt ggcgcccaag ttgtcggagg ttgttgccga 900actagaccag ctgatattgc tgacctctca gaacatttga cataa 945SeqID 97atgaaaatag gaattgataa gattggtttt gcaaccagtc aatatgtcct tgaaatgact 60gatttggcta ttgctcgcca agttgaccct gaaaaattca gcaagggatt attgttagat 120tcacttagta ttacgccagt tacagaagat atcgttacac ttgcagcctc tgcagctaat 180gatattttat ctgatgagga caaagaaact attgatatgg tgattgtcgc tacagaatca 240agtatcgatc agagtaaggc ggcttctgtc tatgtacatc aacttttaga gattcaacct 300ttcgcaaggt cattcgagat gaaagaagca tgctatagcg caactgctgc tcttgattac 360gctaaattac atgtagaaaa acatccagat tctaaagtat tagtgatagc ttcagatatt 420gctaaatatg gcattaaatc tactggagaa tccactcaag gtgcaggcag tatcgctatg 480cttattagtc aaaacccatc cattctagag ctaaaagagg accgtctagc gcaaacccgt 540gatattatgg acttttggcg accaaattat tctgatgttc cttatgttaa tggcatgttt 600tcaacaaaac aatatctaga tatgctaaaa actacttgga aagaatatca aaaacgtttt 660aatactagtc taagtgacta tgctgctttt tgtttccata tcccttttcc aaaattagct 720ttaaagggct ttaataaaat tctagataat aacctagatg aacaaaagaa agctgaacta 780caagaaaatt ttgagcactc tattacttat agtaagaaaa ttggaaattg ctatactggc 840tcattgtatc taggacttct atcgttacta gaaaatagtc aaaatttaaa agcaggtgat 900caaattgcct tcttttcata cggtagcgga gctgttgctg aaatttttac cggtcagtta 960gtagacggct accaaaataa acttcagagc gatcgtatgg atcaactcaa taaacgtcaa1020aaaattacag taactgagta tgagaaactc ttctttgaaa aaacaatcct agacgaaaat1080ggaaatgcca acttcaacac ctaccgtact ggcacttttt ctctagactc tatttgcgaa1140catcaacgta tctacaagaa aattaataat taa 1173SeqID 98atgaaaagtg cttatatctt ttttaatcca aaatctggta aagatgaaca agcattggca 60caagaagtaa aatcttattt aatagaacat gattttcaag acgattatgt tcctatcatt 120acaccttcat ctgttgagga agctgtcgcc ttagcaaaaa aagcatcaga agaccatatc 180gacttggtta ttcctttagg gggagatggc actattaata aaatctgtgg tggtgtctac 240gctggtggtg cttatcctac tatcggacta gtacctgccg ggaccgtcaa taacttttca 300aaagctttga acatcccaca agagaggaat ctcgctcttg aaaaccttct aaacggtcat 360gtaaagtccg tagatatctg taaagttaac gacgattaca tgattagcag tttaacactt 420gggctccttg ctgatattgc tgctaatgtc acttctgaaa tgaagcgtaa attaggacct 480tttgctttcg taggtgatgc ctaccgtata ttaaagcgta atcgatcata ttctattact 540cttgcttacg ataataatgt acggtcttta cgcacgcggt tactacttat taccatgacc 600aattcgattg ccggtatgcc agccttctct ccagaagcaa caattgatga tggacttttt 660agagtctaca ctatggaaca tattcacttc ttcaaattat tgttgcatct aagacaattt 720cgtaagggag attttagtca agcaaaggag ataaaacatt ttcataccaa taatctgact 780atttcaactt ttaaacgtaa aaaatcagct atccctaaag ttcgtattga tggagatcca 840ggtgaccaat tgcctgtaaa agttgaagtc atccctaaag ccttaaagtt tatcattcct 900
      aactcattac cataa 915SeqID 99atgacaacat ttactgctaa atttattgac caagagtggg aagtcccagt agaatcaggt 60cgctaccata tgattgttgg ggaattttgt ccttatgcac aacgtccgca gattgcacgc 120caactgcttg gtttggataa acatatttct atcagttttg tggatgatgt tccaagtgat 180ataggactta tttttagcca accagaacag gttactggtg ctaagtcgct tcgtgatatt 240tatcatttga ctgacccgac ctacaaaggt ccttatacta tcccaatttt aattgacaag 300actgataatc gtattgtctg taaggaatct gcagatatgc ttcgactttt tactacagat 360ttctctgatt tgcatcaaga ggatgctcct gtccttttca gccaagaaac tgcttcactt 420attgataatg atattaaaga cattaataat aacttccaaa gcttaatgta taagttagct 480tttcttgata aacaagcaga ttatgatact tatagtaagg aattcttcac ttttctagat 540caaaaagaac acttactagg acaacgtcct ttcttgctcg gagataatct aagtgaggtt 600gatattcatt tctttacacc attagtccgc tgggatattg ctgggcgtga tcttctacta 660cttaatcaga aagcgctaga agactaccca aatatttttt cttgggctaa aactttatac 720aatgacttta atttaaaaac attaaccaat ccacaatcca taaaaaataa ctattactta 780ggcaaatttg gaagagctgt tcgtcatcat accatcgtac caacaggtcc aaatatggta 840aaatgggaaa aataa 855SeqID 100atgaaaaaga aaattatttt gaaaagtagt gtccttggtt tagtcgctgg gacttctatt 60atgttctcaa gcgcattcgc tgaccaagtc ggcgtccaag ttataggcgt caatgacttt 120catggtgcac ttgacaatac tggaacagca aatatgcctg acggaaaagt tactaatgct 180ggcactgctg ctcaattaga tgcttatata gatgatgctc aaaaagattt caaacaaact 240aaccctaatg gtgaaagcat tagagttcaa gctggtgata tggttggagc aagtccagct 300aactcagggc ttcttcaaga tgaaccaacc gttaaaacat ttaatgcaat gaatgttgag 360tatggcacat taggtaacca tgaatttgat gaaggtttgg cagaatacaa tcgtatcgtt 420actggaaagg cccctgctcc agattctaat ataaataata ttacgaaatc atacccacac 480gaagctgcaa aacaagaaat tgtagtggca aacgttattg ataaagttaa caaacaaatc 540ccttacaatt ggaaacctta cgctattaaa aatattcctg taaataacaa aagtgtgaac 600gttggcttta tcggaatcgt taccaaagac atcccaaacc ttgtcttacg taaaaattat 660gaacaatatg aatttttaga tgaagctgaa acaatcgtta aatacgccaa agaattacaa 720gctaaaaatg tcaaggctat tgtagtcctt gctcatgtac ctgcaacaag caaggatgat 780attgctgaag gtgaagcagc agaaatgatg aaaaaagtca atcaactctt ccctgaaaat 840agcgtagata ttgtctttgc tggacacaat catcaatata caaatggtct tgttggtaaa 900actcgcattg tacaagcgct ctctcaagga aaagcctatg ctgacgtacg tggtgtccta 960gatactgata cacaagattt cattgaaacc ccttcagcta aagtagttgc agttgctcct1020ggtaaaaaaa caggtagtgc cgatattcaa gccattgttg accaagctaa tactatcgtt1080aaacaagtaa cagaagctaa aattggtact gccgaggtaa gtggcatgat tacgcgttct1140gttgatcaag ataatgttag tccagtaggc agcctcatca cagaggctca actagcaatt1200gctcgaaaaa gctggccaga tatcgatttt gccatgacaa ataatggtgg cattcgtgct1260gacttactca tcaaaccaga tggaacaatc acctggggag ctgcacaagc agttcaacct1320tttggtaata tcttacaagt cgtcgaaatt actggtagag atctttataa agcactcaac1380gaacaatacg accaaaaaca aaatttcttc cttcaaatag ctggtctgcg atacacttac1440acagataata aagagggcgg agaagaaaca ccatttaaag ttgtaaaagc ttataaatca1500aatggtgaag aaatcaatcc tgatgcaaaa tacaaattag ttatcaatga ctttttattc1560ggtggtggtg atggctttgc aagcttcaga aatgccaaac ttctaggagc cattaatccc1620gatacagagg tatttatggc ctatatcact gatttagaaa aagctggtaa aaaagtgagc1680gttccaaata ataaacctaa aatctatgtc actatgaaga tggttaatga aactattaca1740caaaatgatg gtacacatag cattattaag aaactttatt tagatcgaca aggaaatatt1800gtagcacaag agattgtatc agacacttta aaccaaacaa aatcaaaatc tacaaaaatc1860aaccctgtaa ctacaattca caaaaaacaa ttacaccaat ttacagctat taaccctatg1920agaaattatg gcaaaccatc aaactccact actgtaaaat caaaacaatt accaaaaaca1980aactctgaat atggacaatc attccttatg tctgtctttg gtgttggact tataggaatt2040gctttaaata caaagaaaaa acatatgaaa taa 2073SeqID 101atggcatata tttggtctta tttgaaaagg taccccaatt ggttatggct tgatttacta 60ggagctatgc tttttgtgac ggttatccta ggaatgccca cagccttagc gggtatgatt 120gataatggcg ttacaaaagg tgatcggact ggagtttatc tgtggacgtt catcatgttt 180atatttgttg tactaggtat tattgggcgt attacgatgg cttacgcatc tagtcgctta 240acgacaacaa tgattagaga tatgcgtaat gatatgtatg ctaagcttca agaatactcc 300catcatgaat atgaacagat aggtgtatct tcactagtga cacgtatgac aagcgatact 360tttgttttga tgcaatttgc tgaaatgtct ttacgtttag gcctagtaac tcctatggta 420atgattttta gcgtggttat gatactaatt acgagtccat ctttggcttg gcttgtagcg 480
      gttgcgatgc ctcttttggt aggagtcgtt ttatatgtag ctataaaaac aaaaccttta 540tctgaaagac aacagactat gcttgataaa atcaatcaat atgttcgtga aaatttaaca 600gggttacgcg ttgttagagc ctttgcaaga gagaattttc aatcacaaaa atttcaagtc 660gctaaccaac gttacacaga tacttcaact ggtcttttta aattaacagg gctaacagaa 720ccacttttcg ttcaaattat tattgcaatg attgtggcta tcgtttggtt tgctttggat 780cccttacaaa gaggtgctat taaaataggg gatttagttg cttttatcga atatagcttc 840catgctctct tttcattttt gctatttgcc aatcttttta ctatgtatcc tcgtatggtg 900gtatcaagcc atcgtattag agaggtgatg gatatgccaa tctctatcaa tcctaatgcc 960gaaggtgtta cggatacgaa acttaaaggg catttagaat ttgataatgt aacattcgct1020tatccaggag aaacagagag tcccgttttg catgatattt cttttaaagc taagcctgga1080gaaacaattg cttttattgg ttcaacaggt tcaggaaaat cttctcttgt taatttgatt1140ccacgttttt atgatgtgac acttggaaaa atcttagtag atggagttga tgtaagagat1200tataacctta aatcacttcg ccaaaagatt ggatttatcc cccaaaaagc tcttttattt1260acagggacaa taggagagaa tttaaaatat ggaaaagctg atgctactat tgatgatctt1320agacaagcgg ttgatatttc tcaagctaaa gagtttattg agagtcacca agaagccttt1380gaaacgcatt tagctgaagg tgggagcaat ctttctgggg gtcaaaaaca acggttatct1440attgctaggg ctgttgttaa agatccagat ttatatattt ttgatgattc attttctgct1500ctcgattata agacagacgc tactttaaga gcgcgtctaa aagaagtaac cggtgattct1560acagttttga tagttgctca aagggtgggt acgattatgg atgctgatca gattattgtc1620cttgatgaag gcgaaattgt cggtcgtggt acccacgctc aattaataga aaataatgct1680atttatcgtg aaatcgctga gtcacaactg aagaaccaaa acttatcaga aggagagtga1740SeqID 102atgaaaaaag gacaagtaaa tgatactaag caatcttact ctctacgtaa atataaattt 60ggtttagcat cagtaatttt agggccattc ataatggtca caagtcctgt ttttgcggat 120caaactacat cggttcaagt taataatcag acaggcacta gtgtggatgc taataattct 180tccaatgaga caagtgcgtc aagtgtgatt acttccaata atgatagtgt tcaagcgtct 240gataaagttg taaatagtca aaatacggca acaaaggaca ttactactcc tttagtagag 300acaaagccaa tggtggaaaa aacattacct gaacaaggga attatgttta tagcaaagaa 360accgaggtga aaaatacacc ttcaaaatca gccccagtag ctttctatgc aaagaaaggt 420gataaagttt tctatgacca agtatttaat aaagataatg tgaaatggat ttcatataag 480tctttttgtg gcgtacgtcg atacgcagct attgagtcac tagatccatc aggaggttca 540gagactaaag cacctactcc tgtaacaaat tcaggaagca ataatcaaga gaaaatagca 600acgcaaggaa attatacatt ttcacataaa gtagaagtaa aaaatgaagc taaggtagcg 660agtccaactc aatttacatt ggacaaagga gacagaattt tttacgacca aatactaact 720attgaaggaa atcagtggtt atcttataaa tcattcaatg gtgttcgtcg ttttgttttg 780ctaggtaaag catcttcagt agaaaaaact gaagataaag aaaaagtgtc tcctcaacca 840caagcccgta ttactaaaac tggtagactg actatttcta acgaaacaac tacaggtttt 900gatattttaa ttacgaatat taaagatgat aacggtatcg ctgctgttaa ggtaccggtt 960tggactgaac aaggagggca agatgatatt aaatggtata cagctgtaac tactggggat1020ggcaactaca aagtagctgt atcatttgct gaccataaga atgagaaggg tctttataat1080attcatttat actaccaaga agctagtggg acacttgtag gtgtaacagg aactaaagtg1140acagtagctg gaactaattc ttctcaagaa cctattgaaa atggtttagc aaagactggt1200gtttataata ttatcggaag tactgaagta aaaaatgaag ctaaaatatc aagtcagacc1260caatttactt tagaaaaagg tgacaaaata aattatgatc aagtattgac agcagatggt1320taccagtgga tttcttacaa atcttatagt ggtgttcgtc gctatattcc tgtgaaaaag1380ctaactacaa gtagtgaaaa agcgaaagat gaggcgacta aaccgactag ttatcccaac1440ttacctaaaa caggtaccta tacatttact aaaactgtag atgtgaagag tcaacctaaa1500gtatcaagtc cagtggaatt taattttcaa aagggtgaaa aaatacatta tgatcaagtg1560ttagtagtag atggtcatca gtggatttca tacaagagtt attccggtat tcgtcgctat1620attgaaattt aa1632SeqID 103atggaaaatt ggaagtttgc cctatcatcg attctagggc acaagatgcg tgcttttctg 60accatgttag ggatcatcat tggggttgca tcagttgtgt taattatggc cttaggtaag 120ggcatgaaag attcggttac aaatgagatt acaaagtctc agaagaacct tcagatttat 180tataaaacaa aagaagacca aaaaaatgag gataactttg gagctcaagg ggctttcatg 240caaggtagtg ataccaaccg taaggaacca attattcaag aatcatggtt aaaaaagatt 300gctaaggaag tagatggtgt tagtggctac tatgtaacca atcaaacaaa tgctccagta 360gcttaccttg aaaaaaaggc aaagacggtt aatataacag gagttaaccg cacttacctt 420ggtatcaaaa agttcaaaat taaaagtggt cgtcaattcc aagaggagga ttataaccaa 480ttctcgagag ttattttact agaagaaaaa ttagctcaga gattattcca gacaaatgaa 540gcagcgttaa ataaggtggt gactgtaaaa aataaatctt acttagtagt gggggtttat 600tcggatccag aagctggttc aggcttatat ggaagtaatt ctgatgggaa tgctatttta 660accaatacac agttagcttc ggagtttggt gctaaagaag cagaaaacat atattttcat 720
      cttaatgatg tatcgcaatc caatcgcatt ggtaaagaaa taggcaaacg tttaacagac 780attagtcatg ctaaggatgg gtactatgat aattttgaca tgacatctat agttaaatct 840atcaataccc aagttggtat tatgacaggt gttattggag cgattgcagc aatttctctc 900ctagttggtg gtatcggagt gatgaatatt atgttagtct ctgtaactga gcgcacgaga 960gaaattggcc ttcgtaaagc ccttggggca actcgacgta aaattttagc tcaattttta1020attgaatcaa tggtcttaac gattttgggt ggattaattg ggttattact agcctatgga1080ggtacgatgt taattgctaa tgcgcaagat aagattactc cttctgtgtc acttaacgtg1140gctataggca gtttaatttt ctcagcattt attggaatta tatttggttt attacctgct1200aataaagcca gcaaattaaa cccaattgat gctttacgat atgaataa 1248SeqID 104atgcagtatt cagaaattat gattcgttat ggagaactct ctactaagaa gaaaaaccgt 60atgcgcttca tcaataagtt aaaaaataat atggagcatg tactctccat ttatccagat 120gtttcagtaa aaacagatcg tgatagagga catgtatatc tcaatggtac agattatcat 180gaagttgcag agtccttaaa agagattttt ggtatccaag ctttttctcc atcttttaaa 240gtagaaaaaa atgttgatac attggtaaaa gctgtccagg aaattatgac ttccgtttat 300aaagatggga tgacttttaa aattaccgca aaacgtagtg accactcatt tgaattggat 360agccgtgctc taaatcatac tttaggagat gccgtttttt cagtcttgcc aaatattaag 420gctcagatga agcaaccaga tatcaatctt aaagtcgaga tacgagatga ggctgcttat 480atttcatatg agaatattag gggtgcagga ggattaccgg taggaacatc tggaaaaggg 540atgctgatgt tgtctggtgg gattgattct ccggtggcag gttacctagc gttaaaacgt 600ggtgtagata tagaagcagt tcattttgca agtcctcctt atactagccc aggtgcattg 660aaaaaagcac atgatttaac acgtaaattg acaaaatttg gtggtaatat tcaatttatt 720gaagttccat tcacagaaat tcaagaggaa attaaggaaa aagctcctga agcctacttg 780atgacgttaa cacgtaggtt tatgatgcgt attacagatc gtattcgtga gaaccgaaat 840ggtcttgtta ttattaacgg tgaaagttta gggcaggtgg caagccaaac gctagaaagt 900atgcaagcca ttaatgctgt cactgcaaca ccgattattc gtcctgtggt cacgatggat 960aagctagaaa ttattgatat tgctcaaaaa atagatactt ttgatatttc aattcaacca1020tttgaggatt gctgtacgat ttttgcacca gatcgcccaa aaactaaccc taaaattaag1080aatacagaac agtatgagaa acgtatggat gtagaaggtc tggtagagag ggcagttgca1140gggattatgg taactactat tcaacctcaa gcagatagtg atgatgttga tgacttgatt1200gacgatttat tataa 1215SeqID 105atggctcgtg ttaaaggtgg agttgtttca cgtaaacgtc gtaaacgcgt acttaaatta 60gctaaaggtt actatggtgc aaaacatatc ttgttccgta ctgcaaaaga acaagtaatg 120aattcttact actatgcata ccgtgaccgt cgtcagaaaa aacgtgactt ccgtaaatta 180tggatcactc gtatcaatgc ggctgctcgt atgaatggtt tatcatattc gcaattgatg 240cacggtttga aattagctga aatcgaagtt aaccgtaaaa tgcttgctga tttagcagtt 300aacgatgcag cagctttcac agctcttgca gatgcagcta aagctaaact tggtaaataa 360SeqID 106atgtttaaag cttcaaaaaa actcgttcaa aaaaataagt caaatcattt ttggcttgtt 60tttttcataa cacttatact atttcttatt ggttgttacg ccagcttacg atttggtgct 120atcaatttca agactagtga tttaataact gttttaaaaa atcccttaaa aaactctaat 180gctcaggatg ttatttttga cattagacta ccacgcataa ttgcagctat cttagtaggt 240gcagctatgt cacaagcagg tgctattatg cagggagtca ctcgaaacgc cattgctgat 300cctggactac taggtattaa cgccggagct gggttagccc ttgttgttgc atatgctttt 360ttagggagca tgcactatag tacgattctc attgtctgct tactagggtc tgtcatttct 420tatcttttag tcttcacact ctcttataca aagcaaaagg gttaccacca actacgactc 480attttagctg gagcgatgat ctccacactt tttacgtctg ttggacaagt ggttacatta 540tactttaaac tcaatcgaac tgttatcggt tggcaagcag gtggtttatc ccaaattaac 600tggaaaatgc taatcataat agcacctatc attattttag gtttacttat ttcacaactc 660ctagcacatc aattaactat cttgagcctt aatgaatctg tggccaaagc attgggacaa 720aaaactcaat taatgactgc gtttctatta cttattgttt tgtttttatc ggcttcatca 780gtcgcgttga taggaaccgt ttctttcatt ggattgatta ttccacattt tattaagctt 840tttattccca aagattatcg tctgttatta cctttaatag gattttcagg ggctactttc 900atgatctggg tagacttatc atctcgtatt ataaatcccc cttcagagac accaattagt 960tctataatca gtatcgtagg gcttccatgt ttcctatggt taattagaaa agggaaaaat1020ctatga 1026SeqID 107atgattaaaa gaccaattca tctttctcat gattttttag cagaagttat tgataaagaa 60gcaataacgc ttgatgcaac tatgggaaat gggaatgata ctgttttttt agcgaaaagt 120tctaaaaaag tttatgcatt tgatattcaa gaagaagcaa tagcaaaaac gaaagcaaag 180
      ctcacggagc aagggatttc taacgctgaa cttatcttgg atgggcatga aaatttggaa 240cagtatgttc atacaccttt aagagcggct atatttaatc tgggatactt accctcagcg 300gataaaacag ttattacaaa acctcacaca actatcaagg caatcaaaaa cgttttagac 360attttagaag taggtggacg tctatcactt atggtttatt atggtcatga tggtggaaaa 420agtgagaaag atgcggtgat agcattcgtg gaacaattac cacagaataa tttcgctaca 480atgctttatc aaccactcaa tcaagttaat acgcccccct ttttaattat ggtagaaaag 540ttacaatcat atgaaaatga ggtgtaa 567SeqID 108atgcgagtac atattacaag tatatatggg cagtcaccgc gtagcattgc ccttatatca 60caaaaactag ttaaggatgt cggacgtcaa cttggttatg atgaaatggg aatctacttt 120tataatgatc atgctgaaac gcatggtgaa agaagtacta ggatggatgg tatcattgcg 180ggattaggca gaggggatat tgttgttttt caagtaccta catggaattc aacagaattt 240gatgaacttt ttctagataa attacaggca tacggtgcta gaattataac ttttgtacat 300gatattgttc ccttaatgtt tgagtctaat ttttatttat tagatagagt aattgacatg 360tataatcgtt cggatgttgt tattctacct acaaaagcga tgcatgatta tctaattgaa 420aaagggatga ctacctctaa agttctttat caagaagtat gggatcatcc agttaatata 480gacctccctc gtccagaatg tcaaaaagtc cttagttttg caggcgatat tcaacgcttt 540ccctttgtca atgactggaa ggaaaatatc ccgctcatct attatggaga cggaagcaga 600ctcaattctg aggcaaatgt tcatgctcag ggatggaaag atgatgtaga attgatgcta 660agtctttcta agcggggagg atttggcctg tgttggagtg aagatagaga ggagttagtc 720gagcgtcgtt attcgaggat gaatgcctcg tataaattat ctactttctt ggctgctgga 780cttccaatta ttgctaacca tgatatttca agtagagact ttatcaaaca acacggatta 840ggatttacag ttgaaacgct agaagaagct gttgaaaaaa ttaataatat ggaaaaagag 900acttatgaca gctatgtgga aaatgttgag aagatagcaa ctctcttgcg aaatggttat 960atcactaaaa aattgttgat agatgctgtg catatgcttt atagatag 1008SeqID 109atgtcccaaa agacttttgg caagcagtta acagttgtag atactaagag tagagtcaag 60atgcataaat caggaaaaaa ctgggtaaga acagtaatgt cgcattttaa tctatttaaa 120gcgattaaag ggagagcaac tgttgaagca gatgtgtgta ttcaagatgt tgaaaaagaa 180gaccgactat cttcaggaaa tttgacctat ctcaaaggaa tactagctgc cggagctctg 240gtaggtggag cgagtttaac cagtcgtgtt tatgcagatg agactccagt tgttcaagaa 300caatcaagtt ctgtaccaac actggcagaa caaacggaag tgactgttaa aacaactact 360gttcaaaatc atcaagatgg gacagtatcg aaaaacatta ttgattctaa tagtgtatct 420atgtcagagt cagcctcaac aagtactagt gaatctgtaa gtatgtctat gtcagggtca 480actttaacaa gtgtaagtga atctgtaagt acatctgctt taacaagtgc ttcagaatcg 540ataagcacgt cagcctcaga aagtgtttca aaatctacaa gtattagtga ggtttcaaat 600attcttgaaa ctcaagcttc tttaactgat aaaggaagag agtcgttttc ggcaaaccag 660atagtaacag aaagtagctt agttactgat gctggtaaaa atgcttcagt atctagccta 720attgaaatta caaaaccaaa atcggagtta cagacttcca aaatgtcaaa tgagtcgctt 780ataactccag agaaatccca agtaatgatt gcaagcgata aaactgggaa tgagagtcta 840actccgacaa ttagattaaa atcagttatt cagccaagga gtatgaactt gatgactttg 900agttcggaga tggacttgat accactagaa gaagtgtctg atactgaaat gttaggtaaa 960gatgtatcaa gcgagttgca gaaagttaat attgcgttaa aagataacac tcttagtgag1020cctggaacag ttaaattaga tagttcagaa aaccttgttt tgaactttgc cttttcaatc1080gcttctgtta acgagggaga tgtctttact gtaaagcttt ctgataacct tgacacacaa1140gggattggta ctattctaaa agttcaagat ataatggatg aaacggggca gttattagcg1200actgggtcat atagtccttt aacacataat attacataca cctggacaag gtatgcttct1260acgttgaata atattaaagc tagagtcaat atgccagttt ggcctgacca gagaataatt1320tctaaaacaa cttcagataa gcagtgcttt actgcaacat tgaacaatca agttgcttca1380attgaggaac gtgttcagta taatagtcct tcagtgacag aacatactaa tgttaagaca1440aatgtaagat ctcggatcat gaagcttgat gatgaaagac agacagaaac ttatattact1500caaattaatc ctgaaggtaa ggaaatgtat ttcgcatcag gacttgggaa tctatatact1560attatcggtt cagatggaac atcaggttca ccagttaatt tattaaatgc ggaagtaaag1620attctaaaaa ctaattcaaa aaatcttaca gatagtatgg atcaaaatta tgattcgcct1680gagtttgaag atgtgacttc ccagtatagt tatactaacg atgcttctaa aattaccata1740gattggaaaa caaattctat ttcttccact acatcttatg ttgttttggt caaaatacct1800aaacaaagtg gtgtattgta ttcaactgtt tctgatataa atcaaacata tggttctaaa1860tattcttatg ggcatacgaa tataagtggt gactcagatg cgaatgccga aattaaactt1920ttatcagaaa gtgcttctac gagtgcgtcg acgtcagcaa gtaccagcgc ttccatgagt1980gcctcgacat cagcaagtac cagcgcttcc atgagtgcct cgacatcagc aagtaccagc2040gcttccatga gtgcgtcgac gtcagccagc accagcgctt caaccagcac ctcaacgagt2100gcctcgacat cagccagcac aagtgcttca acaagtgcaa gtatgagtgc ttcaacaagt2160gcaagtacga gtgcatccac gtcagcaagt actagcgctt ccacaagtgc cagcaccagc2220
      gcctcaacga gtgcctcaac gtcagccagc actagcgcct caacgtcagc cagcaccagc2280gcctcaacca gtgcttcaac cagtgcttcc acatcagcca gcactagcgc ctcaatgagt2340gcgtcgatgt cagccagcac aagtgcttca atgagtgcct cgacgtcagc cagcactagc2400gcctcaacca gtgcttcaac cagtgcttca accagtgctt ccacctcagc aagtatgagc2460gcctcaacaa gtgcaagtac tagcgcttca acaagtgcaa gtatgagcgc ctcaaccagt2520gcaagtacta gtgcttcaac aagtgccagt accagtgcct cgacgtcaac aagtactagc2580gcttccacgt cagcaagtac cagtgcatcc acatcagcaa gtatgagcgc atccacgtca2640gccagcacca gcccctcaac cagtgcttca accagtgctt caaccagtgc ttcaaccagt2700gcttccacat cagccagcac tagcgcctca atgagtgcat ccacgtcagc aagtactagc2760gcctcaatgt cagccagtac tagcgcctca accagtgcca gtaccagtgc ttccacctca2820gcaagtatga gcgcctcaac aagtgcaagt actagcgctt ccacaagtgc aagtatgagc2880gcctcaacca gtgcaagtac tagtgcttca accagtgcca gtaccagtgc ctcgacgtca2940acaagtacta gcgcttccac gtcagcaagt accagtgcat ccacatcagc aagtatgagc3000gcatccacgt cagcaagtac cagtgcatcc acgtcagcaa gtatgagcgc ctccacaagt3060gcaagtatca gtgcatccac gtcagcaagt atgagcgctt ccacaagtgc aagtaccagt3120gcatcgacgt cagccagtac tagcgcctca atgagtgcat cgacgtcagc cagcaccagt3180gcttccacaa gtgcaagtac tagcgcctca atgagtgcat cgacatcagc aagtaccagc3240gcttccacaa gtgcaagtac gagtgcttcc acatcagcaa gtactagcgc ctcaacatcg3300gcaagtacaa gttcttccac aagtgcaagt accagtgcat cgacatcagc cagcactagc3360gcctcaatga gtgcctcgac gtcagccagc acaagtgctt ccatgagtgc gtcgacgtca3420gccagcacta gcgcctcaac gagtgcgtca atgtcagcca gcacaagttc ttcaacaagt3480gcctcgatgt cagccagcac tagcgcttca atgagtgcct cgacgtcagc tagcactagc3540gcctcaacga gtgcgtcaat gtcagccagc acaagttctt caacaagtgc ctcgatgtca3600gccagcacta gcgcttcaat gagtgcgtcg acgtcagcca gcaccagcgc ttcaacgagt3660gcgtcaatgt cagccagcac tagcgcttca atgagtgcca cgacgtcagc cagcaccagc3720gtctcaacga gtgcatcgac atcagcaagt accagcgctt ccacaagttc ttcaagctca3780gtgacttcta attcatcaaa agagaaggtg tattctgcct taccttctac gggtgaccaa3840gattattctg taactgctac tgccttaggt ttaggtttaa tgactggtgc aacccttttg3900ggacgaaaaa aatctaaaaa agataaagac taa 3933SeqID 110atgatagata gaaaagatac taaccgattt aaattagttt ccaaatatag cccttcggga 60gatcaacctc aagctattga aacgttggtt gacaatattg aaggaggaga aaaagctcag 120attttaaaag gtgctactgg tactggtaaa acctacacaa tgagccaagt tatcgcccaa 180gttaacaagc caaccttggt gattgcacat aataaaacct tagcaggtca actttatgga 240gagtttaaag aattttttcc tgacaatgcc gtagagtact ttgtttcata ttatgattat 300tatcaaccag aagcttatgt gccttcttcg gatacttata ttgaaaaaga tagttcagtc 360aatgacgaaa ttgacaaatt acgtcactca gcgacttctt cgttattaga aagaaatgac 420gttattgttg tagcatctgt ttcttgtatt tacggtttag gttctcctaa agagtatgca 480gacagtgttg ttagccttag gccaggtcaa gaaatttcac gtgatcagtt attgaacaat 540ctcgttgata ttcaatttga gcgtaacgat attgattttc aacgtggaaa atttcgcgtt 600cgtggcgatg ttgtagaagt ttttcctgcg agtcgtgatg agcatgcctt tcgaattgaa 660ttttttggtg atgaaattga tcgtataaga gaaatagaat cgttaacagg gcgtgtgcta 720ggagaagtgg aacatttagc tattttccca gcaacacact ttatgacaaa tgatgaacat 780atggaagaag ctatttcaaa aatacaagct gaaatggaaa atcaagtaga actttttgaa 840aaagaaggga aattgattga agcgcaacgt attcgacaaa ggacagaata tgatattgaa 900atgcttcgtg aaatgggata tacaaatggt gttgagaact actcacgtca catggatggt 960agaagtgaag gtgagccacc ttttactttg ttagatttct tcccagaaga ttttttgatt1020atgattgatg agagtcacat gacaatgggg caaatcaaag ggatgtataa tggagaccgt1080tcgcgtaaag aaatgttggt taattacggt ttccgtttac catctgcctt agataaccgt1140ccacttcgtc gtgaagaatt cgaaagccat gtccatcaaa ttgtctatgt atctgcaacg1200ccaggagact atgaaatgga gcaaacagat acagttgttg agcaaattat ccggccaaca1260ggacttcttg atccagaagt tgaagttaga ccaagtatgg ggcagatgga tgacttgctt1320ggtgaaatca atttgaggac tgaaaaaggt gagcgtacct ttattacaac attgacaaag1380cgtatggcag aagacttaac agattatctc aaagaaatgg gagttaaagt taagtatatg1440cacagcgata ttaaaacctt agaacgtaca gagattattc gtgatttacg acttggtgtg1500tttgatgttt taattggtat taatctctta cgtgaaggaa tagatgttcc tgaggtttcc1560cttgttgcaa tcttagatgc tgataaggaa ggtttccttc gtaatgagcg tggtcttatc1620caaacaatcg gacgtgcagc acgtaacagt aatggtcatg ttattatgta tgctgataaa1680ataacagatt ctatgcaaag agctatggat gaaaccgctc gccgtcgtcg tttacaaatg1740gattataatg aaaagcatgg aattgtgcca caaacaatta aaaaagaaat ccgtgattta1800attgctatta ctaaaagtaa tgacagcgat aagcctgaaa aagttgtcga ttacagtagt1860ttatctaaaa aagaaaggca agctgaaatt aaagctcttc aacagcaaat gcaagaagca1920gctgaattat tggactttga gctagctgca caaatccgag atgttatctt agaactaaaa1980gcaatcgatt aa1992
      SeqID 111atgaagcaca agttaaaagc ttttacgctt gctttactct caatattctt tgtgtttggt 60ggaaaggtca gtgcagaaac tgtgaatatt gtttctgata cagcatacgc tccattcgaa 120tttaaagatt ctgatcaaac ttataaagga atcgatgttg acatcgttaa cgaagtcgct 180aagcgtgctg gctggaatgt taacatgacg tacccaggtt ttgatgccgc agttaacgct 240gttcaatctg gacaggcaga cgcgctaatg gccggaacta ctgttactga agcacgtaaa 300aaagtcttta atttctcaga tacttattac gatacttccg ttattcttta tactaaaaat 360aataataaag tcacaaacta caaacaacta aaaggaaaag tagtcggtgt aaaaaatgga 420acagctgctc aaagcttctt agaggaaaat aaatctaaat acggctataa agttaaaaca 480tttgatacaa gtgacctaat gaataacagc cttgattctg gttctattta cgccgctatg 540gacgatcaac cagttgtgca atttgcgata aatcaaggaa aagcttacgc cattaacatg 600gaaggcgagg cagttggtag ctttgcattt gctgtcaaaa aaggtagtgg acacgataac 660ctaattaaag aatttaacac agcttttgca caaatgaaat cagatggcac ttataatgac 720atcatggata aatggcttgg gaaagacgct acaaaaacaa gcggcaaagc aacaggtaat 780gccaatgaaa aagcaactcc tgtaaagcca agttataaaa ttgtttctga ttcttcattc 840gcaccattcg aatatcaaaa cggtaaaggg aaatatactg gttttgatat ggaattaatc 900aagaaaattg ctaaacagca aggttttaaa cttgatatct caaatccagg ttttgatgcc 960gctttaaatg ctgtccaatc tggacaagct gacggtgtta ttgcaggagc tacaatcaca1020gaagcacgcc aaaaaatctt tgatttttct gatccttatt acacatctag cgttatctta1080gcggttaaaa aaggaagcaa tgtcaaatca taccaagatt taaaaggaaa aacagttggt1140gctaaaaatg gtactgcctc atatacttgg ttatcagacc acgcagataa gtacaactat1200catgttaaag catttgatga agcatctaca atgtatgata gtatgaactc aggttcaatt1260gatgctctaa tggatgacga agcagttctt gcttacgcta ttaatcaagg tcgtaaattt1320gaaacaccta tcaaaggtga aaaatcaggc gatatcggat ttgcagtgaa aaaaggggca1380aatccagaat taattaaaat gtttaacaac ggtcttgctt cactcaaaaa atcgggtgag1440tacgataaac ttgttaaaaa atacctttcc acagccagca cctcttcaaa cgataaagct1500gctaaacctg tagatgaatc aactatttta gggttaattt ctaataacta caaacaattg1560ctatctggta ttggaactac tttaagttta actcttatct catttgcgat tgctatggtt1620attggtatta tctttggtat gatgagcgta tcaccaagta atactctccg cacaatttca1680atgatttttg ttgatattgt ccgtggtatt ccactcatga ttgtggccgc ttttattttc1740tggggtattc ctaatttaat cgaaagcatc acaggtcacc aaagtccaat taatgacttc1800gttgctgcta ctatcgctct ttctttaaat ggtggtgcgt acattgctga aattgtacgt1860ggtggtattg aagctgttcc ttctggtcaa atggaagcaa gtcgtagttt aggtatttct1920tacggcaaaa ctatgcaaaa ggttatcttg cctcaagcag tacgccttat gttaccaaac1980tttatcaacc aatttgtcat ctcattaaag gatacaacaa ttgtatcagc aatcggactt2040gtggaactct tccaaactgg taaaatcata attgcacgta actatcaatc attccgtatg2100tatgctatcc ttgcaattat gtatcttgta atcattaccc ttctcacccg tctagcaaaa2160cgtttagaaa agaggcttaa ataa 2184SeqID 112atgggagata aaccgatatc atttcgtgat aaagatggga attttgtttc agcggccgat 60gtctggaatg ctgaaaaatt agaagaactc tttaacacat taaatcctaa tcctaaactt 120cgtttagaac gcgaaaaatt agcaaaagaa aaaggatag159SeqID 113atggaaacat atactctatc gaatactctt aacattccta aaattggttt tgggacatgg 60caactaactg aaggtgaaga agcttataag gcagtgactc atgctttaaa agttggttat 120actcatattg atactgctca gatttatggc aacgaacaca gtgttggacg tgctataaga 180gacagtggtt tggcgcgaga aagtatcttt ttgacaacta agatttggaa tgacaaacat 240gactatcatt tagccaaagc ttctattgat gaatctctgc agaaattagg tgttgattat 300attgatcttc ttttgattca ttggccaaat ccaaaagctc ttcgtgaaaa tgatgcgtgg 360aaagctggga atgcaggcac ttggaaagcg atggaagaag cttataaaga aggaaaggta 420aaagctattg gtgtttcgaa tttcatgaaa catcacttag aggctttatt tgaaactgcc 480gaaataaaac ctatggttaa tcaaattatc ctagcaccag gttgtgctca agaggatttg 540gttcgcttct gtaaaggaaa tgatatctta ttagaagctt acagtccatt tggaacaggt 600gctatttttg aaaatgaatc tataaaagct attgctgaaa aatatggtaa atcagttgca 660caagtagctc ttcgctggtc acttgataat ggctttttac cattacctaa gtcagcgact 720cccaaaaata ttgaagcaaa ccttgatatt tttgattttc aattaaacga agatgatatt 780actaccttaa tacaactaga ttcaggtatt aaacccaaag atccagataa tgtctcattt 840taa 843SeqID 114atggttaaag gtcaaggaaa cgttgtagca caaaataaaa aagcgcatca cgactatact 60atcgttgaaa caatagaagc aggaattgtt ttgacaggaa cagaaatcaa aagtgtccgc 120
      gcagcgcgta ttacattgaa agatggatat gcacaaataa aaaatggtga agcgtggttg 180attaatgttc atattacacc atacgatcaa ggtaatatat ggaatcaaga tcctgatcgt 240acacgaaagt tattactaaa aaaacgtgag attgaaaaaa tatcaaatga actgaaaggg 300actggtatga ctctggtacc tctaaaagtt tacttaaaag atggttttgc taaagttcta 360ttgggtttgg caaaaggaaa acatgattat gataagcgag agtctatcaa acgtcgtgag 420caaaaccgtg atattgcccg tcagttaaaa aactataatt cacgatga 468SeqID 115atggaccatt tcacaaaact ctggcaagat ttctctaaac ttccaaatgt tgttgctata 60gcactcggag gctcacgctc tggtgacagt tttgaccaat cttccgatta tgatttgtat 120gtttattgtg cagcaactcc tgatatcact agtcgtaaac gtatccttaa caagcactgt 180cattacattg aacttaacaa tcattactgg gagcttgaag ataatggtac tttaaacgac 240ggaactgata ttgatattct ctatcgtaac atagataact ttttatcaga cttagaagat 300gtcgttgaac accacaattc tcgaattgga tacactactt gtttttggca taacctcatc 360aattgccaaa tactctatga tcctgaaaat caattacaat cactcaaaga gagattcgaa 420gtttcttatc ccagtcagtt acaaaaacaa attatcattc aaaatcgtaa cttattaact 480ggcaagcttc cctcttacga taaacaaatt ataaaagccc ttaaacgcca agactttgtt 540agtactcacc atagaactac tgctttctta gattcctact ttgatattat ttttgcactt 600aataagttga cacatcctgg cgaaaaaaga atgatttcct atgctaagaa gaatgctaca 660ttgcttccta aacatttcga agaaaatatc attaaactat gtcatcacaa ctccaacgaa 720cacactgtta aagaaacatt aaacgatata ataatgcatc tcgacgtcat gcttaaagaa 780aattttcaac actttatagg ttaa804SeqID 116atgaaaaaaa ttatttatct tggtttagcc tgtgtcagta tattaacttt aagtggttgc 60gagtcaattg agcgttctct aaaaggagac cgttatgttg accaaaaact agctgaaaac 120tcttcaaagg aagctactga acaactaaac aaaaaaacta agcaagcctt aaaagctgat 180aaaaaagctt ttcctcaatt ggacaaggct gttgccaaaa acgaggcaca agtgcttata 240aaaacctcta aaggtgatat aaatatcaag ttatttccaa aatatgctcc tttagctgtt 300gaaaattttc taacacatgc aaaagaagga tactataatg ggttaagttt ccacagagtt 360atcaaagatt ttatgataca atctggtgac cctaatggag acgggaccgg tggaaaatct 420atatggaata gcaaagataa aaagaaagat tctggaaatg gttttgttaa tgaaatatcc 480ccttacctct acaatatcag gggaagttta gcaatggcaa atgctggagc tgatactaat 540ggcagccaat tctttatcaa tcaaagccag caagatcatt ccaaacaact gtcagataaa 600aaagttccta aggtgattat taaagcctat tcagagggag gaaatccaag tttagatggt 660ggttataccg tctttggaca agtaatctct ggcatggaaa ctgtggataa aattgcttcg 720gtagaagtta caaaatcaga tcaaccaaaa gaaaaaatta ctattacaag tatcaaagtt 780attaaagact acaaatttaa ataa804SeqID 117atgaaaattg gaattattgc agccatggag gaagagttaa aactccttgt ggaaaatctt 60gaggataaat ctcaagagac agtattatca aatgtatatt acagtggacg ttatggtgaa 120catgagcttg ttttagtaca gtctggtgtt gggaaagtca tgtcagcgat gagtgttgct 180attttagtag aaagctttaa agttgatgct attattaata caggatcagc tggtgcagta 240gcaacaggat tgaatgtagg agacgtcgtt gtcgcagata cattagttta tcacgatgta 300gatttaaccg cctttggtta tgactatgga caaatgtcaa tgcagccact ttattttcat 360tcggataaga cttttgtttc cacttttgaa gcagttttat ctaaagaaga aatgactagt 420aaagttggtt taattgcaac tggggatagt tttattgctg gccaggaaaa gattgatgtt 480attaaggggc attttccaca ggttttagct gtcgagatgg aaggtgcagc aattgcccaa 540gctgctcaag ctacaggaaa gccctttgtg gtggtacgtg ctatgagtga tactgcagct 600catgatgcca atatcacatt tgatgaattt atcattgaag ctggtaaacg ctctgcccaa 660gtattaatgg catttttgaa agcattataa 690SeqID 118atggaaaaga gacttagttt aggagctctt gttttagcta gtacagttct tttagcagca 60tgtggaaatg tcggaggagg agcatcttcg acaggaacaa aaatagggaa agatattaag 120gtagggtata actgggaatt atcaggaaac gtttcttcgt atggaaattc aatgaagaat 180ggagctgact tagcagtaaa agaaattaat gctgctggag gggttggcgg caagaagtta 240aaagtcctat cacaggataa taaatcagaa aatgcagagg cagcaacggt tgccacaaac 300ttggttacca aaggagctaa tgtcattatc ggaccagcaa catcgggtgc agctgcatct 360tcaactccaa aagtaaatgc agcagcagtt ccaatgattg cacctgctgc gacacaagac 420aatttagtct atggttctga tggaaaaacc ttaaatcagt atttcttccg agctactttt 480gtcgataatt atcaaggaaa gctattgtct cagtatgcta cagacaacct taaagctaaa 540aaagttgttc tattttatga taattcatca gattactcaa agggggtagc aaaatcattt 600aaggaaagtt atagtggaaa aattgttgat agcatgacat tctccgctgg tgatactgat 660
      ttccaagcgt cattgactaa gttgaaaggg aaagaatatg atgctattgt gatgccaggt 720tactataccg agacaggatt aatagttaag caagcgcgtg atttaggtat ctctaaaccg 780gttcttgggc ctgatggttt tgatagtccg aaatttgtgc aatcggcaac acctgtggga 840gcttcaaacg tttattattt gacaggtttc actacacaag gatcaaccaa agctaaagct 900ttccatgatc attacgttaa ggcatatggt gaagaaccat ccatgttctc ggctttatca 960tacgatgccg tgtatatggc agctaaatct gctaaaggag ctaaaacttc aattgatctt1020aaaaaagctt tagctaagct gaaagatttt aaaggtgtga cagggaaaat gtctattgat1080aaaaatcata atgttgttaa atcagcttac gttgtcaaat tagacgatgg aaaaacaagt1140agcgttaaca ttatttcagc aaaataa1167SeqID 119atggagaatc ataattctat taaacagacc tatggattaa tgactacaat tgctatgatt 60gtaggtgtag tgattggttc aggcatttat tttaaagttg atgacatcct taaatttact 120ggtggagatg tctttttagg catggtaatt ttagtactag gttctttttc gattgttttt 180ggaagtttgt caatttctga gctagctatt agaacgagtg aaagtggtgg tattttttct 240tactacgaaa aatatgttag cccagcttta gcagcaactt taggcttgtt tgcgtctttt 300ttgtatcttc caactttaac agcaatcgtt tcatgggtag ctgcatttta tactttaggt 360gaatcatcaa gtttggaatc acagattatt ttagctgctg tttatatttt agcacttagt 420ctcatgaata tctttgctaa gcgtattgca gggggattcc aatctttaac gacctttgta 480aaaatgattc ctttagtcct aattgcttta attggtgctt tttggtctga taaagctcca 540caacttccac aacatttaac agctattcag ccgtcaaatg ttggatggag ttgggtgtca 600ggtctggtac cattgtattt tgcatatgat ggttggacaa tttttgttag tattgcacca 660gaagtcaaga atcccaagaa gaatttacca cttgcctttg tcattggtcc agcgcttatc 720ttattatcat atttggcatt tttctatggt ttgacacaaa ttttaggtgc tagctttatt 780atgacaaccg gtaatgatgc tattaattat gcagctaaca ttattttcgg tcctagtgtt 840gggcgtttat tatctttcat tgttatttta tctgtattag gtgttgccaa tggactttta 900cttgggacga tgcgtctacc tcaagctttt gcggaacgcg gatggatcaa aagtgagagg 960atggctaaca taaatttgaa gtatcaaatg tcattgccag ctagtttgac ggtgacggct1020gtagctattt tttggctttt tgttcacttt atggttacaa aatttaattt attgccgggt1080agtgatatta gtgaaattgc tgtggtgttt aataatacta gtttaatcat tctttatgtt1140ttagtactca gcctttatct caaaaaagat attaaaaata aatttaccgg cttagtttca1200ccgattctag caattttagg cggtttgatc ctctttatcg ggagtttgtt aagtaatttc1260tttacggttt taattttcca atgtttttgc ttattattct gtttgatttg tcattatatc1320tatcaaaaaa ataacccaaa aactcatgaa tag 1353SeqID 120ttgaccgaat ttaatgacga tcagcattct aaccatgatc agaaaagttt taaagaacaa 60attctggcag agttagaaga agctaaccgt ttgagaaagt tgcgtgaaga agaactctat 120caaaaagagc aagaagccaa agaagctgct cgcagaacag cacaattgat ggcagattat 180gaagcgcaac gtttgaaaga cgaacaagaa gctagagcaa aggcgctaga gactaagcaa 240cgcttagaag agcaagagaa ggctcggatt gaggcgaaac ttctggcaga agctgctcga 300gaagaagaaa gacgtcaggc ggaacaagca ttagcttccc aagaagaaca agttatcaat 360caagggatgg aaccttcaag agagcttgat agcggctcca aatctagtga atttaggaca 420actgaaaatg tacctgacat agatttaaaa gcagataaga ctgatgttgc aactgctgtg 480cctaatcaag aaacggaaga aatctttctt gtgagagcaa cagatattcc tacagaaggt 540gaaaatgtaa aacttggtga gacatcagag ttagagcccg tagcaaagga acctatccga 600gtagaggatt tgtcaaaaga agaagaggat atagctttgt cagccaagaa caaacataac 660aagcgtgaaa gacgtcagaa agcagataat gtggcaaaac gaattgcacg tattctgata 720tcaattatca tacttgtatt gctcttgaca gcatttgtag gttatcgttt tgtagatagt 780gctattaaac ctgttgattc caattcaaat aaatttgtac aagttgaaat tccgatagga 840tctgggaata aattaattgg tcaaatttta gaaaaagcag gagtcattaa gagcgccaca 900gtctttaatt actattccaa gttcaaaaac tatagtaatt ttcaaagtgg atactacaat 960cttaaaaaaa gtatgacttt agatcagatt gctgctgaat tggaaaaagg cggaactgca1020gaaccgacaa aaccagcttt aggtaagata ttaattaccg agggttacac tattaaacag1080attgctaaag ctattgagtc taataaaatt gatacaaaga ctacaagtac accttataaa1140gctgatgatt tcttgaaact tgttcaagat gaaacgttta ttaaaaaaat ggtagctaaa1200tatccaaatt tactaggaag tctacctgat aaatcaaaag ctatttatca attggaagga1260tatttattcc cagctactta caactattat aaagatacaa ccttagaagg acttgttgaa1320gatatgattt caacaatgaa tactaagatg gcaccttact ataacactat taaagcgaag1380aatatgtctg taaatgatgt tttgacatta tcatctcttg ttgaaaaaga gggatcaaca1440gacgaagatc gccgtaaaat agcaagtgtc ttttataacc gattatcagc cggtcaagct1500cttcaaagta acattgcaat tttgtatgct atggggaaat taggtgataa aacaagttta1560gctgaagatg ctcaaattaa tacttcaatt aaatcaccat acaacatcta tactaatact1620ggtttgatgc ctggaccagt tgatagtcca agtatctcag caattgaagc gactataaaa1680cctgcttcaa cagattatct ttattttgtc gctgatgtga agaccggaaa tgtatactac1740
      gctaaagact ttgaaacaca caaggctaac gttgaaaaat atatcaatag tcaaattaac1800taa 1803SeqID 121atgagtagaa tgattccagg acgtattcga aatcaaggta tagaactcta cgaacaaggt 60ttggtgtcct tgatttctca agaaggtaat ctattaaaag ctaaagttgg ggattgtcag 120attgaatatt cattagtaac agaagaaaca aaatgttctt gtgatttttt tgcaagaaaa 180ggctattgtc aacatttagc tgctctggag catttcttga aaaacgaccc agagggtaaa 240gcaatcttat ctaaagttca agttcaacaa gaaagtcaac aagaaactaa gaagaaaacc 300tcttttggta gtgttttttt agatagtcta attattaatg aagatgatac tataaaatat 360caactatcgg ctcaaggaga acaaaatcct tatgctaatg atatctggtg gactttaaaa 420attagacgac tgcctgatga tagaagttat gttattcgtg acatcaaagc ttttttaaat 480actgttcgaa aagaagctta ttatcagatt ggaaaacaat actttgaaac tttgtctttg 540atacagtttg atgagaccag tcaagaattg atagaatttt tatggaggct cattccaagt 600cattcaagca aaattgatct agagtttatt ttaccaaatc aaggtcgtca ccttagtctc 660actcgtggtt tttttgaaga gggcgttact ttgatgaatg ctttagaaaa tttttcattt 720gaaagtgatt ttcatcaatt taatcacctc tactttaagg aattagaagg tgaggatcat 780ctttatcaat ttaaggttat tgtccatagg caatcaattg aattagaaat caaagagaaa 840gacttaaaac cactatttgc gaattcttat ttgttttatc gcgatacttt ctaccatctt 900aatttgaagc aagaaaagat ggtaacggct attcgtagtc ttcccattga gggagattta 960gcaaaacata tccattttga tttagatgat caagataagt tagcagctca tttactggat1020tttaaggaga ttggactagt agatgctcca cggagcttct ctattcatga ttttaaggta1080aattttgagt tcgatattaa tagtcaaaat gaaattttat tgcaaatggt atttgattat1140ggtaatgatt taactgttca taatcgtcaa gaactagaac agttaacatt tgctagtcac1200ttcaaacatg aagaaaaaat atttaaactc ttagaaagat atggctttgc accccacttt1260tcaaccagcc atccagcata cagtgcacaa gaattatacg atttttatac ctatatgctt1320ccacaattta aaaaaatggg aacagtgagc ttatccgcaa aattggaaag ttatcgtctc1380atagaacgac cgcaaattga tattgaagct aagggaagcc tgctagatat ttcttttgat1440ttctctgatt tactggaaaa cgatgttgat caagctctgg tagctttgtt tgacaataat1500ccttattttg tgaataaatc agggcaatta gttatttttg atgaagagac taagaaagta1560agtgcaactt tgcaagggtt gagagctaga cgagcaaaga atgggcatat tgaattagat1620aatattgcag catttcaatt atcagaactg tttgcaaatc aagataatgt tagcttttca1680caacattttt accaattgat tgaagatttg agacacccag aaaagtttaa aatacctggt1740ctatctgttt cagcttcctt gcgcgattat cagcttacag gtgtccgttg gttaagtatg1800ttagatcatt atggctttgc agggatttta gctgatgata tggggcttgg aaaaacactt1860caaacgattt catttttaag tacaaaacta actagagatt ctcgtgtgct tattttatca1920ccatcaagtt taatttataa ttggcaagat gaattccaca aatttgcgcc agacgtagat1980gtagcagttg cctatggttc taagattcgt agagatgaaa ttattgctga acgtcatcaa2040gtaatcatta caagttattc atcatttagg caggattttg agacttattc tgaaggaaat2100tatgattatt taattttgga tgaagcacag gttatgaaaa atgctcaaac taaaatagcc2160catagcttga gatcttttga ggtcaaaaac tgttttgcat tatcgggaac acctattgag2220aataaactgt tagaaatttg gtccattttc cagatcattt tacctggttt attacctggt2280aagaaagagt ttttgaagtt gaaccctaaa caagttgctc gttatatcaa accatttgtg2340atgagacgtc gaaaagaaga agttctccca gaattaccgg atttgattga aatgaactat2400ccaaatgaaa tgacagacag tcaaaaagtt atctatttgg cgcaattacg ccaaattcaa2460gaaagtatcc aacattctag tgacgctgac ttaaatcgtc gtaaaattga aattttatct2520ggcatcacac gattacgtca aatttgcgac actccacgtc tttttatgga ttatgatggt2580gaaagcggta agttagaaag cctacatcaa cttttaacac aaattaagga aaatggacat2640cgtgctctga ttttttctca gttcaggggt atgttagata tcgcagaacg tgagatggta2700gctatggggc ttacaactta taaaattact ggttctacac cagcaaatga acgtcatgaa2760atgaccagag catttaatgc aggatcaaaa gatgctttct tgatttcttt aaaagctggt2820ggcgttggtc tcaaccttac aggagctgat accgttgttc tgattgactt gtggtggaat2880ccagctgttg aaatgcaggc gattagtcgc gcacataggt tggggcaaaa agagaatgtc2940gaggtttatc gcttgattac tagaggcaca atcgaagaaa aaattctaga aatgcaagaa3000actaaaaaac atttggttac aacagttctg gatggaaatg aaacccatgc tagcatgagt3060gtagatgata ttcgagagat acttggagtt tctaaataa 3099SeqID 122gtgttactta cagaaatcaa aaaatcacca gaggggcttt attttgataa aaaaatagat 60atcaaagagt cgcttatgga gcgtcattca gagataatgg atatttctga tattcaagtt 120tcaggtcatg tggtgtatga agatggtctc tatctacttg actataatat ggcttacgat 180attacattac cgtctagtcg ttctatgaaa ccagttgttt tatctgaaaa gcaaactatt 240aatgaagttt ttattgaagc tgaaaatgtt agcactaaaa aagagctcgt tgatcaggat 300ttggtcttaa tattagagga agatgatatt aatttagaag aaagcgttat cgataatatc 360ttgttaaata tacctcttcg tgttctggca gctgatgagg ttggggtaga agcggattta 420
      tcaggtaaaa attggtcgtt aatgactgaa aagcagtatg aagaaaaaca agctaaagaa 480aaagaaaaat ctaatccttt cgcagcctta gaaggtatgt ttgatagtga ttag 534SeqID 123atggaagtaa aaactgcaat agaatggatg cacactttta accaaaaaat tcaatccaac 60aaggactatt tatccgaact agatactcca ataggtgatg gcgaccatgg tggcaatatg 120gcgcgtggta tgactgctgt tattgaaaac cttgataaca atgaatttag tagtgctgcc 180gatgttttca aaaccgtatc catgcaactt ttaagcaaag taggcggagc atctggacca 240ctctatggtt ctgcatttat gggaattaca aaagctgaac agagtgaaag taccatttca 300gaggcacttg gcgcaggact tgaaatgatt caaaaacgtg gtaaagctga acttaatgaa 360aaaacaatgg ttgatgtttg gcacggtgtt attgaagcga ttgaaaaaaa tgaattgact 420gaagaccgta ttgattcctt agtagatgct acaaaaggga tgaaagcaac aaaaggacgc 480gcttcttatg ttggagaacg ctcattagga cacattgatc cagggtcatt ttcttcagga 540ttattattta aagcattact agaagttgga ggtgtctaa579SeqID 124atgcaagata aattaatgat aagaggagca agagctcaca atttaaaaaa tataagtgtc 60gacatcccac gagacaagtt agttgtcgtt acgggactat caggatcagg taagtctagt 120ttggcctttg acactatcta tgcagaagga caacgtcgtt acgttgaaag tctttctgct 180tacgcgcgcc aatttttggg aaatatggaa aagcctgatg tagattctat tgatggcctt 240agtccagcta tttctattga tcagaaaaca acaagtaaga atcctcgctc tactgttggg 300actgtaacag aaattaacga ttatttacgt ttgctttatg ctcgtgttgg aaccccatat 360tgtatcaatg gtcacggagc catcacagca tcttctgtag agcaaattgt ggataaggta 420ctagcgcttc cagagcgaac aaagatgcaa attttagccc caattatacg tcgaaaaaaa 480ggacaacaca aatcaacatt tgagaaaata caaaaagatg gttacgttcg tgttcgtatt 540gatggtgata ttcacgatgt tactgaggtg cctgaattat caaaaagtaa gatgcacaat 600attgatattg tagtagatcg attaattaat aaagagggca ttcgttcccg cttatttgat 660tccgttgaag cggctctacg tttgtcggat ggttatgtcg ttattgatac aatggatggc 720aatgagttat tgttttcaga gcattattct tgtcctgaat gtggttttac tgttcctgaa 780ttagagccac gccttttttc ttttaatgct ccctttggtt cttgtacgac ctgtgatggc 840ttaggaatta agttagaagt ggatatagat ttggttattc cagataaaag caagaccctt 900agagaagggg ccttagttcc ttggaatcca atttcatcaa attattatcc aacgatgcta 960gagcaagcta tgactcaatt tgatgttgat atggatacgc catttgaaaa attaagcaag1020gcggagcagg acctagccct atatggttca ggcgaacgag agttccattt ccattatatt1080aacgattttg gaggcgagag aaatattgat ttgccttttg aaggggttgt caataatatt1140aatcgtcgtt accatgaaac taatagcgat tacacacgca atgttatgcg agaatatatg1200aacgagctaa aatgtaacac ttgtcatggc tatcgtctca atgatcaagc actttgcgta1260agagttgggg gagaagaagg tcttaatatt gggcaagtct cagatttatc gatagcagac1320catttagaac ttttagaaac gttgcgttta tcttcaaatg aacaattaat tgctcgacca1380attatcaaag aaattcatga ccgcctaagt ttcttaaata atgttgggct taattattta1440aatctgtcac gttctgcagg aacgctttcc gggggcgaga gtcaacgtat tcgtttggct1500actcaaattg ggtctaattt atcaggtgtc ctttatgtac ttgatgaacc gtccattgga1560cttcatcagc gagacaatga ccgtttgatt gatagtctta agaaaatgcg tgatttgggt1620aatacgctta ttgttgttga acatgatgaa gatacaatga tggcagctga ttggttaatc1680gatgtgggac ctggcgctgg tgcgtttggt ggtgagattg tggcctctgg cacaccgaag1740caagtagcta aaaatactaa atctattaca ggacaatatt tgtcaggtaa gaaagtgatt1800cctgtgccat ctgaacgaag agtaggcaat ggtcgctttt tagaaatcaa aggtgcggca1860gaaaacaacc tacaaaattt agatgtcaag ttccctctcg gtaaatttat tgccgtaact1920ggtgtctcag gttctggaaa atcaacctta attaatagta ttttgaaaaa agctcttgcg1980cagaagctta accgtaactc agataaacca ggtaaatatg tttctttaga aggcattgaa2040tatgttgatc gattgattga tattgaccaa agtccaattg gtcggacccc acgttctaat2100cccgcaacct atacaggtgt ttttgatgat attcgtgatc tttttgctca aactaatgag2160gcaaaaattc gaggttataa aaaaggacgc ttctcattta acgtcaaagg tggacgttgt2220gagtcttgtt ctggtgatgg tatcatcaaa attgagatgc attttttacc agatgtctac2280gttccttgtg aagtatgcca cggcacgcgc tataatagtg agactctgga agtacattac2340aaagaaaaaa atattgcaca aattcttgat atgacagtga atgatgcagt tacatttttt2400gcagctattc ctaaaattgc tcgtaagtta cagactatta aggatgttgg tttgggatat2460gtcactttgg ggcaaccagc tacaacctta tcaggaggag aagctcagcg aatgaagttg2520gcaagtgaat tacataagcg ttcgacaggt aagagtcttt acatattaga cgaaccaaca2580acggggcttc atgcagatga tattgctcgc ttacttaagg ttttggatcg ttttgtagat2640gatggtaata cagtgcttgt tattgagcat aaccttgatg ttattaaaac tgctgaccac2700attattgatc tcggccctga aggaggtatt ggtggcggac aaattgtagc tatcggaaca2760ccagaagaag ttgctgaaaa tcctaaatcc tatacaggat attatttaaa agagaagtta2820gcaagatag2829
      SeqID 125atgtggcctg aagatagaat cgcttctttt cgtcgcacac ttttagggtg gtatgaccaa 60gaaaaacgtg atctcccttg gcgaagaact actaatccat actatatttg ggtttctgaa 120atcatgttgc aacaaacaca agttaataca gtaatccctt attataaacg ttttctagag 180tggtttcctc aaataaaaga tttggcagac gctcctgaag aacaattact aaaggcatgg 240gagggactag gttattattc tcgggtgcgt aatatgcaaa aggctgcaca gcaagtgatg 300gttgattttg gtggcatatt tcctcacact tatgatgata ttgcttcatt aaaagggatt 360ggtccttata ctgcaggtgc tatcgccagc atctcattca acttaccaga gcctgccgtt 420gatggcaatg tgatgcgtgt catggctcgt ttgtttgaag ttaattatga catcggtgac 480cctaaaaatc gtaaaatttt tcaagctatt atggaaatac taattgaccc tgacagaccc 540ggtgatttta accaagcact tatggatctg ggtacagaca tcgaatccgc taagacacct 600agacctgatg aaagccctat tcgtttcttt aatgctgctt atttgaatgg tacttatagt 660aaatatccca taaaaaatcc taagaaaaag cctaaaccaa tgcgaattca ggcttttgtc 720attcgtaacc aaaatggcca atatctactg gagaaaaata ctaaagggag acttctaggg 780ggtttttggt catttcctat tatcgaaacg tcacctcttt ctcaacaatt agatttattt 840gatgacaatc aatccaaccc cataatctgg caaacccaaa atgaaacttt ccaaagagaa 900tatcaattaa agccccaatg gactgataat cactttccca atattaagca cacttttagt 960caccagaagt ggacaataga actcatagag ggggtggtca aagcaacaga tttacctaat1020gctcctcacc taaagtgggc agcaattgag gacttttctc tgtatccctt tgcaacgcca1080caaaagaaaa tgctggagac ctacttaaaa cagaaaaatg cttaa1125SeqID 126ttgatcgaaa tcacttggac tgtgaagtat atcacagaat ttatcgcaac cgcttttctt 60atcatcttag gaaatggggc tgtagctaac gttgacttaa aaggcacaaa aggaaataat 120tcaggttgga ttattattgc aattggttat ggtttaggtg ttatgatgcc agcgcttatg 180tttggtaatg tctctggaaa ccatattaac ccagctttca cacttggatt ggcattttca 240ggtcttttcc cttgggcaca cgttggacaa tacattcttg cacaaatttt gggagcaatg 300tttggacagt tagttgtcgt tatggtttat caaccttact ttgttaagac agaaaatcca 360aatcatgttc ttggatcatt ttcaactatt tctgcattag atgatggaca gaaatcaagt 420cgtaaagcgg cttacattaa tggtttctta aatgaattcg ttggttcttt tgttcttttc 480tttggagctt tggctttaac gaagaactat ttcggtgtag aacttgttgg taaacttgtt 540caagctggtt atgaccaaac gacagcagcg acaaggattt caccatacgt aactggttca 600cttgctgtag ctcacttagg tattggtttc ttggtaatga ctctagttgc ttctttaggt 660ggaccgactg gacctgcatt gaaccctgcg cgtgaccttg gtccacgtat tgttcaccgc 720ttattaccaa aacaaattct tggacaagct aaagaagatt caaaatggtg gtatgcatgg 780gtgccagttt tagcaccaat cgtagcaagt atactcgctg tagccttgtt caaactatta 840tatctttaa 849SeqID 127atgtcatctt attggaataa ctatcctgaa cttaaaaaaa atattgatga aaccaatcaa 60ctaattcaag aaagaataca ggtcagaaat aaagatattg aagcggcgct aagccaactc 120acagctgcgg gaggaaaaca gctcagacca gcattctttt accttttttc tcaacttggt 180aataaggaga atcaagatac tcagcaacta aagaaaatcg ctgcttcttt agaaatcctt 240cacgttgcta cattaatcca tgatgatgtc attgatgact caccactaag acgtggaaat 300atgaccattc aaagcaagtt tggcaaagac atcgcagttt atactgggga tttacttttc 360acagtctttt tcgatcttat tttagaatct atggctgata caccatttat gaggattaat 420gcaaaatcta tgcgtaaaat tctcatggga gaattggacc agatgcacct tcgttacaat 480caacaacaag gtatccatca ctatttacgt gcgatttcag gtaagacagc cgaactcttt 540aaattagcta gcaaagaagg agcttacttt ggtggtgcag agaaggaggt tgttcgtcta 600gcaggccata tcggctttaa cattggtatg acattccaaa ttttggatga tatcctggat 660tatactgcag ataaaaaaac atttaataag cctgtcttag aggatttaac acaaggcgtt 720tacagccttc ctctacttct tgccattgaa gaaaatcctg atattttcaa acctatttta 780gataaaaaaa cagatatggc tactgaagac atggaaaaaa ttgcttatct cgtcgtttcc 840catagaggtg ttgacaaagc tcgccatcta gctcgtaaat ttactgagaa agctattagt 900gacataaata agctacccca gaactctgca aaaaaacagt tgctacaatt aactaattac 960cttttaaaac gcaaaattta a 981SeqID 128atgtttaaaa tccctttgtt taaagaatta aagacagatc aatgggtaaa accatttttc 60aaacaatata aagtttcctt agtaattgct cttttccttg gttttatgac tttcttttct 120gccagtgctc ttatgtttaa ttcgggctat ctgattagta agtcagcttc actaccgagt 180aatattcttc tagtatatgt tccaattgta ctaacacgtg cttttggtat tggacgtcct 240gtttttcgtt atatagaacg cctaacgagt cacaattggg tattacgaat gacttcacaa 300ctgcgcttga agctttacca ttccttagaa agcaatgcta tctttatgaa gcgtgatttt 360cgtttaggag atgttatggg gcttttagcg gaggatatta attatttgca aaatttgtat 420
      cttaggacaa tatttccaac gattatagcg tggttattat atagctttat tattattgca 480acaggcttct tttctctatg gtttgcttta atgatgttgc tttatttagc tattatgatt 540tttctttttc cactttggtc gattttagct aatggtgctc gtcagactcg tgaaaaagaa 600ttaaaaaatc atctttatac tgatttgacg gataatgtct taggtatttc agactggatt 660tttagtcaac gtggtcaaga gtacgtcgcc ttgcatgaac gttcggaaag tgaactaatg 720gctattcaga aaaaaattcg ttcctttaat aatcgtagag ctcttattgt ggaattagtt 780tttggctttc tagctatttt ggttattatt tgggctagta atcagtttat tggtcacaga 840ggtggcgaag ctaactggat tgcagcattt gttctaacag tatttccctt gtcagaggca 900tttgctggtt tgtctgctgc tgctcaagaa acaaataaat attctgattc aattcatcgt 960cttaatgaat tatcagaaac gtattttgaa acaactcaaa atcaattgcc taataagcca1020tatgattttt ccgtcaagaa tttaagtttc cagtataagc cacaagagaa atgggttttg1080catcatttag atttggatat taaagaagga gaaaaaattg ctattttagg gcggagtggt1140tctggcaaga gtaccttagc tagtctactt cgtggcgact tgaaagcaag tcaagggaag1200attaccctag gcggtgctga tgtttcaata gttggtgatt gcatttctaa ctatattgga1260gtgatacaac aagcgcccta cctttttaat acaaccctgc taaataacat tcgcattgga1320aaccaagatg ctagtgaaga agatgtatgg aaagttcttg aacgagttgg attgaaagag1380atggtcactg atttatcaga tggtctctat acaatggttg atgaagctgg acttaggttt1440tcaggtggcg aaaggcatag aattgctttg gctagaatct tactaaaaga tgtcccaatt1500gttatcttag atgagccaac tgttggactt gatcctatta ctgaacaagc cttactaagg1560gtatttatga aagaattgga aggtaagacc ttagtttgga ttacacatca cttaaaaggt1620attgaacatg ctgatcgtat cttatttata gaaaatgggc aattagagtt ggaaggttct1680cctcaagaat tgtctcaaag tagtcaacgt taccgtcagc tgaaagccgc tgatgatggt1740gatctatga1749SeqID 129atgaaaaaac ttattacaga aaaaaaagtc aacaacgtct caactgttaa ctatttgaaa 60ctcggtcttg tctcagcaat gtttgctgga ggagcattcg tagctcttgg ttctacacaa 120ggtgtttcag cttcaacttt cacagcaccg caagcaacac atccaaaagc agaacgtcag 180ttaacagatt cagaaatcta tgaacgtgcc caaaaacaag tgttaccaaa atatatccaa 240ggttctctct caggtatcct taaccaacat tcaacacttt acaaacaaca aaacgcagca 300gtgacaccgc aagtatcaag ccccaaagca gaacgtcagt taacagattc agaaatctat 360gaacgtgccc aaaaacaagt attgccaaaa tatattcaag gttctctctc aggtatcctt 420aaccaacatt caactttgaa tgcttaa 447SeqID 130atggaggaaa acatgaacat aaaacaatta aagtctaaaa caatgcttgg aacagtggct 60ttggtgtccg ctttttcatt tgcttcaaca aatgcagatg cgaatacata taactatgca 120gtagatgtag actacctagc aagtgcggag gaaattgctc aagcacatcc agctagtaat 180acgtttccac taggtcaatg cacatggggt gtaaaggaga tggcaacatg ggcaggtaac 240tggtggggaa acggtggtga ttgggctgcg agcgccgcat cagctggtta tacagtagga 300acacaacctc gcgtgggttc tatcgtatgt tggactgatg gtagttatgg acatgtggct 360tatgttacag ctgtagatcc tgtcactaat aaaattcagg ttttagaatc taattatgca 420ggtcatcaat ggattgataa ttatcgtggt tggtttgatc cacaaaatac agcgacacca 480ggggtagtta gctacattta tccgaattaa 510SeqID 131atgaaaatta accaaatgaa aaaagacgag ctttttgagg ggttttacct tataaagaaa 60gcagaagttc gtaaaacgcg tgcaggtaaa gactttattg cctttacctt tcgagatgat 120actggcgaaa tttcaggaaa tatgtgggat gcacaaacct ataatgtaga agagtttgta 180gccggtaaaa ttgttcatat gaaagggcgt cgtgaagttt ataatggaac tccccaagtc 240aaccaaatta cattaagaaa catcaaagat ggtgaaccta atgatcctag agattttaaa 300gaaaaacctc caatcaatgt tgacaacgtg agagagtaca tggaacaaat gctctttaaa 360attgaaaatg caacctggca gcgtgtggta agagcacttt atcgtaaata caataaggaa 420ttttttacct atccagccgc caaaacaaac caccacgcct ttgaatcagg attggcatat 480cacacggcaa cgatggttcg tttggcagat agtattggag atatctatcc agaacttaat 540aaaagtttga tgtttgctgg tattatgcta catgatttag ccaaggtcat tgagttatcg 600ggtcctgata atacagaata tactattcga ggtaacctta tcggtcatat ttcacttatt 660gatgaggaat taacaaaaat actagcagag cttaatattg atgatacaaa agaagaggtt 720acagtgttac gccatgttat tctgagtcac catggacaat tagaatatgg aagcccggtt 780cgtcctagaa tcatggaggc agaaattatc catatgatcg ataacattga tgcaaatatg 840atgatgatga caacagcttt aaatcgtgtc aacgaaggtg aaatgacaaa tcgcattttt 900gccatggata accgttcttt ttataaaccg aacattaaat aa942SeqID 132atgttggttg acaagaagtg gcgttttgaa gatagtgcaa gttatttcgc ttgtcctaaa 60
      tgtcaaaatc ccttgataaa agaaagtaac agcctcaaat gctctgataa tcattgtttt 120gatttatcca aatttggata tgttaatctt cttggaggaa agaagataga tgaacattat 180gataaaaaat catttgaaaa tcggcagctt gtcttagaaa acgggtatta taatcatatt 240ttagaagcta tttcaaaggt tttggaaaat aattctcagt ttcattcggt tttagatatt 300ggttgtggag agggctttta ttctcgtcaa ttagttaaca agtatgagaa gactttcttg 360gcttttgata tttctaaaga ttcgattcaa ttagctgcta aaagtgatca atctaggctt 420gtgaaatggt ttgtttctga tttagctaac cttcctattc aagactcatc aattgatatc 480attttagaca ttttttctcc tgcaaattat aaagaattta ggcgggtact gagtgatgat 540ggtatccttg taaaggttgt tcctgtagct gaacatgtcc aagaattgcg agaaaaagct 600agtcaatact tgaaacagaa agattactct aatcaaaaaa ttctagatca ctttagagaa 660aattttgaaa ttatttctga gcagaaagtt gttcaaagtt ataactgttc tcaacaagaa 720cgtcaagctt ttattgatat gacaccgttg ttattcagcg tagataaaac gactattgat 780tgggcgagta tatcagaaat tacagtaggt gccttaatag taattggaaa aaagcgcagt 840gtatctaaat aa 852SeqID 133atgtgtctta tttgtcaacg tattgaaatg attgaacgaa atgagaatcc ttattttgtg 60aaagaatatg aaacgggtta tcttgttctg ggagaccatc aatattttca aggttattgc 120ctttttctct ctaaaaaaca cgtaacagag ttacatgaat tgcctagaga ttggcgaaat 180cagtatcttt ccgaaatggc agatgcttct gaaatagttg ctaaggcttt tagagcagat 240aagatgaata ttgagagttt gggaaatgga gacgctcatc tacattttca tctttttcca 300agaaaaacag gtgatttaag gaactatggg cataatggaa aaggtccagt ttggtggtat 360ccttttgaga agatgtatgc agatagtgtc agagcaactg gtgcagaaat agaaaaatta 420aaagagaaat tgttagatgt cttaggatag 450SeqID 134atgtttagtg atttacgcaa aaaatttgtc tttttgacca tgtcaatcct tattgtcgtt 60gttctctttc tctttgcagt gagtaatcgc tacaatcaat attgggatga atatgatgca 120tataggattg ttaaattagt tgccaaaaat gattatttag gaataccagg cgatgaaccg 180attgctttgg tgactataga taaccaaaag atggttaaga ttcaaagcaa taatactgat 240ttgacaaatg atgttatcga aaaatctagt ttgaagctcc ttgagcaagg aaagaagtca 300cgaaaatgga agtcttttat atattccata aaagaatata aagataaaac ctacaccata 360gctattatgg atttggctag ttatgaagtc ccttatgcaa ggcgttttct aattcttgtt 420tttactattt ttggattttg tttattagca gctgtaagtc tttatctttc tcgatttatc 480gtagggcctg tagagacaga aatgactcgc gaaaaacagt tcgtttcaga tgcgagtcat 540gagctgaaga cccctattgc agctatacga gccaacgttc aggttctgga acagcaaatt 600ccaggaaatc gttatctgga tcatgttgtt tcggagacta agcgaatgga gtttttaatt 660gaagatttgc ttaatttgtc tagacttgat gaaaaacgct ccaaggtaaa tttcaaaaag 720ttaaacttat ctgtcttatg tcaagaagta cttctgacat atgaaagttt ggcatatgaa 780gaagaaaagt gtttaaatga tacgattgaa gatgatgtct ggattgttgg agaagagagt 840cagattaagc aaattttaat aattcttttg gataatgcta ttaggcattc tttgtcaaaa 900tcagaaatcc agtttagtct taaacaggct cgaagaaaag ctattctgac aatatcaaat 960ccaagtgcta tctattccaa agaggttatg gataatctct ttgagcgttt ttatcaagct1020aaagatgatc atgcagattc tctcagtttt ggtctaggct tatctattgc taaggcaatc1080gtggaacgcc ataaggggag aattagagca tatcaagaaa aagaccaatt acgtcttgaa1140gtccagttac caattgatgg attttggacc aataccatga ttaattaa 1188SeqID 135ttgattattc tcgataaaaa aagttatgac ctcctctttt acctattgaa attagaggaa 60cctgaaacag ttatggcaat tgccaacgca cttaatcagt ctaggcgtaa agtgtattat 120cacttagaga agataaacga tgcactgcct agcgatgtgc ctcagattgt tagttatcca 180cgtgtaggaa tcttgctaac cgaaaaacaa aaagcagcct gtcgtctttt attagatgaa 240gtaactgatt atagttacgt catgaaaagt agtgagaggt tgcagctgtc tttagtatct 300atcgtggtag ctaaggaccg cataacgatt gataggttga tgcaactaaa cgatgtttct 360cgaaatacta tcttaaacga tttaaacgaa ttaagaagtg agttagcaga gaaagaatat 420aatttacagt tacaatcaac aaaatgtcgc ggttattttt tagatggtca cccattgtcc 480attatccagt acttatataa gctcttagat gatatctacc ataatggaag tagtagtttt 540atagaccttt ttaatcataa actgtctcaa gcttttggtg ccagcacata tttttctaaa 600gaggttcttg attattttca ccattatctc ttcatttctc aacgaagtct aggtaagaaa 660atcaacagtc aagatggtca gtttatgatt cagattttgc cttttatact aatcgcttat 720cgtaagatgc gattaagtcc tgaagtacag acctctctta atagtgattt tagcttggtt 780tggcaacgta aggaatatga gattgctaaa gagttggctg atgagctgga agaaaatttt 840cagttatcac tggatgagat tgaagtggga ctagtggcca tgcttatgct tagtttccgc 900aaggaccgtg acaatcattt agagagccag gattatgatg atatgcgagc tactctaacc 960agttttttga aagaattgga agaacgatat caccttcact ttgttcataa aaaggactta1020
      ctaagacaac ttctaactca ctgcaaggca ctcttatatc gtaaacgtta tggtattttt1080tctgttaatc ctttaacaga gcatattaaa gacaaatatg aagaactttt tgccataacc1140tcgtcttctg taaagctttt agagaaagct tggcaaatca aattgaccga tgatgatgta1200gcatatctaa cgattcattt aggaggggaa cttcgtaata gtcaacaatc tcctaataaa1260cttaagttag ttattgtatc tgatgaagga atagcgattc agaaacttct tttaaagcaa1320tgtcaacgct acttaacaaa cagtgatata gaagctgttt ttacaaccga acagtaccaa1380agtgtgagtg atcttatgca tgtagatatg gttgtctcta ctagtgacgc tttagaatct1440cgttttccga tgttagtagt tcaccctgtt ttgacagatg atgatattat tcgcttgatt1500cgcttttcaa aaaaaggtaa ctgtgcaaat agtaatcaat ttaccaatga acttgaaaaa1560acgattgctc aatatgtcaa ggaagatagt gaacgctacg tgctgaaatc taagattgag1620aaacttattc atcaagaatt gctccaagac gtccttcccc ttcaaagtac agtttgttaa1680SeqID 136atgaaatact ttttagatac tgccgatgtt tctgaaattc gtcgtcttaa tcgtttagga 60atcgttgatg gtgttactac caatccgact attatttcac gtgaggggcg tgactttaaa 120gaagttatta acgaaatttg ccaaatcgtt gatggcccag ttagtgcaga agtgacaggt 180ttaacttgtg atgaaatggt taccgaagct agagaaatcg ctaagtggtc accaaatgtt 240gttgttaaaa ttccaatgac tgaagaaggt ttagcagcag tttcacaatt atcaaaagaa 300ggtataaaga caaatgtgac attaatattt actgtggctc aaggtctttc ggcaatgaaa 360gctggtgcaa catttattag tccttttgtg ggtcgtcttg aagatattgg aacagatgct 420tatgctttga ttcgtgacct tcgtcacatt attgattttt atggtttcca atctgagatt 480attgctgcta gcattcgtgg attggcgcat gtggagggcg tcgctaaatg cggtgcgcac 540attgccacta ttccagataa aacatttgca tcactattta ctcacccgct tactgataaa 600gggattgaaa ctttcttaaa agattgggat agtttcaaga agaagtag 648SeqID 137atgagtcatt attccataaa attacaagaa gtattcagat tggcgcaatt tcaagcagca 60cgctatgaaa gtcactattt agaaagctgg catcttcttt tagcaatggt tttagttcat 120gattcagtag ctggtttgac atttgctgaa tatgagtctg aagttgcaat tgaagagtac 180gaagcagcaa caattttagc tttaggtaga gcaccgaaag aagagattac caattatcaa 240tttttagagc aatcaccagc tttgaaaaag atcttaaagt tagcagaaaa tattagtatc 300gtagtaggag ctgaagatgt gggtactgaa catgtcttgc ttgctatgtt ggttaataaa 360gatttattag ccacacgtat cttagagtta gttggcttta gaggtcaaga cgatggtgaa 420tcagttcgta tggttgattt acgtaaggct ctagaacgtc atgccggttt tacaaaagat 480gatatcaaag caatttatga attacgtaat cctaaaaaag caaagtcggg tgcttctttt 540tctgatatga tgaaaccacc gagtactgct ggtgatttag ctgatttcac acgtgattta 600tcacagatgg cggttgatgg ggaaattgaa cctgttattg ggcgtgataa agaaatttca 660cgtatggtcc aagtcttaag tcgtaaaaca aagaataatc ctgtcttagt tggagatgcg 720ggtgtcggta aaacagcttt ggcgtacggt ctagcacaac gtattgctaa tggaaatatt 780ccttatgagc ttagagatat gcgtgttcta gagttagata tgatgagcgt tgttgctgga 840actcgttttc gtggtgattt tgaggaacgt atgaatcaaa tcattgcaga tattgaagaa 900gacggtcata ttattctttt cattgatgaa ctgcatacta ttatgggttc tggctctggt 960attgatagca cacttgatgc tgctaatatt ttaaaaccag ctttggcccg aggcacttta1020cgcactgttg gagcaacaac tcaagaggaa tatcaaaagc atattgaaaa agatgctgct1080ttatctcgtc gctttgcaaa agttttagta gaagaaccaa atcttgaaga cgcatatgaa1140attctacttg gattgaagcc agcgtatgaa gcctttcata atgttactat ttcagatgaa1200gcagttatga ctgctgtaaa agtggctcat cgttatttga caagtaagaa tttaccagac1260tcagctatag acttacttga tgaagcttct gccactgtgc aaatgatgat taagaaaaat1320gctccttcgc ttttaacaga agttgaccaa gctattttag atgatgatat gaaatctgct1380tctaaagctc taaaagcaag ttataagggt aaaaagcgta agcctattgc cgtaacagaa1440gatcatatta tggcaactct cagtcgtcta tctggtattc ctgttgaaaa attgacacaa1500gctgatagta aaaaatacct caatttagaa aaagaattgc ataaacgtgt tatcggtcaa1560gatgatgcag ttactgccat tagtcgtgct atccgtcgca atcaatctgg cattcgtact1620ggtaagcgtc ctattggttc ctttatgttc ttgggaccaa ctggtgttgg taagacagag1680ttagcaaaag ccttggcaga agtgttgttt gatgatgaat cagccctaat tcgttttgat1740atgtcggaat atatggaaaa attcgcagct tctcacctga atggggcacc tccaggttat1800gttggttatg atgaaggagg agagttgact gaaaaagtac gcaataaacc atattcagtt1860ttactttttg atgaagttga aaaagctcat ccagatattt ttaatgtatt attacaagtg1920cttgatgatg gcgttttaac agatagtcga ggacgaaaag ttgatttttc aaatactata1980atcattatga cttctaattt aggagcaact gcattacgtg acgataaaac agttggtttt2040ggagctaagg atatcagcca tgattatact gctatgcaaa aacgtattat ggaggagctt2100aaaaaagctt atcgaccaga gtttatcaat cgtattgatg agaaagttgt attccatagt2160ctcagtcaag ataatatgcg tgaagttgtg aaaattatgg ttaaaccttt aattttagcg2220cttaaagata aaggtatgga tctgaaattc cagccttcag ccttgaaaca cttggcagag2280gatggctatg atatagaaat gggtgctcgt ccactgcgta gaactattca aacgcaagta2340
      gaggatcatt tatcagaact actattggca aatcaagtga aagaggggca agtaattaag2400attggcgtat ccaaaggcaa attgaaattt gatattgcaa aatcataa 2448SeqID 138atggtcttag ataaagaaat caaggctcaa ttagcgcaat atttagattt gctagaatct 60gatattgtat tacaagctga tttaggagat aacgataatt ctcaaaaagt aaaggatttt 120ctagatgaaa ttgtcgctat gtctgatcgc atcagccttg aatcaacaca tttaaaacgt 180caacctagtt ttggaattgc aaaaaaaggg catgaaagtc gcgttatttt ttcaggcttg 240ccaatggggc atgaattcac atctttcatt ttagctttgt tgcaagtctc tggtcgcgca 300ccaaaagttg atgaagatat tatcaaacga attaagggga ttgagaaaac tatcaatcta 360gaaacttatg tttcattaac ttgccataat tgtccagatg tcgttcaagc ctttaatata 420atggctgttt tgaatccgaa tatcactcat actatgattg aaggaggcat gtatcaagac 480gaagtcaaat caaaaggtat catgtctgtt cctactgttt ataaggacca agaagaattt 540acttctggcc gtgctacaat tgaacagctt ttagaacaac tagatggacc tcttgatgct 600gaagcatttg ctgacaaagg tgtctatgat gttctagtta ttggtggtgg tcctgcaggt 660aacagtgctg caatttatgc cgcccgtaaa gggttaaaaa caggtatttt agcagaaact 720tttggtggac aagttatcga aacagttggt attgagaaca tgattggtac actgtacaca 780gaaggcccta aattaatggc tcaaattgaa gagcatacca aatcttacga tattgatatt 840atcaagagtc aattagcaac tggcattgag aaaaaagaat tagttgaggt aacactggct 900aacggagcta ttttacaagc taaaactgct atcctagctc tgggtgctaa gtggcgaaat 960atcaacgttc ctggcgagga agaattccgc aataaaggtg ttacttactg tccacattgt1020gatggccctc ttttcgaagg aaaagatgtt gctgttatag gtggtggtaa ttcaggtatg1080gaagctgctt tagatctagc cggtgtcact aaacatgtta cagtcctaga attcttacct1140gagctcaaag cagaccaagt actgcaagaa cgagcagcta aaactgacaa tttaactatt1200cttaagaatg ttgctactaa agatatcgtt ggtgaagatc atgtcactgg tttaaactat1260accgatcgtg atacaaacga agaaaaacac attgatttag aaggtgtttt tgtacaaatt1320ggtcttgtac caagtacatc ttggctcaag gatagcggca ttgaactcaa tgaacgtcaa1380gaaattgtcg ttgataaatt tggctcaaca aatatccctg gtatttttgc tgcaggtgac1440tgtacagatg ctgcctacaa gcaaatcatt atttccatgg ggtctggtgc cacagctgcc1500attggcgcat ttgattattt aatcagacaa taa 1533SeqID 139atgataaaat atcaagatga tttttaccaa gcggttaatg gggagtgggc taagacagct 60gttattcctg atgacaaacc aaggacaggt ggtttttctg atcttgctga tgacattgaa 120gcattaatgc tgtcaacgac agataagtgg ctggctgatg aaaataaacc aagtgatacg 180attttaaatc attttattgc ttttcataaa atgacagctg attatcaaaa acgtgaagag 240gtaggagtat caccagtatt accattaatt gaagaatata aaggcctaca atctttctct 300gagtttgcat caaaagttgc agaatatgaa ctagagggta aaccaaatga atttccattt 360ggtgtggctc ctgactttat gaatgctcaa ttgaatgtac tttgggctga agcgcctggg 420attattttac cagatacaac ttattatagt gaagataatg aaaaaggaaa ggaactcctt 480gctttttggc gtaaaagtca agaagaccta ctgcctttgt ttggcctttc agaacaggaa 540attaaagata tcttggataa ggttttagca ttggatgcaa aattggcaca atatgtctta 600tctcgcgaag agagttcgga atatgttaaa ctttaccatc cttataactg ggaagatttc 660acaaaattag cacctgaact tccattagat gctattttcc aaaagatatt aggacaaaaa 720ccagataaag ttattgttcc tgaagaacgt ttctggacag aatttgcatc tgactattac 780tcagaatcta attgggaatt attaaaggca gatcttattt tatcagctgc gaatgcctat 840aatgcttact taactgatga tattcgtatc aaatcgggag tttacagtcg agctttatca 900ggcacaccac aagcaatgga taagaaaaaa gcagcttact accttgcttc aggaccttac 960aatcaagctc taggtttgtg gtatgcagga gaaaaattct ctccagaagc taaagctgat1020gttgagcata agattgcaac gatgattgat gtctataagt cacgcttaga aaaggcggat1080tggcttgcac agtcaacgcg agaaaaagct attatgaaac ttaatgttat cacaccacat1140attggatacc ctgagaaact accagagact tatactaaaa aaatcattga tcctaaacta1200tcgcttgtcg aaaatgctac taatttagac aaaatttcaa tagcctatgg ttggagtaaa1260tggaataaac cagttgatag aagtgaatgg catatgcctg cccacatggt caatgcgtat1320tatgatccac aacaaaacca aattgtcttc ccagcagcca ttttacaaga accattttat1380gctttagagc aaagttcatc agcaaattat gggggaattg gtgcagtgat tgcacatgaa1440atatcacacg cttttgacac taatggagct tcatttgatg aacatggaag tttgaataat1500tggtggactg atgaagattt tgaagctttc aaaaaactta cagataaagt agttgagcag1560tttgatggac tggaatctta tggcgcaaaa gtcaatggta aactaacagt atcagaaaat1620gttgcagatt taggtggagt tgcttgtgct ttagaagctg cgcagcgtga gtcagatttt1680tcagcgaggg atttctttat taactttgcg acaatttggc gtatgaaggc acgtgatgag1740tatatgcaaa tgttagctag tgtagatgtt cacgccccag cacaatggcg aactaatatt1800acagtaacga attttgaaga attccataaa gagtttgatg ttaaagatgg tgataacatg1860tggcgtccag ttgaaaaacg tgttattatt tggtaa 1896
      SeqID 140atgtctaaga ttcttttttt cggtgaacct ctcattcgca tcactccaaa agaaaatgac 60tattttgcag atagtatctc aactaaacta ttctatggtg gctctgaagt taataccgca 120agagctctac aaggctttgg gcaagatact aaactcctct cagccttacc caataatccc 180ataggtaata gttttcttca atttttaaaa gcacagggta ttgatactca ttctattcag 240tgggttggag aacgtgttgg gttatatttt ttagaagatt cctttgcttg cagaaaaggt 300gaggtggtct acgaccgcga tcatagtagt ttacatgact ttaggataaa tcaaattgat 360ttcgatcaat tatttgaagg agtttctctc tttcatttta gtggtattac actatcattg 420gatgagtcta tccaagagat aacactgctt cttttaaaag aagctaaaaa aagagagata 480acaatctcct tagatctcaa ttttcgcagt aaactaattt ctcctaaaaa tgccaaaatc 540cttttttctc agttcgctac ctttgcggat atttgttttg gtattgaacc tcttatggtt 600gactcacagg acactacctt cttcaatcgc gatgaagcta caatagagga cgtcaaagaa 660cgaatgattt cgcttataaa tcactttgac tttcaagtca ttttccatac taaacgtcta 720caggatgaat ggggacgaaa ccactaccaa gcttacatag caaatcgtaa acaagagttt 780gtcacttcaa aagaaatcac cacagctgta aaccagagaa ttggaagcgg agatgctttt 840gtggcgggag cgctatatca actacttcag cactcagaca gcaagacagt cattgatttc 900gctgtcgcta gtgcatcttt aaaatgtgct ttggaagggg acaatatgtt tgagaccgtt 960accgcagtta acaaagtact aaatcaatcg aaagacatta ttcgttag 1008SeqID 141atgaaaagtc gaaaaaaaga taaattggta ttgaggttaa caacaacact attggttttt 60ggtttgggtg gggtttggtt ttataattat aaaaatgata atgtcgaacc gacagtcact 120agtgcatcgg atcaaacgac gacttttatt caaacgattt ctccaacagc tattgaaatt 180tctaagacct atgatttgta tgcgtcagtc ttattagcac aagctatttt ggaatcatcc 240agtggacaat cagatttgtc taaggctcct aattataacc tctttggcat caaaggagaa 300tataaaggta aatctgtcca aatgcctact ttagaagatg atgggaaagg caatatgact 360caaatccaag ctccttttcg cgcctatcca aattattctg cttcactata tgattatgct 420gagttagtat ctagtcaaaa gtatgcatct gtttggaaat caaatacctc ttcttataag 480gatgctactg cagctctaac aggtctttat gcgacagata ctgcttatgc tagtaaatta 540aaccaaatta ttgaaaccta cagtctagat gcttatgata aatag 585SeqID 142atggcagacg tgaaggtagt gaataatgag gattctagag gtcaaaagca agacttaaag 60gctaaactat ttcatattaa gatagggtca gttcccctac cagtatatgt ttgtttagca 120ttattgattc ttctagcagg ctttttacaa aaattgccag tcaatatgct aggaggattt 180gcagttatct taacaatggg gtggttctta gggactatcg gagctagcat tcctggtttt 240aaaaacttcg gtggcccagc tattttatct ttattagtac catctatttt ggtgtttttc 300aacctcatta ataaaaatgt tttagaatca acaaatatgt tgatgaagca agctaacttt 360ctttattttt atattgcttg tttagtgtcc ggtagtattt tagggatgaa tcggaaaatg 420ttgattcagg gattgctaag aatgattttc cccatgttat taggaatggt ttgtgcgatg 480atggtaggga catttgtcgg tgttatttta ggcttagagt ggcgacacac tttgttttat 540atcgtaacac ccgttttagc tggtggtatt ggtgaaggta ttttaccatt atcgttaggc 600tatagttcaa ttaccggtgt agctagtgaa caactagttg ctcaactcat cccagccact 660attattggta atttctttgc cattttatgt actgcactat tgaatcgttt gggagaaaag 720aaaccacact tgtctggtca agggcaatta gtaaggttaa ataaaggaga ggacatgtca 780gatattattg ctgatcattc tggcccaatt gacgttaaga aaatgggtgg aggtgtttta 840acagcatgta gtctctttat ttttggacat ttgttgcagc aattaactgg atttcctggt 900cccgtattaa tgattgttgc agcagctatt ttgaaatata ttaatgttat tcctagagaa 960acacaaaatg gagctaagca actttataaa tttatttctg gtaattttac atttcctcta1020atggcagggc taggattgct ttatatcccg ttaaaagatg ttgtggcaac gcttagcata1080caatatttca tagttgttat tagtgttgta tttacagtta tttctgttgg attctttgta1140tcgcgattcc ttaatatgaa tcctgttgaa gcaggtatta tttcagcttg tcaaagtggt1200atgggaggaa caggagatgt tgccatttta agtacagcag accgaatgaa cttgatgcca1260tttgctcaag ttgctacgcg tttaggagga gctattactg ttatcacaat gacagccatt1320ttacgcatgt tattctaa 1338SeqID 143agaggcaaaa aagctggtaa atacacaaca tctgatggtt acatttttga tgccaaagat 60attaaaaaag atacaggtac aggttatgtc attccacata tgacacatga gcattgggta 120ccaaagaaag atttatcaga gtcggaatta aaagcagctc aagaatttct ttcaggaaaa 180tctgaagcaa atcaagacaa accaaaaaca ggtaaaacag ctcaagaaat ctatgaggca 240attgaaccaa aagcaattgt taaacctgaa gatttattat ttggaattgc acaagcgaca 300gactataaga atggtacatt tgtaattcct cataaagatc attaccatta tgtggaatta 360aaatggtttg atgaagaaaa agatctttta gctgattcag ataagacata ttctttagaa 420gactatttag ctacggctaa atattacatg atgcacccag aaaaacgtcc taaagttgaa 480
      ggatggggta aagatgctga aatttataag gaaaaggact ctaataaagc agataaacca 540agtcctgcac caactgataa taaatcaaca tcaaattcta gtgacaaaaa cttaagtgct 600gcagaagtat tcaaacaagc aaaaccagaa aaaattgtac cgcttgataa aattgctgct 660cacatggcat atgcagttgg atttgaagat gatcaattga ttgttcctca tcatgatcat 720tatcataatg ttcctatggc atggtttgac aagggtggtt tatggaaagc accagaaggc 780tatacattac aacaactctt ctcaacaatt aaatactaca tggaacatcc taatgaatta 840ccaaaagaaa aaggttgggg acacgacagt gatcataaca aaggctcaaa taaagacaat 900aaagccaaaa attatgctcc agatgaagaa cctgaagatt cagggaaagt aactcacaac 960tatggttttt atgatgttaa taaaggttca gacgaagaag aaccagaaaa acaagaagat1020gaatcagagc tagatgaata tgaactagga atggcacaaa atgctaagaa atatggtatg1080gatagacaat cttttgaaaa gcaactcatc caattatcaa ataaatatag tgtaagtttt1140gaaagcttta attatattaa tggtagtcaa gttcaagtta ctaaaaaaga tggctctaaa1200gtgcttgttg atattaaaac actaacagaa gtgaaataa 1239SeqID 144atgaatcgta aaaaaacagt tattattagt gctttatcag tagctctatt tggtactggt 60gtaggtgctt accaattagg tagctataat gcccaaaaat cagacaatag tgtttcttat 120gtgaaaacag ataaatctga tagcaaagca caagcaacag ctgtaaataa aacgcccgac 180caaatcagta aagaagaagg catatctgca gaacaaatcg ttgttaaaat tactgacgac 240ggttatgtga cttctcatgg agaccattac cattattaca atgggaaagt gccatatgat 300gccatcatta gtgaagaatt gattatgaaa gaccctagct atgtctttaa taaagctgat 360gtcattaatg aagtcaaaga tggttatatt atcaaagtta acggtaagta ttacctctat 420cttaaagaag gtagcaaacg aacaaatgtt cgtacaaagg aacaaatcca aaagcaacgc 480gaagaatggt ctaagggtgg ttctaaggga gaatcaggaa agcatagtag tgcaaaaact 540caagctttat cagccagcgt acgtgaagcg aaagctagcg gtcgctatac tacagatgat 600ggttatgttt ttagtccaac agatgtcatt gatgacatgg gagatgcctt tttagtacca 660catggcgatc atttccatta tatcccgaaa gctgatttat ctccatcaga gttatcagcc 720gcacaggcat attggaaccg caagactggc cgatcaggta atagctcaaa accatcaaat 780tcaagttcat acattcatgc aagtgcacca agcggtaatg tatcaacagg aagacatgct 840aatgccccta tttctattcc aagagtcact cacgcaaatc actggtcaaa accagctggt 900aatcatgcta cggcaccaaa acaccatgca cctacaacca aaccaatcaa caaagattct 960gctttagaca aaatgttgaa acgtttatat gctcaaccgt tatatgctcg tcacgtagaa1020agtgatggtt tggtttatga cccagcacaa gttaatgctt tcacagcaat cggtgtttct1080attccgcacg gtaatcattt ccactttatt cactataagg atatgtctcc attagagtta1140gaagcaacaa ggatggtggc agagcataga ggacatcata ttgatgcatt agggaaaaaa1200gattctacag agaaaccaaa gcatatttct catgaaccta ataaggaacc tcacacagag1260gaagaacacc atgcagtaac accgaaagac caacgtaaag gcaaaccaaa tagccagatt1320gtctacagtg ctcaagaaat tgaagaggca aaaaagctgg taaatacaca acatctgatg1380gttacatttt tgatgccaaa gatattaaaa aagatacagg tacaggttat gtcattccac1440atatga 1446SeqID 145atggctaaat ttggattttt atcggtacta gaagaagaat tggataagca tttacagtat 60gactttgcca tggattggga taagaaaaat catactgtag aagtcacttt tatattagaa 120gcacaaaaca gctctgctat tgaaaccgtg gacgaccagg gggagacgag tagcgaggac 180atcgtttttg aggactatgt actcttttac aaccctgtca agtctcgctt tgatgctgag 240gactatctgg tgactatccc ctatgagcct aagaagggct tgtcgcgtga gtttctggct 300tattttgcgg agactctcaa cgaggttgcc actgaagggt tgagcgacct catggacttc 360ctcaccgatg acagtatcga agagttcggt ctttcttggg atacggatgc ttttgaaaat 420ggcagagcag aactgaaaga gacagagttt tacccttatc cgagatatta g 471SeqID 146atgaacacaa aacagcgttt ttcaatccgg aaatataagt taggtgccgt atctgtactt 60ttgggaaccc tatttttttt aggtggtatc acaaatgtag ctgctgattc tgtcataaat 120aagccatctg atattgcagt tgaacagcaa gtaaaagaca gtccaacgag catagcaaat 180gagacaccta ctaacaacac gtcatcagcc cttgcgtcga cagctcaaga caatcttgtt 240acaaaggcta ataatagtcc aacagaaaca caaccagtag ctgagtctca ctctcaagcc 300accgagacat tttccccagt cgcaaatcaa ccggttgaaa gcactcaaga agtttctaaa 360actcctttaa ccaaacaaaa tttagcagtc aaatctacac cagctatttc taaagaaacc 420cctcaaaaca ttgatagtaa taaaattatc actgtcccca aagtatggaa cacaggctac 480aaaggagagg gaactgttgt agcaattatt gactcaggac tagatatcaa tcacgatgct 540ctccaattaa atgattcgac aaaagcaaaa taccaaaacg aacagcaaat gaatgctgct 600aaagcaaaag ctggtataaa ctatggaaaa tggtataaca acaaagtaat ctttggtcac 660aactatgttg atgtcaatac agagctaaaa gaggtgaaaa gcacttctca tggtatgcac 720gcaaccagta tcgcaacagc taatcctagc aagaaagata caaatgaatt aatctatggt 780
      gttgctcctg aagcacaagt aatgtttatg agagtcttct ctgatgaaaa aagaggaact 840ggaccagccc tttatgttaa agctattgaa gatgccgtta aactcggtgc tgacagcatt 900aatttaagtt taggtggagc taatgggtct ttagttaatg ccgatgaccg acttataaaa 960gctttagaga tggctagact cgctggcgtt tctgttgtta tagcagcagg taacgacggt1020acatttggga gtggagcatc aaagccttct gctctttatc ctgattatgg tttagttggt1080agtccatcaa cagctcgtga ggccatttct gtagcatcat ataataatac aacactggtt1140aataaagtct tcaacattat cggattagaa aacaacagaa atctcaacaa cggattagct1200gcttatgcag atcctaaagt tagtgataag acctttgaag tagggaaaca atatgattat1260gttttcgtag gaaaaggaaa cgacaatgat tataaggaca aaactttaaa tggtaaaatc1320gccttaattg aacgtggaga tattactttt acaaaaaaag tcgtcaatgc tattaatcac1380ggtgctgtgg gagctattat ctttaataac aaagctgggg aagctaatct aacaatgagt1440ttagatcctg aagcaagtgc tattcctgct atttttaccc aaaaagagtt tggagatgtt1500ttagctaaaa acaactataa aattgtattt aacaatatca aaaataaaca agccaaccct1560aatgcaggtg tcctatctga cttttcaagc tgggggttaa cagcagacgg acaattaaaa1620cctgacttat ctgctcctgg aggctctatt tacgccgcta tcaatgataa tgaatatgat1680atgatgagtg ggacaagtat ggcttctccc catgtcgctg gtgctactgc tctagttaaa1740caatacttat tgaaagaaca tccagaactt aaaaaaggtg acattgaaag aactgtcaaa1800taccttctta tgagtactgc taaagcacac ctaaacaaag atacaggcgc ttacacctca1860ccacgccaac aaggagcagg tattatcgat gtcgcagcag cagttcagac aggattatac1920ctaactggtg gggaaaacaa ctatggcagc gttacattag gaaatattaa agataaaatt1980tcctttgatg ttactgttca taatatcaat aaagttgcaa aagatttaca ctatacaacc2040tatttaaata ctgatcaagt taaagatggc tttgtcacat tggctcctca acaacttggt2100acatttacag ggaaaacgat acggattgaa ccagggcaaa cccaaacgat tacaattgat2160atagatgttt cgaaatacca tgacatgtta aaaaaagtaa tgccaaacgg ctatttccta2220gaaggctacg tacgttttac agaccctgtt gatggtgggg aagttcttag tattccttat2280gttggattta agggagaatt ccaaaactta gaagttttag aaaaatccat ttataagctt2340gttgctaaca aagaaaaggg attttatttc caaccaaaac aaacaaacga agttcctggt2400tcagaagatt atactgcctt aatgactaca agttcagagc ctatctactc aacagacggt2460actagtccta tccaattgaa agccttggga agctataagt ctatagatgg aaaatggatc2520ttacaactag atcaaaaagg ccagcctcat ctagccattt cacctaatga tgaccaaaat2580caagatgccg ttgcagtgaa aggtgttttc ttacgtaatt tcaataattt aagagccaaa2640gtctatcgtg cagatgatgt taatttacaa aaaccactat gggtaagtgc tccccaagca2700ggagataaaa attactacag cggaaatact gaaaatccaa aatctacatt tttatatgac2760acagaatgga aaggaaccac tactgatggt attcctttag aagatggaaa atacaaatac2820gttttaactt attactctga tgtccctggc tctaagccac aacaaatggt gtttgatatc2880actttggata gacaagctcc tacactaaca acagcaactt atgacaaaga tagacgtatc2940ttcaaagctc gtcctgcagt agaacacggg gaatctggta tctttagaga acaagtttgt3000tacttaaaaa aagataaaga tggtcattat aatagcgtct tacgtcaaca aggagaagac3060ggtatccttg ttgaagataa caaagtattt atcaaacaag aaaagaatgg tagctttatt3120ctacctaaag aggttaacga tttctctcat gtctactata ctgttgaaga ttatgcaggc3180aatctagtat cagcaaaact cgaagatttg atcaatattg gcaataaaaa tggtttagta3240aacgtcaaag tgtttagccc tgagcttaac agtaatgtcg atattgattt ctcttactct3300gtcaaagatg acaaaggtaa tatcatcaaa aagcaacatc acgggaaaga cctcaattta3360ttgaaattgc cttttggtac ctatacgttt gatctattct tatacgatga ggaacgagca3420aatctaatca gtcccaaaag tgtcactgta actatttctg aaaaagatag ccttaaagac3480gtcttattta aagttaactt actcaagaaa gcagccttac tcgttgaatt tgacaagctt3540ttaccaaaag gagcaacagt ccagttggtt actaagacaa atactgttgt tgatctacca3600aaagcaactt attctcctac tgactatggt aaaaacatac ctgtaggaga ctatcgttta3660aacgtaacgc tgcctagtgg gtatagcact ttagagaact tagatgattt acttgtatcc3720gtaaaagaag atcaggtaaa cctaacaaaa ttgacgctga ttaataaagc tcctctgatt3780aatgccctag cagaacaaac tgatattatt acccagcctg tgttttataa tgctggaact3840cacttaaaaa ataattacct agctaatctt gaaaaggcac aaactttaat taaaaataga3900gtggaacaaa caagtattga taatgctatt gctgctttga gagaaagtcg ccaagctctt3960aacggtaaag aaacagatac ttctttactg gcaaaagcta ttttagctga aacagaaatc4020aagggaaact atcaatttgt taatgctagt ccattaagcc aatcaactta tatcaatcaa4080gtccaattgg cgaaaaacct tctacaaaaa cctaacgtca ctcaatcaga agtagacaaa4140gccttagaaa atcttgatat tgctaaaaat caattaaatg gtcatgaaac tgattactct4200ggtttacacc atatgataat taaagcaaac gttctgaaac aaacatcatc taaatatcag4260aacgccagtc aatttgctaa agaaaattat aataacctta tcaagaaagc agaattgctg4320ctttccaata gacaagctac acaagctcaa gttgaagagt tattaaacca aataaaagca4380accgaacaag agcttgatgg ccgtgataga gtttcttccg cagagaatta tagtcaatca4440ctcaatgata atgactctct caatacaaca cctatcaatc cgccaaatca gccccaggcg4500ttgatattca aaaaaggcat gactaaagaa agtgaggttg ctcagaagcg tgtcttaggg4560gtgactagcc aaaccgataa tcaaaaggta aagacaaaca agcttcctaa aacaggcgaa4620agcactccta aaataaccta tacaatattg ctatttagtc tctctatgct aggtctggca4680
      acaatcaaac taaagtctat caaaagagaa taa 4713SeqID 147atgaataata acgaaaaaaa agtaaaatac tttttaagaa aaacagctta tggtttggcc 60tcaatgtcag cagcgtttgc tgtatgtagt ggtattgtac acgcggatac tagttcagga 120atatcggctt caattcctca taagaaacaa gttaatttag gggcggttac tctgaagaat 180ttgatttcta aatatcgtgg taatgacaaa gctattgcta tacttttaag tagagtaaat 240gattttaata gagcatcaca ggatacactt ccacaattaa ttaatagtac tgaagcagaa 300attagaaata ttttatatca aggacaaatt ggtaagcaaa ataaaccaag tgtaactaca 360catgctaaag ttagtgatca agaactaggt aagcagtcaa gacgttctca agatatcatt 420aagtcattag gtttcctttc atcagaccaa aaagatattt tagttaaatc tattagctct 480tcaaaagatt cgcaacttat tcttaaattt gtaactcaag ccacgcaact gaataatgct 540gaatcaacaa aagctaagca aatggctcaa aatgacgtgg ccttaataaa aaatataagc 600cccgaagtct tagaagaata taaagaaaaa attcaaagag ctagcactaa gagtcaagtt 660gatgagtttg tagcagaagc taaaaaagtt gttaattcca ataaagaaac gttggtaaat 720caggccaatg gtaaaaagca agaaattgct aagttagaaa atttatctaa cgatgaaatg 780ttgagatata atactgcaat tgataatgta gtgaaacagt ataatgaagg taagctcaat 840attactgctg caatgaatgc tttaaatagt attaagcaag cagcacagga agttgcccag 900aaaaacttac aaaagcagta tgctaaaaaa attgaaagaa taagttcaaa aggattagcg 960ttatctaaaa aggctaaaga aatttatgaa aagcataaaa gtattttgcc tacacctgga1020tattatgcag actctgtggg aacttatttg aataggttta gagataaaca aactttcgga1080aataggagtg tttggactgg tcaaagtgga cttgatgaag caaaaaaaat gcttgatgaa1140gtcaaaaagc ttttaaaaga acttcaagac cttaccagag gtactaaaga agataaaaaa1200ccagacgtta agccagaagc caaaccagag gccaaaccaa atattcaagt acctaaacaa1260gcacctacag aagctgcaaa accagctttg tcaccagaag ccttgacaag attgactaca1320tggtataatc aagctaaaga tctgcttaaa gatgatcaag taaaggacaa atacgtagat1380atacttgcag ttcaaaaagc tgttgaccaa gcttatgatc atgtggaaga gggaaaattt1440attaccactg atcaagcaaa tcaattagct aacaagctac gtgatgcttt acaaagttta1500gaattaaaag ataaaaaagt agccaaacca gaagccaaac cagaggccaa accagaagct1560aagccagaag ctaagccaga agctaagcca gaagctaagc cagaggccaa accagaagct1620aagccagacg ttaagccaga agctaaacca gacgttaaac cagaggctaa gccagaagct1680aaaccagagg ctaagtcaga agctaaacca gaggctaagc tagaagctaa accagaggcc1740aaaccagcaa ccaaaaaatc ggttaatact agcggaaact tggcggctaa aaaagctatt1800gaaaacaaaa agtatagtaa aaaattacca tcaacgggtg aagccgcaag tccactctta1860gcaattgtat cactaattgt tatgttaagt gcaggtctta ttacgatagt tttaaagcat1920aaaaaaaattaa 1932SeqID 148atggcaaaag atattaaatt ttcagcagat gcccgctcag caatggtgcg tggtgttgat 60attttagctg atacagtcaa agtaacatta ggtcctaaag gccgtaatgt tgttcttgaa 120aaagcatttg gttctccttt aattacaaat gatggtgtga caattgctaa agaaattgag 180ctagaagatc actttgaaaa tatgggagct aaacttgtgt cagaagtggc ttcaaaaact 240aatgatattg caggggatgg cactacaact gctactgttt tgacccaagc tattgtacgg 300gaaggtctta aaaatgtaac tgcaggggca aatccgattg gcattcgtcg tggtattgaa 360acagctgttt cagcagcagt tgaagagcta aaagagattg cacaaccagt ttcaggcaaa 420gaagctattg ctcaagttgc ggctgtgtct tcacgttctg aaaaagttgg ggaatacatt 480tctgaagcta tggggcgcgt gggtaatgat ggtgttatca ctattgaaga atcgcgaggt 540atggaaacag agcttgaagt tgtggaagga atgcagtttg accgtgggta cttgtcacag 600tatatggtaa ctgataacga gaaaatggtc tctgaacttg agaatccgta tatccttatt 660acagataaga aaatttcaaa tatccaagaa attttaccat tattagaaga ggttcttaaa 720acaaatcgtc cgttgctaat catcgctgat gatgttgatg gagaagctct cccaacgctt 780gttcttaaca aaattcgtgg aactttcaat gtcgtagctg ttaaagcgcc tggatttggt 840gatcgtcgta aagccatgct ggaagatatt gctatcctaa caggaggaac tgtcgttact 900gaagaccttg gtttagactt aaaagatgct actatgcaag ttttaggaca gtctgctaaa 960gtaacagtag ataaagattc tactgttatt gtcgaaggtg ccggtgactc atcagcaatt1020gctaatcgcg tagctatcat taagtcacag atggaggcta caacttctga ttttgatcgt1080gaaaaattac aagaacgact tgctaagtta gccggtggtg tagcagtaat taaagttggt1140gcagcgactg aaacagaatt aaaagagatg aaacttcgca tcgaagatgc gttaaatgca1200acgcgtgctg cagttgaaga aggtattgtt tcaggtggag gtacggctct tgtgaacgtt1260attgaaaaag tagcggcact gaaacttaat ggtgatgagg agactggacg taatattgtt1320cttcgtgctc tcgaagagcc tgttcgtcaa attgcttaca atgctggata tgaaggttca1380gttattattg aacgtttaaa acagtctgaa attggtacag gatttaatgc ggccaatgga1440gaatgggtag atatggttac cacaggtatc attgaccctg tcaaagtaac acgttctgca1500cttcaaaatg cggcatctgt agaaagtctt atcttgacta cagaagcagt agtagcaaat1560aaacctgaac cagaagctcc tacagctcct gcaatggatc catctatgat gggtggcttc1620
      taa 1623SeqID 149gtggtagaaa acctagaaaa accaattgga gtgagctata aaaatagccc atcaatgagt 60aaacgaacgg ctatcagaat gaagaaatct agtcgatttt caattttact atatagtgtt 120ttgtcaactc tcttagcaat tgcaaatcct ttattgactt attttgcaaa tggtttgcag 180actcagaatc tctatacagg tttgatgatg accaaaggac agatccctta tagtgatgtt 240tttgctacag gaggattttt atactatgta acgattgctc taagttacct tttagggtct 300agtatctggt tacttattgt acagtttatt gcttactatg tatctggaat ttatttttat 360aaattagttt attatgtggc acaaagtgaa attgtctcga taggcatgac gttgattttc 420tatataatga atattgtctt aggattcggt ggtatgtacc caatacagtg ggcattacct 480tttatgctca tttcgctatg gtttttaatt aaattttgtg tcgataatat cgttgatgaa 540gcatttatat tttatggcat tttagcagca ttctcactat ttatagatcc ccaaacactg 600attttttggc tttgctcttt tgttctctta acagcaacca atattaagca aaagcagtca 660ctacgaggat tttatcagtt tttatgcgtt gtttttggta tgattttaat tgcttatact 720gttggttact ttatgtttaa tctacagatt atctcttctt atattgacaa agctattttt 780taccccttta cgtatttcgc taggacaaac cactcattcc ttcttagttt agcaattcaa 840attgttgtcc ttctagggtc aggttgtctc tttggactat gggattttat tcaaaatcgt 900aaaaaagcat cttatcaaat cggcttgaac tttattgcct gtatttttat tatttacgct 960ataatggcca ttttttcaag agattttaac ctttaccact ttttacctgc tttaccattt1020ggtcttttgc taacgagtaa taaaattact attctttacc aaaaagtgat tgacagacgt1080tcacatagac gtcagtattt ctctggtaaa tctcttatcg tagacctttt tgtaaagaaa1140acatattatt tgcccctctt actagtttcc ttatcgatag ggttactagt ttataatact1200tatcaaaatg ttactcttag taaagaaagg cgtgacattt cacattattt gactacaaaa1260attgatagag atggtaagat ttatgtttgg gacaaagttg ctagcattta tagccagact1320cggttaaaat ctgcttctca atttgttttg ccacatatta atacagcgca aaaaaataat1380gagaaaattt tgaaggacga gctgcttcag catggggcta aatactttat cttaaataaa1440aatgagaagt taccaaatga actgaaatct gatattaaga agcactacca agaagttcct1500ctatcaaata tcactcattt tgttctatat cgtttcaaat ag 1542SeqID 150atggccaagc caacgatatc accgggaatg caacagtatc tggatataaa agagaattat 60ccagatgctt ttttgctttt tagaatgggt gatttttatg aattatttta tgatgatgcg 120gtaaaagcag cacaaatcct ggaaattagc ttgactagtc gaaataagaa cgcagaaaag 180ccaatcccaa tggcaggagt tccctatcac tcagctcaac agtatattga cgttttagtt 240gaattaggtt acaaagtagc cattgctgag cagatggaag atcctaaaaa agctgtggga 300gtggtcaagc gtgaggtagt gcaagttgtt accccaggaa cggttgtgga gtcaacgaag 360ccggatagtg ctaataattt cttagtagcg attgattcgc aagatcaaca aacatttggt 420ctagcatata tggatgtctc aactggagag tttcaggcaa cccttttaac agattttgag 480tccgtccgta gtgaaatact aaatttaaaa gctcgtgaga ttgtagtagg atatcaattg 540acggacgaaa aaaatcacct actgacgaag cagatgaact tgcttttatc atacgaagac 600gaacgactta atgatattca tttgattgat gagcagttaa ctgatttgga aatatctgct 660gcggaaaaac ttttacaata tgtgcataga acacaaaagc gtgaacttag tcatttacag 720aaagtagttc attatgaaat aaaggactat ttacaaatgt catatgcaac gaaaaatagt 780ctagatttac tggagaatgc tagaacaagc aagaagcatg gaagtcttta ctggttgtta 840gatgagacta aaacagcgat gggaactcga atgctgagaa cttggattga caggcctttg 900gtaagtatga atcgaatcaa ggaacgtcaa gatattattc aagtgtttct tgattatttt 960tttgagagaa acgatctcac agaaagttta aagggtgtat atgatattga acgcctagca1020agtcgagtat ctttcggaaa agccaaccct aaagatctat tgcaactcgg acagacctta1080tcacaaattc ctcggattaa aatgatttta cagtccttca atcaacctga gcttgacatc1140attgtcaaca aaattgacac tatgcctgaa ttagaaagtt taattaatac ggcgatagcc1200ccagaagcac aggctactat cactgaggga aacattatca agtctggatt tgataagcaa1260ttggataatt atcgaacagt gatgcgtgaa ggtacaggtt ggattgctga tattgaagct1320aaggaaagag cagcaagtgg tatcggtact cttaaaattg attataataa aaaagacggt1380tattacttcc atgttaccaa ttccaattta tcactagtac cggagcattt tttccgtaaa1440gcgacattaa aaaattctga acgctatgga acagcagaac tagccaaaat tgaaggtgaa1500atgctcgaag ctcgcgagca atcttcaaat ttagaatatg atatttttat gcgtgttcgt1560gcccaagtag aatcttatat taaacgtctt caagagttag caaagacgat tgcaaccgtt1620gatgttctac agagtttggc agtagttgca gaaaattatc actatgttcg tcccaaattt1680aatgatcaac atcagattaa gattaagaat gggcgtcatg caactgttga aaaagtgatg1740ggagtgcaag aatatattcc caatagcatc tattttgata gtcagacaga tatccagttg1800attacaggac caaatatgag tggtaagtcg acctatatgc gccagttagc tttgacagtt1860attatggcac aaatgggagg ttttgtatcg gcagacgaag ttgatttgcc tgtatttgat1920gcaatattta ctaggattgg tgatgctgac gacttaattt ctgggcaatc aacctttatg1980gtagaaatga tggaagcgaa tcaagctgta aaacgagcca gtgataaatc tttgattctt2040
      tttgatgaat taggtcgagg gacagccact tatgatggta tggcattagc tcaatcgatt2100atagaatata ttcatgaccg tgttagggca aaaacaatgt ttgcgactca ttaccatgag2160ttgacagatt tatctgaaca gttgacaagg cttgtcaatg tacacgtggc tactttagag2220agagatggag aagttacctt cttacataaa attgaatctg gacctgcgga taagtcttat2280gggatacacg tcgcaaaaat agctggttta ccaattgact tattggatag ggcaactgat2340attttatcac agttggaagc tgatgcagta cagttgatcg tatcgccctc ccaagaagct2400gttactgctg acttaaatga ggaactagat tctgagaagc aacaaggaca attatcgctt2460tttgaagaac cttcaaatgc aggtagggtt attgaggagt tagaagcgat agatataatg2520aatctaactc caatgcaagc tatgaatgct atatttgact taaagaaatt attataa 2577SeqID 151atgttgaaac tggatttaaa aacaaagata aaagaagcta ttttaattgc ctttggtgtg 60gctctctata ctttcggctt tgtcaaattt aatatggcta atcatttggc tgaaggaggt 120atttccggtg tcactttgat tatccatgca cttttcggag ttaatccagc actttcatca 180cttctcctta atatcccgtt atttatatta ggggctagga ttttagggaa aaaatcctta 240ttattaacta tatatggtac agtgttaatg tcttttttca tgtggttttg gcaacaaatc 300cctgtaacag tccctttgaa aaacgatatg atgttagttg cagtagctgc tggaatttta 360gcaggaactg gtagtggttt agtatttaga tatggtgcaa ctacaggtgg tgcagatatt 420attggtcgta ttgtagagga aaaatctgga ataaaattag ggcaaacctt attgtttatt 480gatgctatag ttctaacgtc ttcacttgtt tatattaatt tacaacagat gctatatacg 540ttagtagcta gctttgtatt tagtcaagtg ttaacaaatg ttgaaaatgg gggctacact 600gttcgtggaa tgatcattat taccaaagaa tcagaatctg cagcagcaac cattttgcat 660gaaattaata ggggtgtaac ttttttacgg ggccaaggtg cctactcagg tagagagcat 720gatgtcttgt acgtagctct taacccaagt gaagtgcgtg atgtgaaaga aatcatggct 780gatttagacc cagatgcttt tatttctgtt ataaatgtag atgaagttat tagctcagat 840tttaaaattc gacgaagaaa ttacgataaa taa 873SeqID 152atgaaacgta gtatgtatgc tgggcgtgtt cgtagtgagc acataggaac atcgattact 60ttaaaaggat gggttggtcg tcgtcgtgac cttggaggcc ttatttttat tgatcttcgc 120gatcgcgagg gaatcatgca attagttatt aatcctgaag aagtagcagc ctcagttatg 180gcaaccgcag aaagtctccg tagtgaattt gttatagagg ttagcggtgt agtgacagca 240cgagaacaag ctaatgataa tttaccaaca ggagaagttg aattaaaagt gcaagaatta 300tcggttctta atacctcgaa aacaacacca tttgaaatta aagatggtat tgaggcaaat 360gatgatacac gcatgcgtta ccgttacttg gatcttcgtc gtccggaaat gcttgaaaat 420ttcaaattac gtgcgaaagt aacacactca atccgtaatt accttgacaa cttagagttt 480attgatgtcg aaactccgat gctaacaaaa tcaactccag agggggcacg agactatttg 540gttccatcac gtgtcaacca aggacatttt tatgcccttc cacaaagccc tcaaattaca 600aaacagctat tgatgaatgc aggatttgat cgttattatc aaattgtcaa atgttttcgt 660gatgaggatt tacgtggaga tcgtcaacct gagtttacac aagttgactt agagacatca 720ttccttagtg atcaagaaat tcaagacatt gttgagggta tgattgctaa agtaatgaaa 780gacactaaag gtttagaggt ttctttacca ttcccaagga tggcatatga tgatgcaatg 840aataactacg ggtctgataa gcctgataca aggtttgata tgcttttaca agacttgaca 900gaaattgtaa aagaagttga cttcaaggtg ttctcagaag cttcagtagt taaagcgatt 960gttgtcaaag acaaggcgga caagtactct cgaaaaaata ttgataaatt aacagaaatt1020gcaaaacaat acggtgccaa aggtttagca tggctaaaat atgtagataa tactatttca1080ggtccggttg ctaagttctt gacagctatt gaaggtaggt tgacagaagc tttgcagcta1140gagaataatg acttaattct atttgtagca gatagtcttg aagtagctaa cgagacttta1200ggagcgcttc gtacacgcat tgcaaaagaa cttgaactca ttgattattc taaatttaat1260ttcctatggg ttgttgattg gccaatgttt gagtggtcag aagaagaggg acgatatatg1320tcggctcatc atccattcac cttgccaaca gcggagacag cgcatgagtt ggaaggggat1380ttggctaaag tacgtgcagt tgcctatgat attgttttga atggatatga gttaggcggt1440ggtagcctac gtattaacca aaaagataca caagagcgta tgttcaaggc tttaggattt1500agcgctgaat cagctcagga acagtttggt ttcttacttg aagctatgga ttacggcttc1560ccaccacatg gtggattggc aataggcctt gaccgctttg ttatgttgtt agcaggcaag1620gacaatattc gagaagttat tgcattccct aaaaacaata aggctagtga tccaatgact1680caagctccta gtctcgtttc agaacaacaa ttagaagaat tatcacttac tgtagaaagt1740tatgaaaact ag1752SeqID 153aaagaaaaag gaaaactaat aaagaaaaaa attctagaaa ataatactga tattattcca 60aaaattatag aaaaaagtcc tcaaaatctt attcttacaa gtaattacaa cagagttaat 120attgataaaa taaaaaatat aaaaaatttt gataaaggat tcgaactagg ctttccactt 180tttgaaaaag gagaaattct gagaaaagaa ggcgaaataa ctagtgcaat tgaattattt 240gataaagcac gtgaactagg atattttgta cccgccttat acaattctta tgcgatggct 300
      tttaggaaaa taaagaatta tgatgatgaa attctaatac tacaagaagg aattgaaaga 360ttcaaaaaaa gcaccctgtc atcaaatatt aacccaaaga caatcgatag atggagtact 420cgtatttcta gagctaaaga tttaaaatgt aaataa 456SeqID 154ttgaatgtaa aaaaacatca tttagcttat ggagctatca ctttagtagc ccttttttca 60tgtattttgg ctgtaatggt catctttaaa agttcacaag ttactactga atctttgtca 120aaagcagata aagttcgcgt agccaaaaaa tcaaaaatga ctaaggcgac atctaaatca 180aaagtagaag atgtaaaaca ggctccaaaa ccttctcagg catctaatga agccccaaaa 240tcaagttctc aatctacaga agctaattct cagcaacaag ttactgcgag tgaagaggca 300gctgtagaac aagcagttgt aacagaaaac acccctgcta ccagtcaggc acaacaagct 360tatgctgtta ctgagacaac ttatagacct gctcaacacc agacgagtgg ccaagtattg 420agtaatggaa atactgcagg ggctattggc tcagcagctg cagcacaaat ggctgctgca 480acaggagtcc ctcagtctac ttgggaacat attattgccc gtgaatcaaa tggtaatcct 540aatgttgcta atgcctcagg agcttcagga cttttccaaa cgatgccagg ttggggttca 600acagctacag ttcaggatca agttaattca gctattaaag cttatcgtgc tcaaggttta 660tcagcttggg gttactag 678SeqID 155atgtcaaatt gggatactaa gtttttgaaa aaaggtttta cttttgatga tgttctgctt 60attcctgctg aaagccatgt tttaccaaat gaagttgata tgaagacaaa gttggctgat 120aatttgacat taaacattcc aatcattaca gctgcaatgg atacagttac agatagtaag 180atggctattg ctattgcacg tgctggtggg cttggtatca ttcataaaaa tatgtcaata 240gttgatcaag cagaagaagt tcgtaaagtt aaacgctcag aaaatggtgt tattattgac 300ccattcttct tgacaccaga taatactgtc tctgaagctg aggaattgat gcaaaactat 360cgcattagtg gagttcctat tgtagagaca ctcgagaatc gtaaattagt tggaattatt 420actaaccgtg atatgcgttt catttctgat tataaacaac taatctcaga gcacatgaca 480agtcaaaatc ttgtaacagc tcctattggt acagatcttg aaactgcaga gcgtattctt 540catgagcatc gtattgaaaa gctaccttta gtagatgatg agggacgtct ttcaggactt 600attactatta aggatatcga aaaagttatt gaatttccta aggcagcaaa agatgaattt 660ggacgtctct tagttgcagg tgcagtaggt gtaacctctg atacttttga acgtgcagaa 720gctttgtttg aagcaggtgc agatgctatt gtcattgata cagcacatgg acattcagct 780ggtgtgctcc gtaaaattgc tgaaattcgt gctcacttcc ctaatcgcac attgattgcg 840ggaaatattg ctacagcaga aggagcgcgt gcactttatg atgcaggtgt ggatgtcgtt 900aaagttggta ttggtccagg ttcaatttgt acgactcgtg tcgttgctgg ggtaggtgtt 960cctcagatta cagctattta cgatgcagcg gctgttgcgc gtgagtacgg taagactatc1020attgctgatg gtggtattaa atattcaggt gatattgtaa aagcacttgc agcaggtgga1080aatgcagtta tgctaggttc aatgtttgca ggaacagatg aagcgccagg agaaacagaa1140attttccaag ggcgtaagtt caagacatac cgtggtatgg gctcaattgc agcaatgaaa1200aaaggttcaa gcgatcgtta tttccaaggt tctgtaaacg aggctaacaa attggttcca1260gaaggtattg aaggtcgtgt agcatacaaa ggttcagtag ccgatattgt tttccaaatg1320cttggtggca ttcgctctgg tatgggatat gtaggtgcag cgaacataaa agaacttcat1380gataatgctc aatttgttga aatgtcagga gctggcttga aagaaagcca tccccatgat1440gttcaaatta caaatgaggc accaaattat tcagtacact aa 1482SeqID 156atgacaatta accactataa gcttcgtata ccttactata caataagctt tctacttccc 60ttcataatca tagtctgtat cctctttact aagaatattt attggggaag tccaacaacc 120atattagcaa gcgatggctt tcatcaatat gttatcttta atcaagcatt aagaaatatt 180cttcatggtt caaacagctt attctatacc tttacaagcg gtttaggttt aaatttttat 240gctctgagta gttactattt gggaagtttt ttatccccaa tagtttattt ctttaaccta 300aaaaatatgc ctgatgctat ctacctttta acaatatgta aaatagggtt gataggtttg 360tcaatgtttg tcactctttg taaacgtcat tgtaaagtta atcgtgtctt acttttagta 420atttctactt gctatagctt aatgagtttc tcaattagcc aaattgaaat taatatgtgg 480ctagatgtat ttattctaat tccccttgtt gttttaggag ttgatcagct actatgggaa 540agaaaaccta tactttattt cctctctctg acagccttat tcatccaaaa ctattatttt 600ggttttatga ctgccatctt tactagcctt tacttcatcg tacaaataac ccgtaatact 660gatagtaagg ttgcatttaa acaatttctt cattttacct ttttatctct tttagctggt 720atgactagta gcattatgat tttgccaact tattttgatt taactactca tggtgaaaag 780ttgacaaagg tatcgaagat gtttacagaa aattcttggt acatggattt gtttgctaaa 840aatatgattg gagcctatga tacaacaaaa tttggctcta ttcctatgat ttatgtaggt 900ttacttcctt tactcctttc tttactttac tttacaataa aggaagttcc tcgaaggact 960agattagcat atggattttt aataatattt gttattgcta gtttttatat aacacctcta1020gatttatttt ggcaagggat gcatgctcca aatatgtttc tccatcgcta ctcttgggta1080ctttcagtac ttatctgtct gctagctgct gaatgccttg agtatttaga caacatttct1140
      tggaaaaaga ttttaggggt caatttaatt ttagtaagtg gtttcataat cacgttttta1200tttaaaaagc attatcatta ccttaatctt gaattacttc ttttaacctt aactttcctc1260tcagcttata ttattctaac tattagtttt gtcagtaagc aaatccctaa attagttttt1320tatccctttc ttattggttt tgttgtatta gagatgacat taaacacctt ttaccaacta1380aatagtctta acgatgaatg gatatttcca tctaggcaag gatatgctaa atataatcac1440agcattagca aacttgtcag aaagactgag agaaataact ctacattctt ccgtacagag1500cgctggttag gacaaaccgg caacgactct atgaaatata attataatgg tatttcacaa1560ttttcatcta ttagaaatcg ttcttcaagt caagtgcttg atagacttgg ctttaaatca1620gatggtacaa atttaaattt acgttatcaa aataatactt tgatcgcaga tagtctattt1680ggtgtgaagt ataaccttac agaatatcct tttgataaat ttggttttat caaaaaagct1740caagataaac aaaccattct ttacaaaaat cagtttgcca gtcaattagc tatactaacg1800aatcaagtat atcaagataa accatttact gtgaatactt tggataatca gacaactctt1850ttaaatcaat taagtggttt gaaagagacg tattttgagc atcttattcc aaatagcgtt1920tctgggcaaa ccactcttaa taaacaagta tttgttaaaa agaataaaca agggaatact1980gaaattacct ataacataac tatccctaaa aacagtcagt tatatgttag tatgccgttt2040ataaatttta ataatgagga aaataaaatt gttcaaatct ccgttaataa tggaccattt2100gtacctaata ctcttgataa tgcttattca ttttttaata ttggttcctt tgctgaaaac2160agtcgtatca aagtaaaatt tcaatttcca cacaatgatc aagtttcttt cccaattcct2220cacttttatg ggctcaagtt agaagcttat caaaaagcta tgactgttat taataaacga2280aaagtaaaag taagaactga tcacaataaa gttattgcta attatacaag tcctaataga2340agttctcttt tcttcactat tccctatgat aggggttgga aagcttatca aaataataaa2400gaaataaaaa ttttcaaagc tcagaaaggt tttatgaaaa taaatattcc taaaggaaaa2460ggcaaagtaa cattaatttt tatcccttac ggctttaaat ttggggtagg cctatctatt2520actggaatag tattatttac tgtctattat tttaaatttg gaaaaaataa aataggatga2580SeqID 157tggtttatga agcactcggttgggaagcgc cacaatttgg tcaca 45SeqID 158atgaaagatc acctaaggtg cttcctccat taccgatcca aaaacgttgg gaaaaatgga 60acgagattga agggaggaaa gcctaatgac 90SeqID 159gacaaacagc ttttccaatg cgtgcagggc ttccaaataa ggaacctcaa tggcaagaag 60catgggatca agctgatatt tataaaaaac gtcaagcat 99SeqID 160aacgaggaag ccatagatgg ggtgtccaag cttgggaaaa aaatcaccat tctaggaaat 60aattcatacc tttcttcc78SeqID 161atcaaacaat ggctattggt gatgaagaaa atgaccgtgc tatgcttgaa gttgttggaa 60atcctgttgt tatgcaaaac ggcaatcctg aac 93SeqID 162aggcgcattt caaacaatct aggagtttta aaggaagcga ccgttataca cgccgta 57SeqID 163gagctctgcc taaagctgag caacgtcaag ccaatctata tgccttggca cttcgagcaa 60atcagtttga aaaaacaggt ttcaagggtt tatcacgctt tattcgaa 108SeqID 164agaagctgct tcagtaggtg ctatccaaga tttaacagat tcagatatca ttttctcaaa 60ccaccgtgga cacggacaaa ctattgcaaa aggtat96SeqID 165agatggtttg gttttagata tgacgatggc agaaaattta gctttacaaa cttatta 57SeqID 166cccttaaaaa gtttgtcgat gacatcaaga atgaagctat tgaggttatc acaaagaaaa 60gctatg 66SeqID 167aggcacttgc gaaagagaca aaagcaaaat catttaatga atttatgctt tctatgtgcc 60gtgaaaaaat tgaaaaagga caatttaatt 90
      SeqID 168aagttattta ttcagcctat tcaggaaaat atgaagcagc caatcgagat tatatcaaat 60tactatgcaa agcttgggtt aatgaaaatc 90SeqID 169tatcaaacgt attcgaaaaa ggcaagaaaa tttggttccg tttggcttaa acctaag 57SeqID 170acgctgttat tccagatact tctcctgctt tctcatttga aaaagaacat ctttctggag 60tggaatatgc acgctactta caat 84SeqID 171aagaagtttt acgaaataat attagcaacc aagtaccaca catcagtgtt caaatggagt 60ttaaaactca agaacaagtt gacgaatacc aaaaaaatct cggaagcatc atccgggaaa 120ttggagatac acttggaaca gcaactgaat tcaatgccaa aagtaacatt agcacttata 180ctcttggtgg acaaatccaa cgcattattg 210SeqID 172ttaaagcaaa tgttccgtcg cgtattgcat ttgctgtttc aagtggtact gatagccgta 60cgatccttga tgaaaatggt gctgaaaagc tcttgggacg gggtgacatg ctctttaagc 120ctattgatga gaatcatcca gtacgactac aaggttcctt tatttcagat gatgatgttg 180aaaggatcgt tggttttatc aaagaccaag ccgaggctga ctatgatgat gcctttgatc 240ctggagaagt atctgaaaca gataacggct ctggtggtgg cggcggagta cctgaaagtg 300atcctctttt tgaagaagcc aagggactcg ttt 333SeqID 173ggccggaaaa ttaattttag tcgtccatca cgatttgag39SeqID 174agagttaagt ataaaaaatg ggaaccttta tcaatatccc gttcctgcta tgaaaaatct 60tcgtcaacat caagcagaat t81SeqID 175acttggtcaa gatgttgtat tcccaggtgt tactcgtggt gcaaaattag aagaagcaat 60caatgctttg gaagatggac aagttctttt ggt 93SeqID 176aaggagaatt tcgttcaaag gttgaggagt ctattgaaag caatcagcaa aaatataatc 60atttatagtc tagtttctct accattagct agacacttg 99SeqID 177agtataatca atattaaact agaaatatat gacatatgtc ctaaaactat ctcaaatagg 60gagtcaatac atggatatag aaaactactg ccaagactac tgtttggaga ctatctttcc 120aaaacattat ttcaaggatt tacaagtaat caccctaact gccggccaat ccgtctg177SeqID 178ctttctttca gaagaagtcg gcgaattggc tcaagccatt cgcaaata 48SeqID 179ttcattttca aggataggtt taaaatgaga cacttcacgg ac 42SeqID 180gggttgattt gtgcttgtaa agcctttatc tctgccatac tggctaactt attttgttcc 60tctgttatcc ccattgccag ttgtcctgaa aatatttgcg ctaaaccaag gactaggttt 120tcctccacct cagacattgt cttatctcct gcaaagtaca tttttaaggc acccacagtt 180ttatcattta tttttagagg aactacaata gcagaattta ac222SeqID 181tcctcctctt tggacaccca ttacaaacat agggagcttt tcttagtagc ggacagtcta 60ggcagtcttt ggttgattct cttagttgct tatttcgtt 99SeqID 182cacctggtgc ccactcaata tcataaacag aatctacctc ttgaatataa gaggctaaac 60gctctagtcc ataag 75
      SeqID 183gcacacctac acgaagggta tcataagtat ccactaaaaa gacgcaatct ttatgagttt 60ctgcgtaagc tt 72SeqID 184ccattgaaag agctccgcga acattatata attcctcgga aaattcgtct tcaaaacttt 60ccccataga 69SeqID 185aagtatacta ttgcaggctc tcgtgtcacc cagcgtcgac catcattttc tgttactaaa 60gta63SeqID 186gcagcttttt catcaccagc agctaaaaac agagcattca ttacaacacg atcttca 57SeqID 187tccatggtta aacaaatatc gttctctgac catttgatat cacgttttga aggcttatgc 60ttgaggcgat tttctgtgcg attccgtttg agacgctcac ttagctctgt ttctaattct 120acaaataata cctcttggtt g 141SeqID 188taccacgttc tttctcgata tcatttgaat ccattgcacg ttcttcaagc tctttacgct 60catcaagagt atgtgattgt tttaataatt catcaacgag agttgtttta ccgtggtcaa 120cgtgggcaa 129SeqID 189gcacagcctt cttcaactag gatatcccct aaaattgatc gttttacacc taag54SeqID 190tggaatagaa ctatcaatta ttttttgaat aacctgcaat tggtgactaatatcaagttg 60cccacgagaa aaattttcca gtcccaaaac aagtttctga gcttcatcaa aaac 114SeqID 191gtccaagaag gccataaaat tttccctctt caaaga36SeqID 192caacaaagca ataacaccgc caattatagt cgcccctata aaccttggca taaaaagaaa 60aatggattga gctgcagatg ctttagc 87SeqID 193ttctttgatg ataccaaagt taacattcat tggttggaaa tgtttgctgt ctgtatgtgt 60aatataatgt ggcagtgcac caatagcagt agtttgtggg aaaactactt cactctcccc 120attaaagcga cgggcagcat tgattcccgc tacaagacca cttgctgccg attctacata 180accttcaaca ccggtcattt gtccagcaaa gaaaagattt gggttcttac gtgtagcaaa 240ggtttggtc 249SeqID 194gtgtattcgt tacgcatagc gacattggaa ctagaacgaa acttgataga caagcgacgt 60gggaaaccaa ccgattctag gtcaatagag tttttagagg ttagtttagc aatattatct 120tgcaagaata agttaatacc tgacatcatg ctagagaaga catttccctt agtttcttct 180gaagcgaagt cagaagacct aaagtttaaa tcagccatat ctctaaattt ggaaaattgt 240tct 243SeqID 195ggccatagca atggcattaa agagggaaat ggaggtatct tcccagtatt ttgcattgcc 60attaccgcta ccaggtttcg ttttacgata aatggcttct gcaaccgcat taacccttgt 120ctgtgtcatt tcatagtaac ccttcttagc tgctgcaatc gcaagagc 168SeqID 196agaatagaga aggctatcgt ccctaaaccg gccattagtg ttctgatgat aatctcaagg 60atggtattag gaacaccaga aaaagaacct gtcatttgtt ctgcaaacgg aataatttca 120attgtaatag ccacacctgc tgatatagaa atacaaatga gtaaagcaga cataatcaaa 180gctaaacctg ttgaaaaatt attctgtgaa aattctctca ccgaattaac aaaggcagcc 240cctggcacca taaccattag tgcccctaat ataataatgc tacgatgctc acctaatcct 300
      gaaaaatata ataaattagc acttaaagcc actacagaac tacctagaat ggtcaaaaga 360aatcctgtat gtatacgact ttccatcaaa ttcagaaaat atcctaaaat taagcctgtt 420acagcagcgg aaaatgaatc taataaggaa ctacctaagg ctaaagaaaa actacccgct 480ccacaaaaa 489SeqID 197ccatattctg taacatatgc tgctccagta atttgtaatg gagcggattt agcacgacga 60acagcatatg ctatgtcgtc atcagttaca aaaccttctg atgtagaaga attagttacc 120ataggtgata gaacaaaacg attttctagg ctcaatccat tgggaagtat taatggacga 180aataaattac cttggacatt attcatctct gctcaccgtc cccttattag ccatagactt 240agcctgaaat ctatcaaact ctgcaac 267SeqID 198gccaaccata atgacaaaaa taatacgata agcgttaata aatttagtgc caaa54SeqID 199tccttctgcg tattttgttg ccattccaaa aaaggcagct acccacatcc aaaacaaagc 60tcctggtcct ccagatttaa tagccgtagc cacaccaacg atattacctg tccctaccgt 120tgcagcaaga gcagttgcaa gggcagcata act 153SeqID 200acattaggca tttcttttaa aataagaggg tgccatttct ccgcaaaacc ttttctaggg 60ggtaaatctc ctgattttcc tttgcctggg 90SeqID 201tttaatattt ctaatagttc cttaggtttt ggtacttctg ctaaatcagc aagtacttcc 60tcagctaatt cttccttaat aatttcttgt gataaggcca cacattcatt acaaatgaaa 120acaccattac ctgcaataat tttttttact tcatcttggc ttttgccaca aaatgaacaa 180SeqID 202ggtgtttata aaaagcagag cctaagcctg attttccatc agattcacct gattgtttat 60cattttgatt ttttgcatga taggtttgtg ccttattatc gagaa 105SeqID 203attttcttac gatcagtatg tggaaattca cgacaagctt taggtctgac atcgtatata 60ctacataagt tatcatcgcc taaaaacgga caaggcatcg ctttaaatac tttatctcca 120tcttcatcta cttctaaaaa taaatcttca aaagccgata acttcatccg gaaatgttta 180gaaatcctag aaatatcagc ttctgtaaat agaggaccca aagttttaca acaattagca 240catgctgtac aatcaatttc t 261SeqID 204agtagaataa gtacaataac aataccaata aggataagcc caactttttt atatagagag 60gacttttctt caggacttaa aggatcgttt ggtctgagac tctcttcagt caaatatttt 120tttccatcta aggtatattg gaggagacca aagaacatac caatagcagc aagtgagaaa 180ccaagatgga aatttacttc ttgtccgagg taccccacta caatgggtga aataaaagca 240ccaaggttaa taccaaaaac aaagatacta aaaccagcat cacgacgaga atcattttct 300ccatataaat taccaaccat ctctgataca tttggtttta atagtccagt accaaggata 360attagagcaa tcgaaatgaa tagagctgtt 390SeqID 205tcttttcctc gttcaaataa tttatgtgct tttaaagata agttcaaatg tcgcacaagt 60tctcgattag actgttta78SeqID 206atccattcat ttcatagaag gaaattaaat catcatggca agttaaactt ataccatctc 60gttcttgaga aacaaccagg tctttcatcg ctgctaataa tgctgtacca atcccctgac 120ctt 123SeqID 207ctgtcttttt cgatagtatc ccatttatta actacaataa taataccttt accagcttca 60tgtgcaaacc ctgcaatacg cttgtcatac tcacgaatac cttcctctgc attaatcacc 120ataagaacaa catctgagcg gtcgatggcg cgcatagaac gcataacaga atatttctct 180gtgttttcat ataccttacc agatttacgc ataccagcag tatcaatcat agtatactct 240tgcccctggc tatcaacgaa attagtatca atagcatcgc gcgtagtacc agcaactggg 300ctagcaataa cacggtcttc cccaaggatg gcattaatta aactagattt cccaacattt 360
      ggacgtccaa tcaaactaaa acgaataata tctggatttt cattttcctc ttctaccgga 420agattttcca caatagcatc caatatatca ccagtaccaa tacca 465SeqID 208tgcccatcct cagatatagc tggaattaat tttaccaaaa atagcggaaa aatagataaa 60caaaccgtta ca 72SeqID 209ccctttctca gaaatcattt ccataacaac gagaccagca ccaaattctt tagcgatagt 60acgaaaagca gaattggtaa tacctgccat cggtgc96SeqID 210gcgtcgacag gatcagcagc gaatccacag actacgccag gaaaactatt acaagcaagc 60atcgctccaa ttcctgtccc acagcctgta ataacaaaat ctgcagcacc gctattaagt 120aaaatagcagtcagtaaacc attttgtaca 150SeqID 211gcaatgccta aacgttgctt cataccaccg gagtatgatg aaatcttctt tttacctaca 60tcgcctaaac caacaagctc tagtaatcta ggaatttctt gtttagcttt ctttttatca 120acacctttta aggtagcgat a 141SeqID 212cttttactga ttttaaaaaa tccagatact acacataaca ccaccataaa aagacaacct 60aacaaacccc ctaaagtttt acgaaaaaga actgaaaaaa agagtattaa gcttatgaaa 120agaataccga taaaccatgt tgcaccg 147SeqID 213aatttcaaag cacgaccacc aggtgttgtt tcagggttac caaacataac gcctactttt 60tcccttaact ggttgataaa aattgcgatt gtctttgtct tgttaatgga tgctgacaat 120ttacgcattg ct 132SeqID 214aaaagagtag ggatttgcca catatatcat gtatcccaat ccagctgttt ccacaacaat 60aaatttagcc gttattttac tcaattttcc tttaatataa tcgtacattc tattttccta 120tctcaatatt tttcattttg g 141SeqID 215aattcaacga caagtgcttc attgatttct gggttaattt catcgcgttc tggaaggcga 60gtcaatgaac cttcaagttt ttcagcatca aatgatacga aagctggacg tcctaaagta 120gcttcaacag cttcaaggat tgcaggtact ttcattgatt tttcacgaac tgaaataact 180tgtcctggag taacgcggta tgatgggata tcaacacgtt taccatcaac aaggata237SeqID 216acaagaccct tagtagaaat cttagttgat aaactagcgc catataagga agctaacttt 60tctcgaaatt cttgtacctt aggatactta gcatttgcag taactaacat t 111SeqID 217agaactcgaa atgcaattag atatcctaaa gcaagcagcg gtgattatgg cacaaaaagg 60gaaataatca ctgctaataa ggataaatac agcatttcaa agatgtgtcg ctggctgaat 120atgccacgct caagttatta ctatcaagcc gtggagtcag tatctaaaac ggagtttgaa 180gaaactatta aaagaatttt tctcgatagc gagtctagat acggatccag aaaaatcaaa 240atatgcttga ataacgaagg tatcacactt tcacgtcgtc ggattcgacg cattatgaag 300cgactcaatt tggtttctgt ttatcagaaa gccaccttca aaccacattc tagaggcaag 360aatgaagccc ctattcccaa ccacttagac aggcaattta agcaagaaag accactacaa 420gccttagtca ctgacttaac ctatgttcgt gtaggcaatc gttgggctta tgtttgcctc 480atcattgacc tatacaaccg tgaaatcatc ggcctgtctc ttggttggca caagaccgct 540gaactcgtta agcaagccat acaaagcatc ccttacgccc tgaccaaagt caagatgttc 600cattcagatc gtggcaaaga gtttgataat cagttaattg atgaaatatt ggaagccttt 660ggaatcacac gttcgcttag tcaggctggt tgtccttatg acaatgccgt agctgaaagt 720acgtatcgtg ctttcaaaat tgaatttgtt tatcaagaaa cctttcaatc gctggaagaa 780ctagctctta agactgaaaa ggcaacactt ttctgtacaa catttataaa gtgttgcctt 840ttcaggtttt taccaatgct a 861SeqID 218
      MKKVLTFLLCSLYFVSIPAISTEEPLTLSQNRRYALTQTVVDKEMYFDAIPERPTTKIEISSFQDEALTITGETLVPNTLLSIVSLTINSNGIPVFTLSNGQFIKASREAIFNDLVSKQQSVSLDYWLKPSFVTYEAPYTNGVSEVKNNLKPYSRVHLVEQAETEHGIYYKTDSGFWISVEDLSVADNRMAKVQEVLLEKYNKDKYGIYIKQINTQTVAGINIDRSMYSASIAKLATLYASQEQVKLGKLSLDSKFEYKDNVNQFPNSYDPSGSGKLEKKADHKLYTVKELLEATAKESDNVATNMLGYYVNNQYDSMFQTQVDTISGMHWDMKKRQISPQAAGKMMEAIYYQNGDIVNYLSKTDFDNTRIPKNIPVKVAHKIGDAYDYKHDAAIVYAEQPFIMIIFTDKSSYDDITKIADDVYQVLKSeqID 219MKKRILSAVLVSGVTLGTAAVTVNADDFDSKIAATDSVINTLSGQQAAAQNQVTAIKGQVGALESQQSELEAQNAQLEAVSQQLGQEIQTLSNKIVARNESLKKQVRSAQKGNLTNYINTILNSKSVSDAVNRVVAIREVVSANEKMLAQQEADKAALEAKQIENQNAINTVAANKQAIENNKAALATQRAQLEAAQLELSAQLTTVQNEKASLIQAKAQAEEAARKAAEAQAAAEAKAQAEAKAQAESVAKAQAAAQVESATAPTETVQTQPRTEIKPSNLTATSSATTVATTTATATNEPKVTQPSVVTKAVEAPKAVVSSTPRAVSKPVVRSYDSSNTYPMGQCTWGAKSMASWVGNYWGNANQWGASARAAGYSVGTTPRVGAVAVWPYDGGGYGHVAVVTSVANNSSIQVMESNYAGNMSIGNYRGSFNPSASGSVYYIYPNSeqID 220MNKRIFVEKKADFDIKSASLVKELTHNLQLTSLKDLRIVQVYDVFNLAEDLLARAEKHIFSEQVTDCLLTETEITAELDKVAFFAIEALPGQFDQRAASSQESLLLLGSDSQVKVNTAQLYLVNKDIAEAELEAVKNYLLNPVDSRFKDITLPLEEQAFSVSDKTIPSLDFFETYKADDFAAYKAEQGLAMEVDDLLFIQDYFKSIGRVPTETELKVLDTYWSDHCRHTTFETELKNIDFSASKFQKQLQATYDKYIAMRDELGRSEKPQTLMDMATIFGRYERANGRLDDMEVSDEINACSVEIEVDVDGVKEPWLLMFKNETHNHPTEIEPFGGAATCIGGAIRDPLSGRSYVYQAMRISGAGDITTPIAETRAGKLPQQVISKTAAHGYSSYGNQIGLATTYVREYFHPGFVAKRMELGAVVGAAPKENVVREKPEAGDVVILLGGKTGRDGVGGATGSSKVQTVESVETAGAEVQKGNAIEERKIQRLFRNGNVTRLIKKSNDFGAGGVCVAIGELADGLEIDLDKVPLKYQGLNGTEIAISESQERMSVVVRPSDVDTFIAACNKENIDAVVVATITAKPNLVMTWDGETIVDLERRFLDTNGVRVVVDAKVVDKDLTVPEVRTTSAETLEADTLKVLSDLNHASQKGLQTIFDSSVGRSTVNHPIGGRYQITPTESSVQKLPVQHGVTTTASVMAQGYNPYIAEWSPYHGAAYAVIEATARLVATGADWSRARFSYQEYFERMDKQAERFGQPVSALLGSIEAQIQLGLPSIGGKDSMSGTFEELTVPPTLVAFGVTTADSRKVLSPEFKAAGENIYYIPGQAISEDIDFDLIKANFSQFETIQAQHKITAASAVKYGGVLESLALMTFGNRIGASVEIAELDSSLTAQLGGFVFTSAEEIADSVKIGQTQAAFTLTVNGNDLAGASLLSVFEGKLEEVYPTEFEQADALEEVPAVVSDTVIKAKETIEKPVVYIPVFPGTNSEYDSAKAFEQVGASVNLVAFVTLNEAAIADSVDTMVANIAKANIIFFAGGFSAADEPDGSAKFIVNILLNKKVRAAIDSFIEKGGLIIGICNGFQALVKSGLLPYGNFEEAGETSPTLFYNDANQHVAKMVETRIANTNSPWLVGVEVGDIHAIPVSHGEGKFVVSASEFAELRDNGQIWSQYVDFDGQPSMDSKYNPNGSVNAIEGITSKNGQIIGKMGHSERWEDGLFQNIPGNKDQALFASAVKYFTGKSeqID 221MKMNKKVLLTSTMAASLLSVASVQAQETDTTWTARTVSEVKADLVKQDNKSSYTVKYGDTLSVISEAMSIDMNVLAKINNIADINLIYPETTLTVTYDQKSHTATSMKIETPATNAAGQTTATVDLKTNQVSVADQKVSLNTISEGMTPEAATTIVSPMKTYSSAPALKSKEVLAQEQAVSQAAANEQVSPAPVKSITSEVPAAKEEVKPTQTSVSQSTTVSPASVAAETPAPVAKVAPVRTVAAPRVASVKVVTPKVETGASPEHVSAPAVPVTTTSPATDSKLQATEVKSVPVAQKAPTATPVAQPASTTNAVAAHPENAGLQPHVAAYKEKVASTYGVNEFSTYRAGDPGDHGKGLAVDFIVGTNQALGNKVAQYSTQNMAANNISYVIWQQKFYSNTNSIYGPANTWNAMPDRGGVTANHYDHVHVSFNKSeqID 222MLKHFGSKVRNLRVTRNITREDFCGDETELSVRQLARIESGQSIPNLTKAHYIAKQLNVKLDILTGGESLELPKRYKELKYKLLRTPTYGDANRLAVREAYFDEIYEVFYEELPEDERLIIDCMQSKLDVHFSVNDNFGITILHDYFDQIKKKKEYTTNDFVMIDLYLLCFSINYGMKSLYSLENYHFIMSKLLEQDNLLPEDNFQLNNVLLNHVELAFQFKQKKYVQQIIHRSNAIMTEIHDFQKRPILSLIEWKYLLIIEKDRTKAETCFKQSILFAELIGDLYLKGKLIEEWNKDLTSeqID 223MTEKTKAVETTDVALAIDTLVQNGLKALDEMRQLNQEQVDYIVAKASVAALDAHGELALHAVEETGRGVFEDKATKNLFACEHVVNNMRHTKTVGVIEEDDVTGLTLIAEPVGVVCGITPTTNPTSTAIFKSLISLKTRNPIIFAFHPSAQESSAHAARIVRDAAIAAGAPENCVQWIEQPSIDATNALMNHDGIATILATGGNAMVKAAYSCGKPALGVGAGNVPAYVEKSANIRQAAHDIVMSKSFDNGMVCASEQAVIIDKEIYKEFVEEFKSYHTYFVNKKEKALLEEFCFGAKANSKNCAGAKLNPNIVGKSAVWIAEQAGFTVPEGTNILAAECTEVSEKEPLTREKLSPVIAVLKAESTEDGVEKARQMVEFNGLGHSAAIHTKDADLAREFGTRIRAIRVIWNSPSTFGGIGDVYNAFLPSLTLGCGSYGRNSVGDNVSAINLLNIKKVGRRRNNMQWFKVPSKTYFERDSIQYLQKCRDVERVMIVTDHAMVELGFLDRIIEQLDLRRNKVVYQIFAEVEPDPDITTVMKGTDLMRTFKPDTIIALGGGSPMDAAKVMWLFYEQPEVDFHDLVQKFMDIRKRAFKFPELGKKTKFVAIPTTSGTGSEVTPFAVISDKANNRKYPIADYSLTPTVAIVDPALVMTVPGFIAADTGMDVLTHATEAYVSQMANDYTDGLALQAIKIVFDYLERSVKDADFEAREKMHNASTMAGMAFANAFLGISHSMAHKIGAQFHTVHGRTNAILLPYVIRYNGTRPAKTATWPKYNYYRADEKYQDIAKLLGLPAATPEEAVESYAKAVYDLGTRLGIKMNFRDQGIDEKEWKEKSRELAFLAYEDQCSPANPRLPMVDHMQEIIEDAYYGYEERPGRRKSeqID 224VGIKVYKPTTNGRRNMTSLDFAEITTNTPEKSLLVSLKNKAGRNNNGRITVRHQGGGHKRHYRLIDFKRNKDGVEAVVKTIEYDPNRTANIALVHYTDGVKAYILAPKGLEVGQRIISGPEADIKVGNALPLANIPVGTVIHNIELQPGKGAEL
      IRAAGASAQVLGQEGKYVLVRLQSGEVRMILGTCRATIGTVGNEQQSLVNIGKAGRNRWKGVRPTVRGSVMNPNDHPHGGGEGKAPVGRKAPSTPWGKPALGLKTRNKKAKSDKLIVRRRNQKSeqID 225MIEFEKPIITKIDENKDYGRFVIEPLERGYGTTLGNSLRRVLLSSLPGAAVTSIKIDGVLHEFDTIPGVREDVMQIILNVKGLAVKSYVEDEKIIELDVEGPAEITAGDILTDSDIEIVNPDHYLFTIAEGHSLKATMTVAKNRGYVPAEGNKKDDAPVGTLAVDSIYTPVKKVNYQVEPARVGSNDGFDKLTIEIMTNGTIIPEDALGLSARVLIEHLNLFTDLTEVAKATEVMKETEKVNDEKVLDRTIEELDLSVRSYNCLKRAGINTVFDLTEKTEPEMMKVRNLGRKSLEEVKIKLADLGLGLKNDKSeqID 226MKKIRLSKFIKMIVVILFLISVAASFYFFHVAQVRDDKSFISNGQRKPGNSLYAYDKSFDKLLKQKIEMTNQNIKQVAWYVPAAKKTHKTAVVVHGFANSKENMKAYGWLFHKLGYNVLMPDNIAHGESHGQLIGYGWNDRENIIKWTEMIVDKNPSSQITLFGVSMGGATVMMASGEKLPSQVVNIIEDCGYSSVWDELKFQAKEMYGLPAFPLLYEVSTISKIRAGFSYGQASSVEQLKKNNLPALFIHGDKDNFVPTSMVYDNYKATAGKKELYIVKGAKHAKSFETEPEKYEKRISSFLKKYEKSeqID 227MSKVRGFELVSQFSNKELLPKRETAHAAGYDLKVAKKTVIEPGEITLVPTGIKAHMQPGEVLYLYDRSSNPRKKGIVLINSVGVIDGDYYNNQVNEGHIFAQMQNITDQAVILEEGERIVQVFFAPFLLADDDQATGMRTGGFGSTGKSeqID 228MKFGKKLGFLALLMSIVLILGACGKTGLGNSTGNSTKNVTKKSAKNLKLGVSISTTNNPYFVAMKDGIDKYASNKKISIKVADAQDDAARQADDVQNFISQNVDAILINPVDSKAIVTAIKSANNANIPVILMDRGSEGGKVLTTVASDNVAAGKMAADYAVKKLGKKAKAFELSGVPGASATVDRGKGFHSVAKSKLDILSSQSANFDRAKALNTTQNMIQGHKDVQIIFAQNDEMALGAAQAVKSAGLQNVLIVGIDGQPDAHDAIKKGDISATIAQQPAKMGEIAIQAAIDHYKGKKVEKETISPIYLVTKDNVEKYNWSeqID 229MGKEKLILAYSGGLDTSVAIAWLKKDYDVIAVCMDVGEGKDLDFIHDKALTIGAIESYILDVKDEFAEHFVLPALQAHAMYEQKYPLVSALSRPIIAQKLVEMAHQTGATTIAHGCTGKGNDQVRFEVAIAALDPELKVIAPVREWKWHREEEITFAKANGVPIPADLDNPYSIDQNLWGRANECGVLENPWNQAPEEAFGITKSPEEAPDCAEYIDITFQNGKPIAINNQEMTLADLILSLNEIAGKHGIGRIDHVENRLVGIKSREIYECPAAMVLLAAHKEIEDLTLVREVSHFKPILENELSNLIYNALWFSPATKAIIAYVKETQKVVNGTTKVKLYKGSAKVVARHSSNSLYDENLATYTAADNFDQDAAVGFIKLWGLPTQVNAQVNKGSeqID 230MAKVCYFTGRKTVSGNNRSHAMNQTKRTVKPNLQKVTVLIDGKPKKVWVSARALKSGKVERVSeqID 231MAKQKNNWRRVGVGVLTLASVATLAACGSKSASQDSNGAINWAIPTEINTLDLSKVTDTYSNLAIGNSSSNFLRLDKDGKTRPDLATKVDVSKDGLTYTATLRKGLKWSDGSKLTAKDFVYSWQRLVDPKTASQYAYLAVEGHVLNADKINEGQEKDLNKLGVKAEGDDKVVITLSSPSPQFIYYLAFTNFMPQKQEVVEKYGKDYATTSKNTVYSGPYTVEGWNGSNGTFTLKKNKNYWDAKNVKTKEVRIQTVKKPDTAVQMYKRGELDAANISNTSAIYQANKNNKDVTDVLEATTAYMQYNTTGSVKGLDNVKIRRALNLATNRKGVVQAAVDTGSKPAIAFAPTGLAKTPDGTDLAKYVAPGYEYNKTEAAKLFKEGLAESGLTKLKLTITADADVPAAKNSVDYIKSTWEAALPGLTVEEKFVTFKQRLEDSRKQNFDIVVSVWGGDYPEGSTFYGLFKSDSQNNDGKFANKDYDAAYNKAISEDALKPEESAKDYKEAEKILFEQGAYNPLYFRSGKGLQNPKLKGVIRNTTGLSIDFTHAYKKSeqID 232MELLKTPIFGICFSLILYTIGQHLFKKSKGFFLLQPLFFAMVSGIVILWLMSKGLGTDVKTFYTQAYKPGGDLIFWFLNPATIAFAVPLYKKNDVVKKYWVEILSSLVIGMIVSLMLIVAISKWVGLSQVGIASMLPQAATTAIALPITAAIGGNTAVTAMACILNAVIIYALGKKLVSFFHLNDSKIGAGLGLGTSGHTVGAAFALELGELQGAMAAIAVVVIGLVVDLVIPIFSHLIGLLSeqID 233VTKYLKYISFVALFLASIFLVACQNQNSQTKERTRKQRPKDELVVSMGAKLPHEFDPKDRYGIHNEGNITHSTLLKRSPELDIKGELAKKYKISKDGLTWSFDLNDDFKFSNGEPVTADDVKFTYDMLKADGKAWDLTFIKNVEVVGKNQVNIHLTEAHSTFTAQLTEIPIVPKKHYNDKYKSNPIGSGPYMVKEYKAGEQAIFVRNPYWHGKKPYFKKWTWVLLDENTALAALESGDVDMIYATPELASKKVKGTRLLDIASNDVRGLSLPYVKKGVVKNSPDGYPVGNDVTSDPAIRKALTIGLNRQKVLDTVLNGYGKPAYSIIDRTPFWNPKTAIKDNKVAKAKQLLTKAGWKEQADGSRKKGNLKAEFDLYYPTNDQLRANLAVEVAEQAKALGITIKLKASNWDEMATKSHDSALLYAGGRHHAQQFYESHYPSLAGKGWTNITFYNNPTVTKYLDKAMTSPDLDKANKYWKLAQWDGKTGASTLGDLPNVWLVSLNHTYIGDKRINVGKQGVHSHGHDWSLLTNIAEWTWDESAKSeqID 234
      MGQEPIIEYQNINKVYGENVAVEDINLKIYPGDFVCFIGTSGSGKTTLMRMVNHMLKPTNGTLLFKGKDISTTNPTELRRRIGYVIQNIGLMPEMTIYENIVLVPKLLKWSEEAKRAKARELIKLVELPEEYLDRYPSELSGGQQQRIGVIRALAADQDIILMDEPFGALDPITREGIQDLVKSLQEEMGKTIILVTHDMDEALKLATKIIVMDNGKMVQEGTPNDLLHHPATSFVEQMIGEERLLHAQADITPVKQIMLNNPVSITAEKTLTEAITLMRQKRVDSLLVTDNGKLIGFIDLESLSSKYKKDRLVSDILKHTDFYVMEDDLLRNTAERILKRGLKYAPVVDHENNLKGIVTRASLVDMLYDIIWGDTETEDQSeqID 235MKIDKKEFLALIASIILLIFASVTFFLFKDHGTTQMDTVESSVNHVSDSQLTEAQDMLDKFEKKPSEKLLKDVELALNKLSNSSKKEALQKRFKKAKDKYLKDEADKKATKDATDLVEILEQAPSEENVLKAEAAVNKLTVKESKEALQKRIDTVKTQYGLIGNQTPSSSVAETTEQGTANPASQDTSSYVNQNVAPTYEQPQTNNTPVTPGVNNTVPTPGTGTAPATNGTGVAQSeqID 236MTKDLLLELGLEELPAYVVTPSEKQLGQKMVKFLEDHRLSFETVQTFSTPRRLAVRVKGLADQQTDLTEDFKGPSKKIALDAEGNFSKAAQGFVRGKGLSVDDIEFREVKGEEYVYVTKHETGKSAIDVLASVTEVLTELTFPVNMHWANNSFEYIRPVHTLVVLLDDQALELDFLDIHSGRISRGHRFLGSDTEILSASSYEDDLRQQFVIADAKERQQMIVDQIHAIEEKENISVEIDEDLLNEVLNLVEYPTAFLGSFDEKYLDVPEEVLVTSMKNHQRYFVVRDRDGKLLPNFISVRNGNAEHIENVIKGNEKVLVARLEDGEFFWQEDQKLNIADLVEKLKQVTFHEKIGSLYEHMDRVKVISQYLAEKADLSDEEKLAVLRAASIYKFDLLTGMVDEFDELQGIMGEKYALLAGEQPAVAAAIREHYMPTSADGELPETRVGAILALADKFDTLLSFFSVGLIPSGSNDPYALRRATQGIVRILEAFGWDIPLDELVTNLYGLSFASLDYANQKEVMAFISARIEKMIGSKVPKDIREAVLESDTYIVSLILEASQALVQKSKDAQYKVSIESLSRAFNLAKKVTHSVSVDYSLFENNQEKALYQAILSLELTEDMHDNLDKLFALSPIINDFFDNTMVMTDDEKMKQNRLALLNSLVAKARTVAAFNLLNTKSeqID 237MTFDTIDQLAVNTVRTLSIDAIQAANSGHPGLPMGAAPMAYVLWNKFLNVNPKTSRNWTNRDRFVLSAGHGSALLYSLLHLAGYDLSIDDLKQFRQWGSKTPGHPEVNHTDGVEATTGPLGQGIANAVGMAMAEAHLAAKFNKPGFDLVDHYTYTLHGDGCLMEGVSQEAASLAGHLKLGKLVLLYDSNDISLDGPTSQSFTEDVKGRFESYGWQHILVKDGNDLEAIAAAIEAAKAETDKPTIIEVKTIIGFGAEKQGTSSVHGAPLGAEGITFAKKAYGWEYPDFTVPAEVVARFASDLQARGAKAEEAWNDLFAKYEVEYPELAAEYKEAFAGQAETVELKAHDLGSSVASRVSSQQAIQQLSTQLPNLWGGSADLSASNNTMVAAETDFQASNYAGRNIWFGVREFAMAAAMNGIALHGGTRVYGGTFFVFSNYLLPAVRMAALQNLPTVYVMTHDSIAVGEDGPTHEPIEQLASVRSMPNLNVIRPADGNETNAAWQRAVSETDRPTMLVLTRQNLPVLEGTSELAQEGVNKGAYILSEAKGELDGIIIATGSEVKLALDTQDKLESEGIHVRVVSMPAQNIFDEQEASYQEQVLPSAVTKRLAIEAGSSFGWGKYVGLNGLTLTIDTWGASAPGNRIFEEYGFTVENAVSLYKELSeqID 238MTLQDQIIKELGVKPVINPSQEIRRSVEFLKDYLLKHSFLKTYVLGISGGQDSTLAGRLAQLAVEELRADTGENYQFIAIRLPYGIQADEEDAQKALDFIKPDIALTINIKEAVDGQVRALNAAGVEITDFNKGNIKARQRMISQYAVAGQYAGAVIGTDHAAENITGFFTKFGDGGADLLPLFRLNKSQGKQLLAELGADKALYEKIPTADLEENKPGIADEIALGVTYQEIDAYLEGKVVSDKSRGIIENWWYKGQHKRHLPITIFDDFWKSeqID 239IKKESVIKLLKYAFGIIMGFIILAIVIGGLLFAYYVSRSPKLTDQALKSVNSSLVYDGNNKLIADLGSEKRESVSADSIPLNLVNAITSIEDKRFFKHRGVDIYRILGAAWHNLVSSNTQGGSTLDQQLIKLAYFSTNKSDQTLKRKSQEVWLALQMERKYTKEEILTFYINKVYMGMGNYGMRTTAKSYFGKDLKKLSIAQLALLAGIPQAPTQYDPYKNPESAQTRRNTVLQQMYQDKNISKKEYDQAVATPVTDGLKELKQKSTYPKYMDNYLKQVISEVKQKTGKDIFTAGLKVYTNINTDAQKQLYDIYNSDTYIAYPNNELQIASTIMDATNGKVIAQLGGRHQNENISFGTNQSVLTDRDWGSTMKPISAYAPAIDSGVYNSTGQSLNDSVYYWPGTSTQLYDWDRQYMGWMSMQTAIQQSRNVPAVRALEAAGLDEAKSFLEKLGIYYPEMNYSNAISSNNSSSDAKYGASSEKMAAAYSAFANGGTYYKPQYVNKIEFSDGTNDTYAASGSRAMKETTAYMMTDMLKTVLTFGTGTKAAIPGVAQAGKTGTSNYTEDELAKIEATTGIYNSAVGTMAPDENFVGYTSKYTMAIWTGYKNRLTPLYGSQLDIATEVYRAMMSYLTGGYSADWTMPEGLYRSGSYLYINGTTTTGTYSSSVYKNIYQNSGQSSQSSSSTSSEKQKEDKNTANDANSSSPQVETPNNGNATTPNNSNQTVPGTGHGNGNGNNNTVPNGNSeqID 240MLDLKRIRTDFDVVAKKLATRGVDQETLTTLKELDIKRRELLIKAEEAKAQRNVASAAIAQAKRNKRNADEQIAAMQTLSADIKAIDAELADVDANLQSMVTVLPNTPADDVPLGADEDENVEVRRWGTPREFDFETKAHWDLGESLGILDWERGAKVTGSRFLFYKGLGARLERAIYSFMLDEHAKEGYTEVIPPYMVNHDSMFGTGQYPKFKEDTFELADSPFVLIPTAEVPLTNYYRDEIIDGKELPIYFTAMSPSFRSEAGSAGRDTRGLIRLHQFHKVEMVKFAKPEESYQELEKMTANAENILQKLNLPYRVITLCTGDMGFSAAKTYDLEVWIPAQNTYREISSCSNTEDFQARRAQIRYRDEVDGKVRLLHTLNGSGLAVGRTVAAILENYQNEDGSVTIPEVLRPYMGNIDIIKPNSeqID 241VTISNQELTLTPLRGKSGKAYIGTYPNGERVFVKYNTTPILPALAKEQIAPQLLWARRTSNGDMMSAQEWLDGRTLTKEDMGSKQIIHILLRLHKSRPLVNQLLQLGYKIENPYDLLMDWEKQTPIQIRENTYLQSIVTELKRSLPEFRTEVATIVHGDIKHSNWVITTSGLIYLVDWDSVRLTDRMYDVAYILSHYIPQKHWKDWLSYYGYKDNEKVWSKIIWYGQFSYLSQIIKCFDKRDMEHVNQEIYELRKFRELIKKHNAS
      SeqID 242MKISQYNKWSIRRLKVGAASVMIASGSIVALGQSHIVSADEMSQPKTTITAPTANTSTNVESSTDKALSKVTTMETSSEMPKMQNMAKVEKTSDKPMMVATSVRKMMATPTPVAMTKTTSVDEVKKSTDTAFKQTVDVPAHYVNAAKGNGPFLAGVNQTIPYEAFGGDGMLTRLILKSSEGAKWSDNGVDKNSPLLPLKGLTKGKYFYQVSLNGNTTGEEGQALLDQIKANDKHSYQATIRVYGAKDGKVDLKNMISQKMVTINIPHITTDMEVKNSLKMAFKEKVDVPAKYVSAAKAKGPFLAGVNETIPYEAFGGDGMLTRLILKASEGAKWSDNGVDKNSPLLPLKDLTKGKYFVQVSLNGNTAGKKGQALLDQIKANGSHTYQATITIYGTKDGKVDMNTILGQKTVMIHINVAKKDMNSTSMMMKKDKMTMPMKKEKTSSKINTGMMMSNNKMSANMQMSSQAKSNDKAGKKMSMMSKNLPNTGETKQQNVGVLGMLSLAFATGLTALGLKKSKQRSeqID 243MTHITFDYSKVLGQFVGEHELDYLQPQVSAADAFLRQGTGPGSDFLGWMDLPENYDKEEFSRIQKAAEKIKSDSEVLVVIGIGGSYLGAKAAIDFLNNHFANLQTAEERKAPQILYAGNSISSTYLADLVKYVQDKEFSVNVISKSGTTTEPAIAFRVFKELLVKKYGQEEANKRIYATTDKVKGAVKVEADANNWETFVVPDNVGGRFSVLTAVGLLPIAASGADITALMEGANAARKDLSSDKISENIAYQYAAVRNVLYRKGYITEILANYEPSLQYFGEWWKQLAGESEGKDQKGIYPTSANFSTDLHSLGQFIQEGYRNLFETVVRVEKPRKNVTIPELTEDLDGLGYLQGKDVDFVNKKATDGVLLAHTDGGVPNMFVTLPTQDAYTLGYTIYFFELAIGLSGYLNSVNPFDQPGVEAYKRNMFALLGKPGFEELSAELNARLSeqID 244MKEKQTAGRRQLEEFAPEFARYNDDILFGEVWAKEDHLTDKTRSIITISALISGGNLEQLEHHLQFAKQNGVTKEEIADIITHLAFYVGWPKAWSAFNKAKEIWISeqID 245AWRALEDAQKSGKVKSIGVSNFLEKDLENILKNGHVKPAVNQILAHIGNTPFDLIDYCQSKGIQVEAYSPIAHGQALKSDGIQKMAEKYGVSVAQLCIQYLLQLNLIVLPKASSKEHLQSNLDFDFVISDEDMSILKSLMFDDYGEFSNFPVFSEKSeqID 246MFRRSKNNSYDTSQTKQRFSIKKFKFGAASVLIGLSFLGGVTQGNLNIFEESIVAASTIPGSAATLNTSITKNIQNGNAYIDLYDVKNGLIDPQNLIVLNPSSYSANYYIKQGAKYYSNPSEITTTGSATITFNILDETGNPHKKADGQIDIVSVNLTIYDSTALRNRIDEVINNANDPKWSDGSRDEVLTGLEKIKKDIDNNPKTQIDIDNKINEVNEIEKLLVVSLPDKIKYSPEAKHRTVEQHAELDAKDSIANTDELPSNSTYNWKNGHKPDTSTSGEKDGIVEVHYPDGTVDDVNVKVTVTSKKTDNTAPTLTVTPEQQTVKVDEDITFTVTAEDENEVELGLDDLKAKYENDIIGARVKIKYLTKEPNKKVMEVTIMKATLADKGAITFTAKDKAGNQAEPKTVTINVLPPDKIKYSPEAKHRTVEQHAELDAKDSIANTDELPSNSTYNWKNGHKPDTSTSGEKDGIVEVHYPDGTVDDVNVKVTVTSKKTDNTAPTLTVTPEQQTVKVDEDITFTVTAEDENEVELGLDDLKAKYENDIIGARVKIKYLTKEPNKKVMEVTIMKATLADKGAITFTAKDKAGNQAEPKTVTINVLPPDKIKYSPEAKHRTVEQHAELDAKDSIANTDELPSNSTYNWKNGHKPDTSTPGEKNAVVVVTYPDKSTDEVPVKVTVVDPRTDAEKNDPAGKDQTVKVGEQPDPTKSLEAVPAGSTVAYKEPVDTKTPGEKNAIVVVTYPDKSTDEVPVKVTVVDPRTDAEKNDPAGKDQTVKVGEQPDPTKSLEAVPAGSTVAYKEPVDTKTPGEKNAIVVVTYPDKSTDEVPVKVTVVDPRTDAEKNDPAGKDQTVKVGEQPDPTKSLEAVPAGSTVAYKEPVDTKTPGEKNAVVVVTYPDKSTDEVPVKVTVVDPRTDAEKNDPAGKDQTVKVGEQPDPTKSLEAVPAGSTVAYKEPVDTKTPGEKNAVVVVTYPDKSTDEVPVKVTVVDPRTDAEKNDPAGGETTVPQGTPISDEEITGLVKIPEGSNGVPKVVGDRPNTDVPGDYKVTVEVTYPDGTKDTVAVTVHVTPKPVPDKDKYDPTGKSQQVNGKGNKLPATGESATPFFNVAALTIISSVGLLSVSKKKEDSeqID 247MQILEDYDGRALPKLETDRLILRQRTVGDVPAMFDYVCLEEVAYPAGLSPIASLEDEYDYFENRYYQNLEKAKLPSGYGITVKGSDRIIGSCAFNHRREDDVFEIGYLLHPDYWGHGYMTEAVAALIEVGFTLLNLHKIEIRCYDYNKQSQRVAEKLGFTLEATIRDRKDNQGNRCVNLIYGLLRSEWESeqID 248MSKELSPKYNPAEVEEGRYQTWLDQDVFKPSGDTEAKPYSIVIPPPNVTGKLHLGAAWDTTLQDIIIRQKRMQGFDTLWLPGMDHAGIATQAKVEERLREQGISRYDLGREKFLDKVWEWKDEYAATIKSQWGKMGLSVDYSRERFTLDEGLSKAVRKVFVDLYNKGWIYRGEFIINWDPAARTALSDIEVIHKDVEGAFYHMNYMLEDGSRALEVATTRPETMFGDVAVAVNPEDPRYKDLIGQNVILPIINKPIPIIADEHADPEFGTGVVKITPAHDPNDFAVGQRHNLPQVNVMNDDGTMNELADEFNGMDRFEARKAVVAKLESLGNLVKIEKMTHSVGHSERTGVVVEPRLSTQWFVKMDQLAKNAIANQDTEDKVEFYPPRFNDTFMSWMENVHDWVISRQLWWGHQIPAWYNVNGEMYVGEDAPEGDGWTQDEDVLDTWFSSALWPFSTMGWPDTEAADFKRYFPTSTLVTGYDIIFFWVSRMIFQSLEFTGRQPFSNVLIHGLIRDEEGRKMSKSLGNGIDPMDVIEKYGADALRWFLSNGSAPGQDVRFSYEKMDASWNFINKIWNISRYILMNNEGLTLDQARENVEKVVNSQVGNVTDRWILHNLNETVGKVTESFDKFEFGVAGHILYNFIWEEFANWYVELTKEVLYSDNEDEKVVTRSVLLYTLDQILRLLHPIMPFVTEEIFGQYAEGSIVLASYPQVNATFENQTAHKGVESLKDLIRSVRNSRAEVNVAPSKPITILVKTSDSELESFFKDNSNYIKRFTNPETLEISSAITAPELAMTSIITGAEIFLPLADLLNVEEELARLEKELAKWQKELNMVGKKLSNERFVANAKPEVVQKEKDKQTDYQTKYDATIARIEEMKKLNNDSeqID 249
      MVEPIISIQGLHKSFGKNEVLKGIDLDIHQGEVVVIIGPSGSGKSTFLRTMNLLEVPTKGTVTFEGIDITDKKNDIFKMREKMGMVFQQFNLFPNMTVLENITLSPIKTKGLSKLDAQTKAYELLEKVGLKEKANAYPASLSGGQQQRIAIARGLAMNPDVLLFDEPTSALDPEMVGEVLTVMQDLAKSGMTMVIVTHEMGRAREVADRVIFMDAGIIVEQGTPKEVFEQTKEIRTRDFLSKVLSeqID 250MNYKEIYQEWLENDSLGKDIKSDLEAIKGDESEIQDRFYKTLEFGTAGLRGKLGAGTNRMNTYMVGKAAQALANTIIDHGPEAIARGIAVSYDVRYQSKEFAELTCSIMAANGIKSYIYKGIRPTPMCSYAIRALGCVSGVMVTASHNPQAYNGYKAYWKEGSQILDDIADQIANHMDAITDYQQIRQIPFEEALASGLASYIDESIEEAYKKEVLGLTINDTNIDKSVRVVYTPLNGVGNLPVREVLRRRGFENVYVVPEQEMPDPDFTTVGYPNPEVPKAFAYSESLGKSVDADILLATDPDCDRVALEVKDSKGEYIFLNGNKIGALLSYYIFSQRCALGNLPHHPVLVKSIVTGDLSKVIADKYNIETVETLTGFKNICGKANEYDISKDKTYLFGYEESIGFCYGTFVRDKDAVSASMMVVEMTAYYKERGQTLLDVLQTIYDEFGYYNERQFSLELEGAEGQERISRIMEDFRQDPILQVGEMRLENSIDFKDGYKDFPKQNCLKYYFNEGSWYALRPSGTEPKIKCYLYTIGCTEADSLSKLNAIESACRAKMNSTKSeqID 251MYREITAVEHDRFVSESNQTNLLQSSNWPKVKDNWGSQLLGFFDGETQIASASILIKSLPLGFSMLYIPRGPIMDYSNLDIVTKVLKDLKAFGKKQRALFIKCDPLIYLKMVNAKDFENSPDEKEGLIAIDHLQRAGADWTGRTTDLAHTIQPRFQANLYANQFGLDKMSKKTRQAIRTSKNKGVDIQFGSHELLEDFAELMKKTEDRKGINLRGIDYYQKLLDTYPNNSYITMASLDVAKRLEKIEKECQIAQSERIKSLELNREKKVKQHQGTIDRLNKEIDFLKEAQKAYDRDIIPLAATLTLEFGNTSENIYAGMDDYFKSYSAPIYTWFETAQRAFERGNIWQNMGGIENDLSGGLYHFKSKFEPIIEEFIGEFNIPVNRLLYKASNYVYALRKKRNSSeqID 252MACTTILVGKKASYDGSTMIARTEDSVNGDFTPKKLKVMTSKDQPRHYKSVLSNFEVDLPDNPLPYTSVPDALGKDGIWGEAGINSKNVAMSATETITTNSRVLGADPLVSDGIGEEDILTLVLPYIQSAREGVERLGAILEKYGTYESNGIAFSDTEEIWWLETIGGHHWIARRVPDDVYVTNPNQLGIDHFEFNNCDDYMCSSDLKEFIEQYHLDLTYSNEHFNPRYAFGSQRDKDRHYNTPRSWAMQRFLNPEIEQDPRSLFIPWCQKPYRKITVEDIKYVLSDHYQDSVYDPYGPEGDAVSRRAFRSVGINRTSQTSILQLRPNKSLETTGVQWLSYGSMPFATMVPLFTQVETVPNYFSNTTKDASTDNFYWTNRLIAALADPHFYQHEADIESYIERTMAQGHAHINGVDREVAENKEIDFQQKNQEMSDYIQKESQELLNRILFDASNLMTNRFSMGDSeqID 253MRKKFLLLMSFVAMFAAWQLVQVKQVWADSKLKVVTTFYPVYEFTKNVVGDKADVSMLIKAGTEPHDFEPSTKNIAAIQDSNAFVYMDDNMETWAPKVAKSVKSKKVTTIKGTGDMLLTKGVEEEGEEHEGHGHEGHHHELDPHVWLSPERAISVVENIRNKFVKAYPKDAASFNKNADAYIAKLKKLDKEYKNGLSNAKQKSFVTQHAAFGYMALDYGLNQVPIAGLTPDAEPSSKRLGELAKYIKKYNINYIYFEENASNKVAKTLADEVGVKTAVLSPLEGLSKKEMAAGEDYFSVMRRNLKVLKKTTDVAGKEVAPEEDKTKTVETGYFKTKDVKDRKLTDYSGNWQSVYPLLQDGTLDPVWDYKAKSKKDMTAAEYKKYYTAGYKTDVESIKIDGKKHQMTFVRNGKSQTFTYKYAGYKILTYKKGNRGVRYLFEAKKKDAGQFKYIQFSDHGIKPNKAEHFHIFWGSESQEKLFEEMENWPTYFPAKMSGREVAQDLMSHSeqID 254MKLSKKLLFSAAVLTMVAGSTVEPVAQFATGMSIVRAAEVSQERPAKTTVNIYKLQADSYKSEITSNGGIENKDGEVISNYAKLGDNVKGLQGVQFKRYKVKTDISVDELKKLTTVEAADAKVGTILEEGVSLPQKTNAQGLVVDALDSKSNVRYLYVEDLKNSPSNITKAYAVPFVLELPVANSTGTGFLSEINIYPKNVVTDEPKTDKDVKKLGQDDAGYTIGEEFKWFLKSTIPANLGDYEKFEITDKFADGLTYKSVGKIKIGSKTLNRDEHYTIDEPTVDNQNTLKITFKPEKFKEIAELLKGMTLVKNQDALDKATANTDDAAFLEIPVASTINEKAVLGKAIENTFELQYDHTPDKADNPKPSNPPRKPEVHTGGKRFVKKDSTETQTLGGAEFDLLASDGTAVKWTDALIKANTNKNYIAGEAVTGQPIKLKSHTDGTFEIKGLAYAVDANAEGTAVTYKLKETKAPEGYVIPDKEIEFTVSQTSYNTKPTDITVDSADATPDTIKNNKPPSIPNTGGIGTAIFVAIGAAVMAFAVKGMKRRTKDNSeqID 255MKKRQKIWRGLSVTLLILSQIPFGILVQGETQDTNQALGKVIVKKTGDNATPLGKATFVLKNDNDKSETSHETVEGSGEATFENIKPGDYTLREETAPIGYKKTDKTWKVKVADNGATIIEGMDADKAEKRKEVLNAQYPKSAIYEDTKENYPLVNVEGSKVGEQYKALNPINGKDGRREIAEGWLSKKITGVNDLDKNKYKIELTVEGKTTVETKELNQPLDVVVLLDNSNSMNNERANNSQRALKAGEAVEKLIDKITSNKDNRVALVTYASTIFDGTEATVSKGVADQNGKALNDSVSWDYHKTTFTATTHNYSYLNLTNDANEVNILKSRIPKEAEHINGDRTLYQFGATFTQKALMKANEILETQSSNARKKLIFHVTDGVPTMSYAINFNPYISTSYQNQFNSFLNKIPDRSGILQEDFIINGDDYQIVKGDGESFKLFSDRKVPVTGGTTQAAYRVPQNQLSVMSNEGYAINSGYIYLYWRDYNWVYPFDPKTKKVSATKOIKTHGEPTTLYFNGNIRPKGYDIFTVGIGVNGDPGATPLEAEKFMQSISSKTENYTNVDDTNKIYDELNKYFKTIVEEKHSIVDGNVTDPMGEMIEFQLKNGQSFTHDDYVLVGNDGSQLKNGVALGGPNSDGGILKDVTVTYDKTSQTIKINHLNLGSGQKVVLTYDVRLKDNYISNKFYNTNNRTTLSPKSEKEPNTIRDFPIPKIRDVREFPVLTISNQKKMGEVEFIKVNKDKHSESLLGAKFQLQIEKDFSGYKQFVPEGSDVTTKNDGKIYFKALQDGNYKLYEISSPDGYIEVKTKPVVTFTIQNGEVTNLKADPNANKNQIGYLEGNGKHLITNTPKRPPGVFPKTGGIGTIVYILVGSTFMILTICSFRRKQL
      SeqID 256GAKKAGWTEYARMLEVREQVDHVMIPKINQDLPIYAGPEEDNLQRGVGHLEGISLPIGGASTHAVLSGQRGMPAARLFADLDKMKKGDYFYVTNLKETLAYQVDRIMVIEPSQLDAVSIEEDKDYVTLLTCTPYMGSLSTVMGDLSLTTRENQLGSLSFWMFKAMRILLLKFLKLRKPKACRLMSLISLLVASNLALERDSSeqID 257MSDVVEKQTAKSFIMNVLNGLALGTVIVLIPGAILGELMKALLPMWSGFATLIAATAVATSMMGLVIGIMVGLNFKFNPIQSASLGLAVMFAGGAATFLKGAIMLKGTGDIINMGITAALGVLLIQFLSDKTKSFTLIVIPTVTLLLVGGVGHVLLPYVKMITTMIGQGIASLLGLQPVLMSILIAMIFCFLIVSPITTVGIALAISLSGIGSGAANLGICAASFGLCMAGWSVNSKGTALAHVLGSPKISMANVLAKPKIMLPMISSAAILGILGALFNIQGTPASAGFGISGLIGPINALNLAKGGWSVMNMLLIIIIFVAAPIILNFIFNYLFIKVLKIIDPMDYKLDISeqID 258MARPLVEQTADRLLHLILEREYPVGAKLPNEYELAEDLDVGRSTIREAVRSLATRNILEVRQGSGTYISSKKGVSEDPLGFSLIKDTDRLTSDLFELRLLLEPRIAELVAYRITDDQLQLLEKLVGDIEDAVHAGDPKHLLLDVEFHSMLAKYSGNIAMDSLLPVINQSIHLINANYTNRQMKSDSLEAHREIIKAIREKNPVAAHDAMLMHIMSVRRSALKASeqID 259MIKKNKVFLGVLLVLVVILGGGVLFYQSQFQKTTNNQLAIAYKDAKVAKKDVIHQKIDKEFENFRGSYEIEFNTKSAEYSYHVDAKTGQILERDMDNNGFSKSTSQSSSSSSQKSHKISQEEAKKIAFKDANIEESEVSNLKIKEEIENGKSVYDIDFVDLKNKNEVDYQIDAETGKIIERSRDHMNDSeqID 260LNRKKRYRLTVKKQNASIPRRLNLLFFIIVLLFTVLILRLEQMQIGQQSFYMKKLTALTSYTVKESKARGQIFDAKGVVLVENDERPTVAFSRGNNISSQSIKELANKLSHYITLTEVASSDRAKRDYYLADKANYKKVVESLPDSKRYDKFGNHLAESTVYANAVAAVPVSAINYSEDELKVVALFNQMNATPTFGSVKLSTGELSDDQIKKLDADKKELLGISVTSNWHRRKKGTSLSDILGTISTEKAGLPREEVKKYLKKGYSLNDRVGTSYLEKQYEDDLQGIRQIRKVVVNKKGKVVSDNITQEGKSGRNLKLTIDLNYQNKVESILKQYYGSELSSGRASFSEGMYAVAIEPSTGKVLAMAGLKNDHGNLVDDSLGTIAKNFTPGSVVKGATLSSGWENKVLRGNEVLYDQEIANIRSWFTRGLTPISAAQALEYSSNTYMVQVALRLMGQDYNTGDALTDRGYQEAMAKLRKTYGEYGLGVSTGLDLPESEGYVPGKYSLGTTLMESFGQYDAYTPMQLGQYISTIANNGNRLAPHVVSDIYEGNDSNKFAQLVRSITPKTLNKIAISDQELAIIQEGFYNVVNSGSGYATGTSMRGNVTTISGKTGTAETFAKNVNGQTVSTYNLNAIAYDTNRKIAVAVMYPHVTTDTTKSHQLVARDMIDQYISQFTGQSeqID 261MTVFPKHFLWGGAVAANQVEGAFRTDGKGLSVQDVLPNGGLGDFTAKPTPDNLKLEAIDFYHNYKNDIKLFAEMGFKVFRTSIAWSRIFPNGDDSAPNEAGLQFYDNLFDELLKYNIEPLVTLSHYETPLHLAKTYNGWADRRLIAFFEKFAQTVMERYKDKVKYWLTFNEVNSILHMPFTSGAIMTDKSQLSPQELYQAIHHELVASARVTKLGRSINPNFKIGCMILAMPAYPMTSDPRDVLAARQFEQHNLLFSDIHVRGKYPTYIQSYFKNNGIKIKFEEGDEEVLAQNTVDFLSFSYYMSVTQAYDFENYQSGQGNILGGLTNPHLTTSEWGWQIDPIGLRLVLNQYYERYQIPLFIVENGLGAKDQLIETLDGDYTVEDDYRIDYMNQHLVQVAKAIEDGVEIMGYTSWGCIDCVSMSTAQLSKRYGLIYVDRNDDGTGSLQRYKKKSFGWYQKVIKTNGQSLFEHHNRSeqID 262MATFQIKEKMFSLGGKFTITDQTGLPCYHVEGSLFPLPKTFKVFDEEGHLISQIEKKVLSFLPKFNVTLANGNHFTIKKDFSFLKPHYTIEDLDMEVKGNFWDIDFQLLKDNQVIANISQQWFRMTSTYQVEVYNETYNDLTISLVIAIDYVKELEKNASNSeqID 263MKKITTLILASSLLLVATTSVKADDNFEMPTRYVKMSEKSKAFYQRLQEKQRKAHTTVKTFNNSEIRHQLPLKQEKARNDIYNLGILISQESKGFIQRIDNAYSLENVSDIVNEAQALYKRNYDLFEKIKSTRDKVQVLLASHQDNTDLKNFYAELDDMYEHVYLNESRVEAINRNIQKYNSeqID 264MKLKKFFEDLLAKLEYRPIQVFMRHFQSAEMDLSAIAVAYYLLVTAFPLLVIAANIFPYFHINVSDLLSLMQKNLPKNIYEPASRLAVDAFSKPSTGILGFASLTAFWTMSKSLTSLQKAINKAYGVDQHRDFVISRLVGVGTGLIILFLLTFVLIFSTFSKPVLQIIVNMYDLGDTLTAWLLNLAQPVTFLTIFLGIGILYFILPNARIRKVRYVIPGTLFSTFVIGFFSNLISQYVLNRVEKMVDIKTFGSVVIFILMLWFIFLAHIMILGAILNASVQEIATGKIESRRGDIMSLIQKSKEEKSeqID 265MKLLYTDINHDMTEILVNQAAHAAEAGWRIFYIAPNSLSFEKERAVLENLPQEASFAITITRFAQLARYFTLNQPNQKESLNDIGLAMIFYRALASFEDGQLKVFGRLKQDASFISQLVDLYKELQTANLSILDLKYLHSPEKFEDLLAIFLVVSDLLREGEYDNQSKIAFFTEQVRSGQLDVDLKNTILIVDGFTRFSAEEEALIKSLSSRCQEIIIGAYASQKAYKANFTNGNIYSAGVDFLRYLATTFQTKPEFILSKWESKSGFEMISKNIEGKHDFTNSSHILDDTAKDCITIWECINQKDEVEHVARAIRQKLYQGYRYKDILVLLGDVDSYKLQLSKIFEQYDIPYYFGKAETMAAHPLVHFMDSLSRIKRYRFRAEDVLNLFKTGIYGEISQDDLDYFEAYISYADIKGPKKFFTDFVVGAKKFDLGRLNTIRQSLLAPLESFVKTKKQDGIKT
      LNQFMFFLTQVGLSDNLSRLVGQMSENEQEKHQEVWKTFTDILEQFQTIFGQEKLNLDEFLSLLNSGMMQAEYRMVPATVDVVTVKSYDLVEPHSNQFVYALGMTQSHFPKIAQNKSLISDIERQLINDANDTDGHFDIMTRENLKKNHFAALSLFNAAKQALVLTIPQLLNESEDQMSPYLIELRDIGVPFNHKGRQSLKEEADNIGNYKALLSRVVDLYRSAIDKEMTKEEQTFWSVAVRYLRRQLTSKGIEIPIITDSLDTVTVSSDVMTRRFPEDDPLKLSSSALTTFYNNQYKYFLQYVLGLEEQDSIHPDMRHHGTYLHRVFEILMKNQGIESFEEKLNSAINKTNQEDVFKSLYSEDAESRYSLEILEDIARATATILRQDSQMTVESEEERFELMIDNTIKINGIIDRIDRLSDGSLGVVDYKSSAQKFDIQKFYNGLSPQLVTYIDAISRDKEVEQKPPIFGAMYLHMQEPKQDLSKIKNLDDLVTKNHQALTYKGLFSEAEKEFLANGKYHLKDSLYSEAEIAILQAHNQLLYKKASETIKSGKFLINPYTEDAKTVDGDQFKSITGFEADRHMARARALYKLPAKEKRQGFLTLMQQEEENDDLSeqID 266MSETKVMALREAINVAMSEEMRKDEKVFLMGEDVGVYGGDFGTSVGMLEEFGAKRVRDTPISEAAIAGSAIGAAQTGLRPIVDLTFMDFVTIAMDAIVNQGAKTNYMFGGGLSTPVTFRVASGSGIGSAAQHSQSLEAWLTHIPGLKVVAPGTVNESKALLKSSILDNNPVIFLEPKALYGKKEEVNMDPDFYIPLGKGDIKREGTDLTIVSYGRMLERVMQAAEEVAEEGINVEVVDPRTLIPLDKELIIDSVKKTGKLILVNDAYKTGGFTGEIATMVAESEAFDYLDHPIVRLASEDVPVPYSRVLEQGILPDVAKIKDAIYKVVNKGKSeqID 267MAFDVIMPKLGVDMQEGEILEWKKNEGDTVNEGDVLLEIMSDKTNMEIEAEDTGVLLKIVHQAGDVVPVTEVIAYIGEEGEEVGTSSPSADATITAEDGQSVSGPAAPSQETVAAATPKEELAADEYDIVVVGGGPAGYYAAIRGAQLGGKIAIVEKTEFGGTCLNVGCIPTKTYLKNAEILDGLKVAAGRGINLASTNYAIDMDKTVAFKNSVVKTLTGGVRGLLKANKVEIFNGLGQVNPDKSVVIGDKVIKGRNVVLATGSKVSRINIPGIESPLVLTSDDILDLREIPKSLAVMGGGVVGIELGLVWASYGVDVTVIEMADRIIPAMDKEVSLELQKILAKKGMKIKTSVGVSEIVEANNQLTLKLNNGEEVVADKALLSIGRVPQMNGLENLEPELEMERGRIKVNAYQETSIPGIYAPGDVNGTRMLAHAAYRMGEVAAENALGGNKRKAHLDFTPAAVYTHPEVAMVGMTEEQAREQYGDILVGKNSFTGNGRAIASMEAHGFVKVIAEPKYKEILGVHIIGPAAAELINEASTIMENELTVYDVAQSIHGHPTFSEVMYEAFLDVLGEAIHNPPKRKSeqID 268MGKYFGTDGVRGEANVELTPELAFKLGRFGGYVLSQHETDRPRVFVARDTRISGEMLESALIAGLLSVGIEVYKLGVLATPGVSYLVRTEKASAGVMISASHNPALDNGIKFFGSDGFKLDDDRELEIEALLDAKEDTLPRPSAQGLGTLVDYPEGLRKYEKFMESTGIDLEGMKVALDTANGAATASARNIFLDLNADISVIGDQPDGLNINDGVGSTHPEQLQSLVRENGSDIGLAFDGDSDRLIAVDENGEIVDGDKIMFIIGKYLSDKGQLAQNTIVTTVMSNLGFHKALDREGIHKAITAVGDRYVVEEMRKSGYNLGGEQSGHVIIMDYNTTGDGQLTAIQLTKVMKETGKKLSELASEVTIYPQKLVNIRVENNMKDKAMEVPAIAEIIAKMEEEMDGNGRILVRPSGTEPLLRVMAEAPTNEAVDYYVDTIADVVRTEIGLDSeqID 269MKGQKIIALAGLVLSCHFALTACHTQEHKNSHHIKTKQVAKKKANKKKVSVKESHKKRKGVAGVDFPTDDGFLLTKDSKILSHPDSGIVVAHGNHSHFIFYSDLKGSKFSYLIPNANAKTNKKQAVRNFKAGAGAVNTLNDGYVFNPADIVSEDANGYVVRHGDHFHYIPKASLSQQKQVQASRAVSRLGNQNNSHYRVNSSKIAGLHHPTSDGFLFNGQGIKGTTPTGILVEHHNHLHFISFADLRKGGWGSIADRYQPQKKVDSKKQSPSSKKPRTENTLPKDIKDKLAYLARELHLDISRIRVLKTLNGEIGFEYPHDDHTHVIMAKDIDLSKPIPNPHHDDEDHHKGHHHDESDHKHEEHEHTKSNKLSDEDQKKLIYLAEKLGLNPNQIEVLTSEDGSIIFKYPHDDHSHTIASKDIEIGKPIPDGHHDHSHAKDKVGMATLKQIGFDDEIIQDILHADAPTPFPSNETNPEKMRQWLATVTKINIGQRTNPFQRFGLSLMPNIEVLGIGFTPINDMTPVLQFKKLKQLWMTNTGITDYSFLDKMPLLEGLDISQNGIKDLSFLTKYKQLSLIAAANNGITSLKPLAELPNLQFLVLSHNNISDLTPLSNLTKLQELHLDHNNVKNLSALSGKKDLKVLDLSNNKSADLSTLKTTSLFTLLLNETNTSNLSFLKQNPKVSNLTINNAKLASLDGIEESDEIVKVEAEGNQIKSLVLKNKQGSLKFLNVTNNQLTSLEGVNNYTSLETLSVSKNKLESLDIKTPNKTVTNLDFSHNNVPTSQLKLNEKNIPEAVAKNFPAVVEGSMVGNGSLAEKAAMASKEDKQVSDNTNHQKNTEKSAQANADSKKENPKTHDEHHDHEETDHAHVGHHHHSeqID 270MNKRVKIVATLGPAVEFRGGKKFGESGYWGESLDVEASAEKIAQLIKEGANVFRFNFSHGDHAEQGARMATVRKAEEIAGQKVGFLLDTKGPEIRTELFEDGSDFHSYTTGTKLRVATKQGIKSTPEVIALNVAGGLDIFDDVEVGKQILVDDGKLGLTVFAKDKDTREFEVVVENDGLIGKQKGVNIPYTKIPFPALAERDNADIRFGLEQGLNFIAISFVRTAKDVNEVRAICEETGNGHVKLFAKIENQQGIDNIDEIIEAADGIMIARGDMGIEVPFEMVPVYQKMIITKVNAAGKAVITATNMLETMTDKPRATRSEVSDVFNAVIDGTDATMLSGESANGKYPVESVRTMATIDKNAQTLLNEYGRLDSSAFPRNNKTDVIASAVKDATHSMDIKLVVTITETGNTARAISKFRPDADILAVTFDEKVQRSLMINWGVIPVLADKPASTDDMFEVAERVALEAGLVESGDNIVIVAGVPVGTGGTNTMRVRTVKSeqID 271MTATKQHKKVILVGDGAVGSSYAFALVNQGIAQELGIIEIPALFDKAVGDAEDLSHALAFTSPKKIYAATYADCADADLVVITAGAPQKPGETRLDLVGKNLAINKSIVTQVVESGFNGIFLVAANPVDVLTYSTWKFSGFPKERVIGSGTSLDSARFRQALADKIGVDARSVHAYIMGEHGDSEFAVWSHANVAGVQLEQWLQENRDIDEQGLVDLFISVRDAAYSIINKKGATYYGIAVALARITKAILDDENAVLPLSVYQEGQYGDVKDVFIGQPAIVGAHGIVRPVNIPLNDAELQKMQASAEQLKDIIDEAWKNPEFQEASKNSeqID 272
      MQDKNLVDVNLTSEMKTSFIDYAMSVIVARALPDVRDGLKPVHRRILYGMNELGVTPDKPHKKSARITGDVMGKYHPHGDSSIYEAMVRMAQWWSYRHMLVDGHGHFGSMDGDGAAAQRYTEARMSKIALEMLRDINKNTVDFQDNYDGSEREPLVLPARFPNLLVNGATGIAVGMATNIPPHNLGESIDAVKLVMDNPDVTTRELMEVIPGPDFPTGALVMGRSGIHRAYETGKGSIVLRSRTEIETTSNGKERIVVTEFPYGVNKTKVHEHIVRLAQEKRIEGITAVRDESSREGVRFVIEVRRDASANVILNNLFKLTSLQTNFSFNMLAIEKGVPKILSLRQIIDNYIEHQKEVIVRRTQFDKAKAEARAHILEGLLVALDHLDEVITIIRNSETDTIAQAELMSRFELSERQSQAILDMRLRRLTGLERDKIQSEYNDLLALIADLADILAKPERVVTIIKEEMDEVKRKYADARRTELMIGEVLSLEDEDLIEEEDVLITLSNKGYIKRLAQDEFRAQKRGGRGIQGTGVNNDDFVRELVSTSTHDTVLFFTNLGRVYRLKAYEIPEYGRTAKGLPIVNLLKLDEGETIQTIINARKEDVANKYFFFTTQQGIVKRTSVSEFSNIRQNGLRAINLKENDELINVLLIDENEDVIIGTRTGYSVRFKVNAVRNMGRTATGVRGVNLREGDKVVGASRIVNGQEVLIITEKGYGKRTEASEYPTKGRGGKGIKTANITAKNGPLARLVTINGNEDIMVITDTGVIIRTNVANISQTGRSTMGVKVMRLDQEAKIVTVALVEQEIEDKSNIEDTKESeqID 273MTIFDERELKERFTHENRVSFYEFVAKYDAQMVPVMKAKGYRCIHSMERTVVFTFGEFTIRRRRWQKGEHWVVPVDEKLGLKKNVRYSLEFMYQIASLATMMPYEKVIKVVQMMYCIVITKPTVVKAVKISRELLKEKEAYRFFDEDIPVDKEPVDMIYLEGDGVMVKAREEGLDNRNVDLSHFVVHTGSQKVGSNRFVLQNKKEFVSLDNRQTRQKILDYLYNHFYIAPNTLLITNSDGGHGYTPYVFKEIAKALKVKQHEHFWDRYVNEKIKSFFKKLYPVELMTGAFQSIKQHDKEKLRTVLDTTEALILMEEEMEGFNQFKRKLLNNFQYTKSAELRGFSRAGIGVMESQHRKITYRMKKRGMYWTIQGAETMSQLIVLSYEGQLRDLFFGSWREDYQKYQELENLSAGKIKHEQNKINKRYDLQTLGRLRYGRHRNLSeqID 274MAYLSKLSDLDPSLMDADSEQIYIPKVLFEHNDFKGLTYKEILLYSFLLNRLREPLDFIQKGYDDNEDTYVHFKVEDLCELLNQSKTTVISLKKRLAQYGLIEEVKAGSHQPNRIYLTDKEVPYIKGSeqID 275MTDNRFAQLKENFEKGSPKRRVPTSRPIAAQKAPESYNKKGRYPFSLHQDVRYDKLEALVAYHGAKSASDYLERLIVQEWEKMQRKLKNKEKSeqID 276MFSWLEALYYTLIQLAKVNRLNALFLVSVVGYLCYQGIKLVRKTIRNFFQLMKGFIGDRENIKKCIKNKKEALVHSWKHRQDIDWKSTGKDKSKQLWNLMKRLATVAPSFLFLLLGNVLFRLIYQLPFVKQDRKRFDKEMKPLLYFKNYRSFVFMGIGFSFIAFILTNYFVTVLRAAIRFLYFSIMTLRDNSQVVSFNVDSLLIQNLFNARVFVIAPILAVPIFLIGLVVAWRSAWVNFEQYRDYNHNEEGDDRFATVKEIHQQYKKVPNKTETYPGEGGVPVLHETRKNLTGLTLKSQMLWQNRTFSRYLTNAERILGLLSTPSGDYYIDDSTTNLITMGITRSGKGEAHIAPIIDINSRAEIQPSLIIADPKGEHYQSSYKTMRRRGYDVNVLSFQNMDWSMSYNPLALAIAAAKKGYYEMTQTRVNAVAEAIYRKTKPGSGNGNAKYWEDTSISLFNAIAMALMDRANETVRNGETDAWDTVTVRNIAKFLTDLGSEEVFVNDFGEIVENPDKNQQVKKKSKITVYFDNLRKINQEQFSKFRDMADLNFRSSDFASEETKGNVFSSMMSGINLFLQDNIAKLTSKNSIDLESVGFPRRLSIKFRSSSNVAMRNEYTHKTAKVTITSQAVWGKTTKQVIHVDAATALIDGEGYLTYVIEPQLPDQFLVTIDFNHENNGGSAIRHKTFQFSAEKVYKKRGNVITLDDYTKKPVLDHIKVTVLNKQDDNLLQKEDIDLIYSDNPKVIYLVTPPNRTEYNSIVSLFLDQLFNANYELALSNGRKCVNRILHILDEFTNIPAIPHMDTKISIGLGQNILYYLWIQNLKQLVSEYGENTAETIRENCSLKVYIKSTAPATNEYFSKELGTRTITRRRRSSNILDEANPNVSIENPRQELLTPTQLSKLQEGEAVILRGVKGRDNAGRKITTDPIFLHEKTSLPYRYMFLQEEFDQSMALADIPVESGHRDLDLQDIAVGAQSTFNKIIDWRMALTDRMRTNGKIPQLASRKQTIKALSQSQFTSPADLTQAVIAEVFDEEDDDDLFFVDDVMSeqID 277MNSNTKGHGFFRKSKAYGLVCAIALAGAFTLATSQVSADQVTTQATTQTVTQNQAETVTSTQLDKAVATAKKAAVAVTTTPAVNHATTTDAQADLANQTQAVKDVTAKAQANTQAIKDATAENAKIDAENKAEAERVAKENKEGQAAVDARNKAGQAAVDARNKAKQQAQDDQKAKIDAENKAESQRVSQLNAQNKAKIDAENKDAQAKANATNAQLQKDYQADLAEIKSVEAYNAGVRQRNKDAQAKADATNAQLQKDYQAKLALYNQALKAKAEADKQSINNVAFDIKAQAKGVDNAEYGNSIMTAKTKPDGSFEFNHDMIDGVKTIGYGKLTGKVNHHYVANKDGSVTAFVDSVTLYKYEYRNVAQNAAVNQNIVFRVLTKDGRPIFEKAHNGNKTFAETLNKTLQLNLKYELKPHASSGNVEVFKIHDDWVHDTHGSALVSYVNNNDAVPNVVIPERPTPPKPVKVTPEAEKPVPEKPVEPKLVTPTLKTYTPVKFIPREYKPEPITPETFTPEKFTPAQPKVKPHVSIPEKINYSVSVHPVLVPAANPSKAVIDEAGQSVNGKTVLPNATLDYVAKQNFSQYKGIKASAEAIAKGFAFVDQPNEALAELTVKSIKASNGDDVSSLLEMRHVLSKDTLDQKLQSLIKEAGISPVGEFYMWTAKDPQAFYKAYVQKGLDITYNLSFKIKANFTKGQIKNGVAQIDFGNGYTGNIVVNDVTVPEVHKDILDKEDGKSINNSTVKLGDEVTYKLEGWVVPANRGYDLFEYKFVDQLQHTHDLYLRDKVVAKVDVTLKDGTVIKKGTNLGEYTETVYNKTTGHYELAFKKEFLAKVSRESEFGADDFIVVKRIKAGDVYNTADLYVNGYKVKSEAVVTHTTEKSKPVEPQKATPKAPAKGLPSTGEASMTPLTAIGAIILSALGLAGFKKRQKSeqID 278MKQIKIITGLTVATLSAVVGNVYAEDITPTAPVNEPQVSSETAKTPQVTESQVNSAKVTADQAISDVNNQQTVVDEAQKQKDQSQQNLVKATSTVTEAEKVAAEATPEVVKEAIKAVTEAKEAVTDAEANVVDAQKTEQKANQEVQSQAKTVDENVKVVADKESEVKQAEGVVTTAQEAIDSKTANTNASEAEKAVTEKQTKLETAETNLTEAQKQDAKIAEEKRLAEQEVVNKQLAVTDTQTLLKKLVTEINNEKVSTSLENQAYFNQRDGSWAGYYGNYTFAATGCVPSSLAMVFTELARRQITPTEIANYLWNNSNEFNKNYGGTSGKGLVQATKHFGFVPTHLASQSAIVEALQAGHHVLAAVQQDKFSPWGINYSHEIVL
      RGYSNGNTYVYDPYNRANIGWYPVANLWNEQSRDAIDTSSVGVPFFKITTQKMAQLEAQKAQVQSSLNTAKNQLAKTQDVLRTLEATPLKTPEAQAKLNQAKEALALAQADYTKAQEAVKLASQDLAVKEETLKNAQADLLTKQTALKDAQTVLVASQVKLADLKATLATVENNVKKAQATLTDAKAIVGQKQAKLLALQNAPKILADAQAKLVTAKNDLANKMAILDEAVAKLKSLQAVQAEAQKQYHVVFEAYKAVRDAKEQAKLAESYNHIIARGGEAIPVVDETDKITGYVDGSQKAVANEVTLALTSNGAPLESPVNKENQNVTKSSQALPHTGEAGLSILSVLGVGLISTLGLTSLKKRRPHSeqID 279VRLTHVSLWMPSKRSWPLKLQLLRKGVIELEDELKTPYLDQYTDNLTAKVTKKSDDYQVYGRNKEVQSVIISLLRRTKNNPILVGEAGVGKSAIVEGITLAILRGQVPEPLKGLTVRSLELSSLMSEDDEGFIAKFKKIIEEMVATRGHNLLFVDEFHTIIGAGSQNGQALDAGNVIKPVLARGDIQLIGATTLDEFHEYIETDRALERRMQPVMVEEPTISQAITIIEQAKVIYEKFHGIQISSDAVHQAIRLSVRYLTDRFLPDKAFDLIDEAATIASVEGKSKVTEKDIAQVLKDKTGIPVTTILKGDQERLEGFKERLMNRVKGQEDAIEAVVDAVTIAQAGLQNEKRPLASFLFLGPTGVGKTELAKAIAEALFDDEAAMIRFDMSEYKQKEDVTKLIGNRATRIKGQLTEGVKQKPYCVLLLDEIEKAHSEVMDLFLQVLDDGRLTDSSGRLISFKNTIVIMTTNIGAKKIINKWELKGNFKDLTDRDRKQFEKSMDSELQNEFRPEFLNRIENKLIFNLLERDVIEKIAEKNLSEIADRMKRQNLTLSYEPSLIQYLSDVGTDVKNGARPLERLMKRKVLAPISVKSLQLDKSKQGYNVHLWVEGRAPDGNHRQEQRQIHMEIEGERDNFFSSeqID 280MAEENAQQPSLRGKSRRERVEFARSRDILDVAHELNMELFRDGKNYRWKEHDSMVITPATNQWYWFSQRQGGDVIALVETIKEIGFNQAFEYLNEGTFKEFTVVNQVKEPFSYYLEPYEQLFVEARRYLKENRGLSDDTIDFFYDKGVLAQANAKVGDMIEPVLVFKNLDKNGQVVGAALQGLVAAPDKYFGRGYLKQIMKNSQPYNGMHVDIGTPNRLVFAESSIDLMSYYEIHKDSLSDVRLVSLEGLKTGTIGRHLIQLRAEMERRPLSSSWTDEILAQGLDEAVKQGYFKDGKNSHLLTLAVDNDVKGKQLIEELKDKSIPVIDATPPKAEGQSKMDWNAYLQETKATFSTEKYQEKIDHLISDVILGDETYYLWHDDELVNLGAGDSIIQAFHHQLEDRRYVINQAELYVEESSNDGATGYLSIEGHVLDKDGISDYLSDQALTDAEKVAFLETLQTELPDIWDEIVNHYDKVFEEVVVKYGLREKHADIIQEQELDLDPLVVPEAKEKSLEMNQETNTGGELFNRNSSFLGEDSPGTAPQPVEPTAQPDFPTNVRLHFTTDDGNMSNKAFRKNMRTLNLYANTMRDSAQWYLSEIADTTMSYVYKTPHEEGVQVLSVHFGKKNWMHLTGVTPVYENWVDSLSEQFIDDIANSKGHFKNLKFALGTPDKLKVLNLLPEIIESDTFVFNDLSSVQKLNNLDLSQALNPEDSDLLLLFRDEGLHQVPASLMRIKGDLEERLSHIDSGTVLGVYRERNGQLEQVSVNEEYVKDSGQEMLSILQNKHYEEALDSGQEMVQTDGFSAEDFTKVLDAVYHVGVPDDLARVPEGVLPVWQKYLEVSEENQWDLEQMIDYADKNSLLVKDSAFYKEWKEDMIYKNDYHVRLQFAENWDNGVELPFRTEQLIDYKTFVTGLYEANQAHHQRRQESQLPYTKTEFDIYAPGGQLIKDNVHYAIGDETRPVSQLMGLGYRRLPGYQELAVIDNSILSQLENKELNQEIASEANEHSLNSQEIPKEDNYPREAFTSPKQDIKKGLAQRVEEIVAEDATKILVSSIPQVQENLSVEGNLVGTPQADNRMLYTNLEDFGQDYQLELAVYSPKRVDFLEDVQAPWTLALIRKEKKIGYLAYGSDWAKEFQIEEELEHLAAQIGDEKVPEGLYKQAEVEAFIASHQGNESLQEPIPTIVAEPFDYTSASAYEISEHAFQKIREYTQSPEDLLEYMDFMSKFPQLSPRNVALIHEQWRGANAVATYEQWKAMGEALGIKPDDVVQTKATYVNKRTGETKEVVHQGLSVKTGEKSKITLFRPLMVKMIPVLDENGQQLKNDKGNPKYKKLSEASLQEKALVKDGKLPVRQFQERDSKTGQPRFTTYKVFELSQTTLKPGSYPKAMPNRHFNFNVDKVKTKEVLEGLCDYAEKIGVSLMKDDAHVLDNAKGAFYSEEQLILINPNNTPGEKIATTIHELAHATLHNPKLEKQYKELPKGQKEFEAEMTSYLLSKHFGLDTSEKAIHYMASWTDNLKALEDKQLADSLKRVHQTVSKMLKQVEKYTNPHQLGRGKEHGLNFPKAPTKGSSRSeqID 281MDVSSSPNITFMLQYTEANPQYVDYTNREEAVKIDEELSLETNRQMIEGLTEDELTRIQEAVPETQLNFREYIDYMNRSYATEEQSKELTAIFTQEADYLQKLRLIDLKNKLESAYQNGSLLWQGVISFDNAFLAEQGLYDVATGQVDQKAIKAVMRDMMPTLIQKEGLSDSAFWWGNIHLNTDNIHIHFGLSEVESNREKIFYQPRGRMEYKGNFSQKTINRFKSGVYHGLLKEETRSNLLRKEQILANLKADFITSIYQKDKITSSAEKNFLEQAYNHLPLNKKWRYGSNARDFAVSKFFLDRYLDSYLNNEGSAAYQEFLKETRDFLQTYEGVYSAEKNKIYEKLRKVDGQTIRTLAESKGYDLEHHLARRVMDLRERLANNILRSFREAAPQIQDVQLEKNLESFSVLNQKKILEQHPEASVVKSQKAWQKLGYFVKAGEQPLEIIRPVYKSYDKHGKGIGRPEFVSDTVYDISQLTENIQLKSLTLKDLSLFSSNELKELVDAAKLKTNPTERERRELGTYRYALKLSILESSQKELQVRQKLLEQVQPLASDQPFLDFKKQLIAQELQAIALQLTPNYKLSEDDKALKNRLKRQFEDSVALPVSKATPGAIQLPIRQLWTELGLVHHIQDENILTLLKGTSTTKQAYIEELQTHISIFQLKYQINNRNKQISQLSDEATIKEMRIANAKGFSELKRLYDTLQPSDDGQNQISQAVSKQLQERKVIKKAQLQQTQRSGKINTDFMRQLTASLNRSQQASKKALMERARSDEREEQEERRQAQRSeqID 282MKKNKFLLVSIVFIIIFVVQPQNFQSLKNIFTQNDIASQLNISSSPEEKNDGLGTAYQTQNEDLKSKSFDGQHQVIVVNEKAQFTAEELSMRNGSWEKYDNLDFLNRVGVAEAMLGKELMPKEARQDISSVKPTGWKNKKITFNGKQDYLYNRSHLIGFQLSGENANVKNLFTGTRALNANFNDDKSSMVYYENEVANYIKKTNHHVRYRVTPLFKNVELVARGVRIEAQSIEDETISFDVYIFNGQPGYDIDYLTGSSEKIMITKSeqID 283VTKEIKIRSIPEKTWAQLHMISEEYEYPSFNEFMLAQLQRIVENGGLDLYDNKFAETLAVIKEQQAQILDQLLKNEIKLLAYHAKQDIVEELTTDWLRFMDDVDALAAERGAGGRSeqID 284
      LLYYFIYLIKVIGNGLKLSLICGLNWLIKIVFKGQFYLFSAVFCGLLTYYMPQDIQLFTVRVLELIIMLKVIIDVTHTALSRDFKRMKTPLFLGVMYVFFLAGNSYIKAHLLTEVMVNHLISFWLISLFFATLVIVIQPRLFKHYLLKKVIDKEYLGIRKFTDSLPPEINLYKDADEEDADKRMRLINQNVIKHPYQEVVELSFLNREVITAIGYKAVPFEKETERTFIDDDTIYYPIFTVHPFRNLEGKSDFYHILMKLKLSRKAAFTKNGERLLIRDFSeqID 285MIRNEFYNQLINSEPIGFIDPFTDLGEFDSIQMKFKQPVRNLVNKYSGKPYNLSWQNKIEQMRVLYIKYQKSLKLEDEEQEVHNRVKNKKSKKYVHEIVTTYLKLGFRFKEIEARVSLFNTRLRRNWKRSDYVTTDMPEFYLKKDLQNGYCSPNSFLPRSMKINSeqID 286MNEIKCPHCGTAFAINESEYHQLLEQIRGDAFDKEVSERLEKERLILGEQAKNQLQEVVVEKDKEIAKLQYKVKQFLIEKDNLLKDNEYQLAEQLNQKDMMLRDLENQIDRLRLEHENSLQEALTKVERERDAIQNQLHIQEKEKDLALASVKSDYEVQLKAANEQVEFYKNFKAQQSTKAVGESLEHYAETEFNKVRHLAFPNAYFEKDNTLSSRGSKGDFIYREKDENDLEFLSIMFEMKNESDDTIKKHKNEDFFKELDKDRREKSCEYAVLVTMLEADNDYYNTGIVDVSHKYPKMYVIRPQFFIQLIGILRNAALNTLKYKQELALMKEQNIDITHFEEDLDIFKNAFAKNYNSASKNFQKAIDEIDKSIKRMEAVKAALTTSENQLRLANNKLDDVSVKKLTRKNPTMKAKFDALKDSeqID 287MNHFELFKLKKAGLTNLNINNIINYLKKNSLTSLSVRNMAVVSKCKNPTFFIENYKQLDLKKLRQEFKKFPVLSILDSNYPLELKEIYNPPVLLFYQGNIELLSKPKLAVVGARQASQIGCQSVKKIIKETNNQFVIVSGLARGIDTAAHVSALKNGGSSIAVIGSGLDVYYPTENKKLQEYMSYNHLVLSEYFTGEQPLKFHFPERNRIIAGLCQGIVVAEAKMRSGSLITCERALEEGREVFAIPGNIIDGKSDGCHHLIQEGAKCIISGKDILSEYQSeqID 288MTERTFEDIELDLKLFQIKLDNAENSKRLLQKLKNDVMELQIELLESLKLGDAYLTESEELEENNDFILTVNSETLSLSYDNRINLVSKEIMDYENALDKLYYEKQSLMQKSNERKGGSeqID 289LFNKIGFRTWKSGKLWLYMGVLGSTIILGSSPVSAMDSVGNQSQGNVLERRQRDAENRSQGNVLERRQRDAENRSQGNVLERRQRDAENRSQGNVLERRQRDAENRSQGNVLERRQRDVENKSQGNVLERRQRDAENKSQGNVLERRQRDAENRSQGNVLERRQRDVNEKSQGNVLERRQRDAENRSQGNVLERRQRDVENKSQGNVLERRQRDVENKSQGNVLERRQRDAENRSQGNVLERRQRDVENKSQGNVLERRQRDVENKSQGNVLERRQRDAENRSQGNVLERRQRDAENRSQGNVLERRQRDAENKSQVGQLIGKNPLLSKSIISRENNHSSQGDSNKQSFSKKVSQVTNVANRPMLTNNSRTISVINKLPKTGDDQNVIFKLVGFGLILLTSRCGLRRNENSeqID 290MKRLTYYFKGYIKETIFGPLFKLLEASFELLVPIVIAKMIDETIPRGDRSSLLLQIGLIFFLAAVGVVVAITAQYYSSKAAVGYTRQLTEDLYQKVMSLGKKDRDELGTASLITRLTADTFQIQTGLNQFLRLFLRAPIIVFGAIIMAFSISPSLTIWFLVMVVTLFIIVFVMSRLLNPIYLKIRTSTDYLVKLTRQQLQGVRVIRAFNQVDRESEAFNDINYHYTNLQLKAGRLSSLVTPLTFLVVNITLVVIIWRGNLNIANHLLSQGMLVALINYLLQILVELLKMTMLVTSLNQSYISAKRIIAVFERPSEIIDDKLEPKYSNKALEVQEMAFSYPNSSEKALSDITFSMNVGETLGIIGGTGSGKSTLVNLLLHIYKVQEGDIDIYHQGKSPDTISNWRTLVRVVPQNAQLFKGTIRSNLSLGLGKVSEEKLWTALEIAQASDFVKEKDGQLDAPVESFGRNFSGGQRQRLTIARALVQDKIPFLILDDATSALDYLTEARLFKAITKHFNQTNLIIVSQRINSIQNADRILLLDKGKQVGFDNHQSLLAHNKVYKSIYHSQNFKEEESeqID 291MKFNEQSNSQAALLGLQHLLAMYAGSILVPIMIASALGYNAEQLTYLIATDIFMCGIATLLQLQLSKHFGVGLPVVLGCAFQSVAPLSIIGAQQGSGYMFGALIASGIYVVLVAGIFSKVANFFPPIVTGSVITTIGLTLIPVAMGNMGDNAKEPSLQSLTLSLVTIGVVLLINIFAKGFLKSISILIGLISGTILAAFMGLVDASVVAEAPLVHIPKPFYFGAPRFEFTSILMMCIIATVSMVESTGVYLALSDITNDKLDSKRLRNGYRSEGLAVLLGGLFNTFPYTGFSQNVGLVQISGIRTRKPIYFTALFLVILGLLPKFGAMAQMIPSPVLGGAMLVLFGMVALQGMKMLNQVDFEHNEHNFIIAAVSIAAGVGFNGTNLFISLPNTLQMFLTNGIVISTLTAVVLNIILNGLPKKLISeqID 292MANTYDLISQRIEAQRQKLIAIDIVAVASSLGLNLKQGSGGHLYWDEHDSFHIYPQTNTFRWWSRSMGTNTIDLVQVIQEELTGKKPSFRETVNFLETGQFESVTVTPVVREPFKHYLAPYEHHNFDLGRQYLKEERGLSDETIDFALASGSMSSATLKKGDYFEPVIIFKSFAEDGRMIGGSLQGIVENKVQHPERGRLKQIMKHSDGLAGFHLDVGTPKRLVFSEAPIDLLSYYELHKESLQNVRLVAMDGVKKGVISRYTADLLTDGQYSQTMPRESIRGAIDAINQTTRILKNNPNMITIAVDNDEAGRNFIKELQEDGIPINVDLPPRKEHQSKMDWNNYLKQKKGLLKMPQTEGTQKAPEQVLEHEKMDRSQISSGSLEDDPQGSAKPVSKRDTFEQAVTSHPTFSYPLLQFSTEEAFVSNVRDGYHIASEEDIRNLNYYAPSLQQTANWYRDNLADRQVTYMLKGDKEIKALQVSFAKDKFAHLTGIRPIGKGLSAEKLLDDFAKGRGSYPNLTLSNGFNDKIQVLPMIQELSQSKSFVFTDLEEVQKMRNLKASHAIQSNNRSLVVALKTIDDVTFPSSLLRGKKNLNDDLIQKAKENEVLGVLSEKDGNITVLSVNDKYIQDGGQALKDMIKNGELEPLQMETIQRHVPHENAYPKDSDGDGLTDDEEIALGTNPFSSDSDGDGTPDNVEKANGTDPTNASDNEVTRQQEANKRDFTLSEMIKAKNTAALNQHLQDGIKQYFDSDTYKQYLEGMAHFNNYS
      PRNIQLIMSQFPEASMVASFQEWRKRNGSVKKGEKAIYIQAPVSVMKKDENGKPILNPETGEKETITYFKPVPVFDIKQVSPQEGKELNLPKAMGTIPEQLDKEYYQNVYRRSRDISQNNNKVPIRFRELGQEDGFYSPQTNEIVIKKGMSYERTLSTLIHEMAHSELHNKQSLTERFDGKLTRSTKELQAESIAYVVSSHLGFDTSQESFPYLASWSKEKDGLANLTAQLEIVQEEAKNLMERIDQQLSQYQTVTLNKETQQLTKQEMKKQTHPFYQSLAAAKTSRAQVTTQEKEASVKKDNRPTMPSeqID 293MNSQETKGHGFFRKSKAYGLVCGIALAGAFTLATSQVSADQVTTQATTQTVTQNQAETVTSTQLDKAVDTAKKAAVAVTTTTAVNHATTTDAQADLANQTQAVKDVTAKAQANTQAIKDATAENAKIDAENKAEAERVAKANKAGQAEVDARNKAGQAAVDARNKAKQQAQDDQKAKIDAENKAESQRVSQLNAQNKAKIDAENKDAQAKADATNAQLQKDYQTKLANIKSVEAYNAGVRQRNKDAQAKADATNAQLQKDYQAKLAWQALALKAKAEADKQSINNVAFDIKAQAKGVDNAEYGNSIMTAKTKPDGSFEFNHDMIDGVKTIGYGKLTGKVNHHYVANKDGSVTAFVDSVTLYKYEYRNVAQNAAVNQNIVFRVLTKDGRPIFEKAHNGNKTFAETLNKTLQLNLKYELKPHASSGNVEVFKIHDDWVHDTHGSALVSYVNNNDAVPNVVIPEQPTPPKPEKVTPEAEKPVPEKPVEPKLVTPVLKTYTPVKFIPREYKPVPSTPETFTPEKFTPAQPKVKPHVSVPEKINYKVAVHPVQIPKATPTKKVLDENGQSINGKSVLPNATLDYVAKQNFSQYKGIKASAEAIAKGFAFVDQPNEALAELTVKSIKASNGDDVSSLLEMRHVLSKDTLDQKLQSLIKEAGISPVGEFYMWTAKDPQAFYKAYVQKGLDITYNLSFKVKKEFTKGQIKNGVAQIDFGNGYTGNIVVNDLTTPEVHKDVLDKEDGKSINNGTVKLGDEVTYKLEGWVVPANRGYDLFEYKFVDHLQHTHDLYLKDKVVAKVAITLKDGTVIPKGTNLVQYTETVYNKETGRYELAFKADFLAQVSRSSAFGADDFIVVKRIKAGDVYNTADFFVNGNKVKTETVVTHTPEKPKPVMPQKVTPKAPALPSTGEQGVSVLTVLGAALLSLLGLVGFKKRQQSeqID 294MNQIKIITGLTVATLSAVVGNVYAEDITPTAPVNEPQVSSETAKTPQVTESQVNSAKVTADQATSDVNAQKNVVNNAQNQKNQAQQKLVNATTTLNETQKLVQESTNQNQVQQTVDSAKQRLSQTEANQKITQTEQVKAQNQVNAQQTVVVNNEHDVATKTADVKQAQASVDTAKDALTNTIVNSDLNKAQSNVTTKTADVKTATDALTKAQATDKTLTNQKAKAQQIVDSAKQNLSAKDTQLSQANAEVNHHKFKTALGQSHYYNQRDNAWAGVYGGHTFASTGCVPSALAWVYSDLSNRTITPREIADYLYNNTDEFNKRFGGTSGKGIISATKAFGYVVTHLASKNAITEALKAGHHVVAAVANNKFSPWGPQYSHEIVLRGSSNGNTYVYDPYNRDNNGFYSVDRIWNEQSRDSIDTAGVGVPFFAIMTKNMANALTKQSQALASQQVAQKQLNDAQAKATGLNAVTMQTPIAQANLIKAQSNLKDAQKRLAEAQASVKLANQDNVKKQADLTKAESKLKDAQKQLAAAQAKLTTSKTKLNQLKQVLAEASQQVAQANQDYKQAKDNLTQKTAYLTNLRNAQANLIKAQSDVAQAKDNLANKIAKLQREVAYLQELKTKAVDAQSQYQKVLSAYKSVLSAKASLKLAEEKARLDKKGHEAVAVVDETGKITSYITSKHKIEMKSLVATKTTDVKQVSVAKASVLPSTGDVKQVSVALLGMLLTFSGFLGIRKQSKKVINSeqID 295MISRKVALVTGASAGFGAAIVTKLVSDGYSVIGCARRMDKLKCFGEKFSEGYFYPLQMDITSRESVDKALESLPKNLQSIDLLVNNAGLALGLDKSYEADFEDWMTMINTNVVGLIYLTRCILPKMVEVNRGLIINLGSTAGTIPYPGANVYGASKAFVKQFSLNLRADLAGTKIRVTNLEPGLCEGTEFSTVRFKGDHKRVEKLYEGAHAIQAEDIANTVSWVASQPEHININRIEIMPVSQTYGPQPVYRDSeqID 296MIYLDNAATTALTPSVIEKMTNVMTSNYGNPSSIHTFGRQANQLLRECRQIIAEYLNVNSREIIFTSGGTESNNTAIKGYALANQLKGKHIITSEIEHHSVLHTMTYLSERFGFDITYLKPNHGQITAKDVQEALRDDTIMVSLMFANNETGDFLPIQEIGQLLRNHQAVFHVDAVQVFSKMELDPHSLGIDFLAASAHKFHGPKGVGILYCAPHHFDSLLHGGDQEEKRRASTENIIGIAGMSQALTDATTNTLKNWTHISQLRTTFLDAISDLDFYLNNGQDCLPHVLNIGFPRQNNGLLLTQLDLAGFAVSTGSACTAGTVEPSHVLTSLYGANSPRLNESIRISFSELNTQEEILELAKTLRKIIGDSeqID 297MSRKTFKHILSIGVCTLVLSMSLYYTEKAHAIAGPSDRQYVENPNPHIIVNVTGTDQNGNSILPHYIEVNVKMGQTLSKEEILDYIARNLNSSVGGESKNVQYSNIEFKESAYLKRQLDDGKTEEIAIDMDGVTVPKDGPNKFWIDVPVTCTVTPIVTETHEVRWGTPVAISHRIYFVEESSGKVLDEYTNLHTADSELNGYRVGDYITDYALSKSAYEAFLNSRLDKEGYKLQHRISTNVRQNLQIDKLIFNYDFNEENIYYQIGNIRPLLSRSSAEVESDIITERYYVSKNAKSLARTESTISIKMVDAKTEQPLFNHTLTGYQLATVSHVYNRLFEENLIPTTKSGERYFIQNMKKTAEQEYTVYLSETPYSKENAPVISYDARPVDWDYHSGASGSLENQPNIYTEEDSTEFLGNKPQAACYPNKQFACENTDSKYNYSYLEKSeqID 298MNPLIIGMNDKQAEAVQTTDGPLLIMAGAGSGKTRVLTHRIAYLIDEKYVNPWNILAITFTNKAAREMRERAIALNPATQDTLIATFHSMCVRILRREADYIGYNRNFTIVDPGEQRTLMKRIIKQLNLDTKKWNERSILGTISNAKNDLLDEIAYEKQAGDMYTQVIAKCYKAYQEELRRSEAMDFDDLIMMTLRLFDQNKDVLAYYQQRYQYIHVDEYQDTNHAQYQLVKLLASRFKNICVVGDADQSIYGWRGADMQNILDFEKDYPQAKVVLLEENYRSTKKILQAANNVINHNKNRRPKKLWTQNDEGEQIVYHRANNEQEEAVFVASTIDNIVREQGKNFKDFAVLYRTNQQSRTIEEALLKSNIPYTMVGGTKFYSRKEIRDVIAYLNILANTSDNISFERIVNEPKRGVGPGTLEKIRSFAYEQNMSLLDASSNVMMSPLKGKAAQAVWDLANLILTLRSKLDSLTVTEITENLLDKTGYLEALQVQNTLESQARIENIEEFLSVTKNFDDNPEITVEGETGLDRLSRFLNDLALIADTDDSATETAEVTLMTLHAAKGLEFPVVFLIGMEEGVFPLSRAIEDADELEEERRLAYVGITRAEQILFLTNANTRTLFGKTSYNRPTRFIREIDDELIQHQGLARPVNSSFGVKYSKEQPTQFGQGMSLQQALQARKSNSQPQVTAQLQALNANNSHETSWEIGDVATHKKWGDGTVLEVSGSGKTQELKINFPGIGLKKLLASVAPISKKEN
      SeqID 299MKLYVQIMVILTFSFAGEVLSTIFMLPVPGSIIGLILLFLALKYKIIRLRHIDAVGNFLLANMTILFLPPAVGLMEHFQDIKPYLFGIAIIILGALFLNILTIGLVSQWIKKRYEGDYPEIGGKNGNFNESeqID 300MIFVTVGTHEQQFNRLIKEVDRLKGTGAIDQEVFIQTGYSDFEPQNCQWSKFLSYDDMNSYMKEAEIVITHGGPATFMSVISLGKLPVVVPRRKQFGEHINDHQIQFFKKIAHLYPLAWIEDVDGLAEVLKRNIATEKYQGNNDMFCHKLEKIIGEISeqID 301MVMIIELKEATVQVSNGLAEMKTILDHVNLSIYEKHDFITILGGNGAGKSTLFNVIAGTLMLSGGNIYIMGQDVTNLPAEKRAKYLSRVFQDPKMGTAPRMTVAENLLVAKFRGEKRPLVPRKITNYTEEFQKLIARTGNGLDRHLETPTGLLSGGQRQALSLLMATLKKPNLLLLDEHTAALDPRTSVSLMGLTDEFIKQDSLTALMITHHEDDALKYGNRILVMKDGKIVRDLNQAQKNKMAIADYYQLFDSeqID 302MEIKKKHRIMLYSALILGTILVNNSYQAKAEELTKTTSTSQIRDTQTNNIEVLQTESTTVKETSTTTTQQDLSNPTASTATATATHSTMKQVVDNQTQNKELVKNGDFNQTNPVSGSWSHTSAREWSAWIDKENTADKSPIIQRTEQGQVSLSSDKGFRGAVTQKVNIDPTKKYEVKFDIETSNKAGQAFLRIMEKKDNNTRLWLSEMTSGTTNKHTLTKIYNPKLNVSEVTLELYYEKGTGSATFDNISMKAKGPKDSEHPQPVTTQIEESVNTALNKNYVFNKADYQYTLTNPSLGKIVGGILYPNATGSTTVKISDKSGKIIKEVPLSVTASTEDKFTKLLDKWNDVTIGNHVYDTNDSNMQKINQKLDETNAKNIKTIKLDSNHTFLWKDLNLNNSAQLTTATYRRLEDLAKQITNPHSTIYKNEKAIRTVKESLAWLHQNFYNVNKDIEGSANWWDFEIGVPRSITATLALMNNYFTDAEIKTYTDPIEHFVPDAGYFRKTLDNPFKALGGNLVDMGRVKIIEGLLRKDNTIIEKTSHSLKNLFTTATKAEGFYADGSYIDHTNVAYTGAYGNVLIDGLTQLLPIIQETDYKISNQELDMVYKWINQSFLPLIVKGELMDMSRGRSISREAASSHAAAVEVLRGFLRLAMMSNEERNLDLKSTIKTIITSNKFYNVFNNLKSYSDIANMNKMLNDSTVATKPLKSNLSTFNSMDRLAYYNAEKDFGFALSLHSKRTLNYEGMNDENTRDWYTGDGMFYLYNSDQSHYSNHFWPTVNPYKMAGTTEKDAKREDTTKEFMSKHSKDAKEKTGQVTGTSDFVGSVKLNDHFALAAMDFTNWDRTLTAQKGWVILNDKIVFLGSNIKNTNGIGNVSTTIDQRKDDSKTPYTTYVNGKTIDLKQASSQQFTDTKSVFLESKEPGRNIGYIFFKNSTIDIERKEQTGTWNSINRTSKNTSIVSNPFITISQKHDNKGDSYGYMMVPNIDRTSFDKLANSKEVELLENSSKQQVIYDKNSQTWAVIKHDNQESLINNQFKMNKAGLYLVQKVGNDYQNVYYQPQTMTKTDQLAISeqID 303MHSFSNPGYPYDNAVTEAFFKYLKHRQINRKHYQNIKQVQLDCFEYIENFYNNYNPHTANLGLTPNQKEENYFNAIKSeqID 304VKKTYGYIGSVAAILLATHIGSYQLGKHHMGLATKDNQIAYIDDSKGKAKAPKTNKTMDQISAEEGISAEQIVVKITDQGYVTSHGDHYHFYNGKVPYDAIISEELLMTDPNYRFKQSDVINEILDGYVIKVNGNYYVYLKPGSKRKNIRTKQQIAEQVAKGTKEAKEKGLAQVAHLSKEEVAAVNEAKRQGRYTTDDGYIFSPTDIIDDLGDAYLVPHGNHYHYIPKKDLSPSELAAAQAYWSQKGGRGARPSDYRPTPAPGRRKAPIPDVTPNPGQGHQPDNGGYHPAPPRPNDASQNKHQRDEFKGKTFKELLDQLHRLDLKYRHVEEDGLIFEPTQVIKSNAFGYVVPHGDHYHIIPRSQLSPLEMELADRYLAGQTEDNDSGSEHSKPSDKEVTHTFLGHRIKAYGKGLDGKPYDTSDAYVFSKESIHSVDKSGVTAKHGDHFHYIGFGELEQYELDEVANWVKAKGQADELAAALDQEQGKEKPLFDTKKVSRKVTKDGKVGYMMPKDGKDYFYARDQLDLTQIAFAEQELMLKDKKHYRYDIVDTGIEPRLAVDVSSLPMHAGNATYDTGSSFVIPHIDHIHVVPYSWLTRDQIATVKYVMQHPEVRPDVWSKPGHEESGSVIPNVTPLDKRAGMPNWQIIHSAEEVQKALAEGRFATPDGYIFDPRDVLAKETFVWKDGSFSIPRADGSSLRTINKSDLSQAEWQQAQELLAKKNTGDATDTDKPKEKQQADKSNENQQPSEASKEEKESDDFIDSLPDYGLDRATLEDHINQLAQKANIDPKYLIFQPEGVQFYNKNGELVTYDIKTLQQINPSeqID 305MKKGFFLMAMVVSLVMIAGCDKSANPKQPTQGMSVVTSFYPMYAMTKEVSGDLNDVRMIQSGAGIHSFEPSVNDVAAIYDADLFVYHSHTLEAWARDLDPNLKKSKVDVFEASKPLTLDRVKGLEDMEVTQGIDPATLYDPHTWTDPVLAGEEAVNIAKELGRLDPKHKDSYTKKAKAFKKEAEQLTEEYTQKFKKVRSKTFVTQHTAFSYLAKRFGLKQLGISGISPEQEPSPRQLKEIQDFVKEYNVKTIFAEDNVNPKIAHAIAKSTGAKVKTLSPLEAAPSGNKTYLENLRANLEVLYQQLKSeqID 306LRKKQKLPFDKLAIALMSTSILLNAQSDIKANTVTEDTPATEQTVETPQPTAVSEEAPSSKETKTPQTPSDAGETVADDANDLAPQAPAKTADTPATSKATIRDLNDPSQVKTLQEKAGKGAGTVVAVIDAGFDKNHEAWRLTDKAKARYQSKEDLEKAKKEHGITYGEWVNDKVAYYHDYSKDGKTAVDQEHGTHVSGILSGNAPSETKEPYRLEGAMPEAQLLLMRVEIVNGLADYARNYAQAIRDAINLGAKVINMSFGNAALAYANLPDETKKAFDYAKSKGVSIVTSAGNDSSFGGKTRLPLADHPDYGVVGTPAAADSTLTVASYSPDKQLTETATVKTADQQDKEMPVLSTNRFEPNKAYDYAYANRGTKEDDFKDVKGKIALIERGDIDFKDKIAKAKKAGAVGVLIYDNQDKGFPIELPNVDQMPAAFISRKDGLLLKDNPQKTITFNATPKVLPTASGTKLSRFSSWGLTADGNIKPDIAAPGQDILSSVANNKYAKLSGTSMSAPLVAGIMGLLQKQYETQYPDMTPSERLDLAKKVLMSSATALYDEDEKAYFSPRQQGAGAVDAKKASAATMYVTDKDNTSSKVHLNNVSDKFEVTVTVHNKSDKPQELYYQATVQTDKVDGKHFALAPKALYETSWQKITIPANSSKQVTVPIDASRFSKDLLAQMKNGYFLEGFVRFKQDPKKEELMSIPYIGFRGDFGNLSALEKPIYDSKDGSSYYHEANSDAKDQLDGDGLQFYALKNNFTALTTESNPWTIIKAVKEGVENIEDIESSEITETIFAGTFAKQDDDSHYYIHRHANGKPYAAISPNGDGNRDYVQFQGTFLRNAKNLVA
      EVLDKEGNVVWTSEVTEQVVKNYNNDLASTLGSTRFEKTRWDGKDKDGKVVANGTYTYRVRYTPISSGAKEQHTDFDVIVDNTTPEVATSATFSTEDRRLTLASKPKTSQPVYRERIAYTYMDEDLPTTEYISPNEDGTFTLPEEAETMEGATVPLKMSDFTYVVEDMAGNTYTPVTTKLLEGHSNKPEQDGSDQAPDKKPEAKPEQDGSGQTPDKKTETKPEKDSSGQTPGKTPQKGQPSRTLEKRSSKRALATKASTRDQLPTTNDKDTNRLHLLKLVMTTFFLGLVAHIFKTKRQKETKKSeqID 307FSVTYSQSERTVVFSFGEITFSRSRWTNGFETRIPVDEWLGLEKYKRYSIEFLYHVAKLATMMPYRQVCKVIDSTLQTIITKDCVLKAVKFVEKLLKEKERYRFYLEEPPERKKVKKLYVEGDGVMIKSTDSREERRYLDLTHFVIHTGSKKVSTKRYELQDKHEILQLNYDKAKYNLLDYIYNNYEVDDDTILITNSDMGKGYTSRVFKELGKALKVKKHEHFWDIYHVKEKLSSYLRKYPIELTDFALDAVKKYNSDKLELVFDTVESLICDELEDQEFQKFKKKVLNNFKYIKPAHLRNLSNRGIGIMESQHRKITYRMKRRGMYWSKWGISTMANMIILERANGLRELFFGSWRKVYSEYKEGSFSAGRLFKKTDELDKFSKPLLKNGRKWSITGIKTKSeqID 308KASSGDYGTKREIITANKDKYSISKMCRWLNMPRSSYYYQAVESVSKTEFEETIKRIFLDSESRYGSRKIKICLNNEGITLSRRRIRRIMKRLNLVSVYQKATFKPHSRGKNEAPIPNHLDRQFKQERPLQALVTDLTYVRVGNRWAYVCLIIDLYNREIIGLSLGWHKTAELVKQAIQSIPYALTKVKMFHSDRGKEFDNQLIDEILEAFGITRSLSQAGCPYDNAVAESTYRAFKIEFVYQETFQSLEELALKTEKATLFCTTFIKCCLFRFLPMLSeqID 309MKTRNRKGGYLANTANEYIDSKQAIHCLSVELEPQIRFEEGQPTGEIIAYKAWFSQKGLPPFMVKFENEVTLPAYMVMVQFENLQACEVGFNVYFKADNLKEVKSeqID 310LSTFDSVTGRTNHLEAYEGLNLSEKFAILSHFDKLRNELQTPSIQLGEFDREMEAFSITLGNELLGYLEANGSPYELKRELNQAEMMAVLELSRQLVAKFSTKLEELGIDLGSFQPDQVNILLDAVGRFRLKNADIALLGGYPKASVSQLALATELLQMGLSHDKVEFFLTSQLQLEDMRQVAFAFLHESLTREEAEQFETDRFRHTSLNFREWRELLEKQEPEMVEMSDVSPLVREVLHHYPLGSRVTYKGQEFEILSIEAADMDNLIRIELQNDFSYLIEQNQNLYFQNLAEIRQVQVLSRSEIVEREEQPEEEWTLFSFMDEGTEDNEKEPEIVFESTDKVVTLDSQPAQVSETISESVPETKEVIEAEQAIAVDFSFPEDLTNFYPKTARDKVVANLVAIRLVKELESANQSATPNEQEILAKYVGWGGLANEFFDEYNPKFSKEREELKTLVSDKEYSDMKQSSLTAYYTDPLLIRQMWSKLEQDGFSGGKILDPSMGTGNFFAAMPAHLREKSELCGVELDTITGAIAKQLHSNVHIEVKGFETVAFNDNSFDLVISNVPFANIRIADNQYDKPYMIHDYFVKKSLDLVHDGGQVAIISSTGTMDKRTENILQDIRETTDFLGGVRLPDTAFKAIAGTSVTTDMLFFQKHLNKGYQADDIAFSGSVRYDKDERIWLNPYFDGEYNAQVLGRYEIKNFNGGTLSVKETTDNLIASVREALQHVKAPRVIDKTEVMINSDVIARQVIDTTIPPEIRENLEQYSYGYKGSTIYYRDNKGIRVGTKTEEISYYVDDEGNFQAWESKHSQKQIDRFNNLEVTDSTALDVYVTEEPAKRGQFKGYFKKAVFYEAPLSEKEVARIKGMVDIRNAYQEVIAIQRNYDYDKNEFNRLLGNLNRTYDSFVKRYGFLNSPVNRNLFDSDDKYSLLASLEDESLDPSGKTVIYTKSLAFEKALVRPEKMVKEVSTALDALNSSLADGRGVDFDYMASIYQTASKAALIEELGDQIIPDPESYLKGQLTYVSRQEFLSGDIVTKLEVMDLLLKQDNHDFNWAHYGNLLESVRPARVMLADIDYRIGSRWIPLAVYGKFVQEAFMGKNYDLTATEVEEVLSVSPIDGTMEFRTRFAYTYSTATDRSLGVAGSRYDSGRKIFENLLNSNQPTITKQIQEGDKKKNVTDVEKTTVLRAKEAQIQDLFQDFVASYPEAQQMIEDTYNSLYNRTVSKVYDGSRLEIDGLAQNISLRPHQKNAIQRIVEEKRALLAHEVGSGKTLTILGAGFKLKELGMVHKPLYVVPSSLTAQFGQEIMKFFPTKKVYVTTKKDFAKARRKQFVSRIITGDYDAIVIGDSQFEKIPMSQEKQVTYIQDKLEQLREIKQGSDSDYTVKEAERSIKGLENQLEELQKLDRDTFIEFENLGIDFLFVDEAHHFKNIRPITGLGNVAGITNTTSKKNVDMEMKVRQIQAEYGDRNVVFATGTPVSNSISELYTMMNYIQPDVLERYQVSNFDSWVGAFGNIENSMELAPTGDKYQPKKRFKKFVNLPELMRIYKETADIQTSDMLDLPVPEATVIAVESELTEAQKNYLEELVDRSDAIKSGSVDPSVDNMLKVIGEARKLAIDMRLIDPAYTLSDNQKIMQVVDNVERIYREGKGDKATQMIFSDIGTPKSKEEGFDVYNELKALLVDRGIPKEEIAFVHDANTDEKKNSLSRKVNSGEVRILMASTEKGGTGLNVQARMKAVHHLDVPWRPSDIQQRNGRLIRQGNQHQNVEIYHYITKGSFDNYLWATQENKLRYIKQIMTSKDPVRSAEDIDEQTMTASDFKALATGNPYLKLKMELENELTVLENQKRAFNRSKDEYRHTISYCEKNLPVMEKRLRQYDRDIEKSQATKNQEFIMRFDNQTIDNRSEAGDYLRKLITYNRSETKEVRTLATFRGFELKMATRSPGEPLSDMVSLTISGDNQYSVSLDLKSDVGTIQRINNAIDHILEDKEKTEEMTNNLKDKLAVARVEVEKVFAKEEEYQLVKAKYDVLAPLVEREADLEEIDVALSQFSSSDPCLKKDQQLVLDISeqID 311MTTKCNHHFLINQEKGEKYVFRKSKQYRTLCSVALGTVVMAFVALAGPMVQADEVGRTVATSVQTETNPATNLKENQPSPIAEQKDSLAATGQSTGTVTVTVPHDKVTQAVDKAKTEGIKAVQDKPMDLGNTVSAAETSQQLKKAEEDATNQTTTISKTVEIYKSDKATYEAEKKWVEKRNEELTAAYDKAEQTGTGLNHSVDTTVSELKSQDQNAHVTVNTQTVKSGDGTSVSGYQEYVKSVAAIDKKNKANLADYRTKKQAADAVVAKNQLIQKENEAGLAKAKAENEAIDRRNKEGQKAVDEANKAGQAAVEQANQEKQKQAANRAFEIATITKRNKEREEVAKKENAAIDAYNAKEWIRYKRDLANISKGEEGYISEALAQALDLNHGEPQVKHGAGTRNPDRIISKGDAMLGGYSNILDSTGFFVYNHFKTGETLNFTYQNLKHARFDGKKITAITYDITNLVSPTGTNAVQLVVPNDPTEGFIAYRNDGAGNWRTDKMEFRVKARYFLEDGSQVTFTKEKPGVFTHSSLNHNDIGLEYVKDSSGKFVPIHGSSVQVTNEGLARSLGSNRASDLKLPEEWDTTSSRYAYKGAIVSTVTSGNIYTVTFGQGDMPTQVGGKTYWFALNTLPVAKTVTPYNPKTHVRPQLDPVPEPIKVTPETYTPKIFTPEKPVTFTPKSVEKVPQPSLTLTKVTLPTNLKLEPLPKAPQKPTVHYHDYLLTTTPAIAKEVMNVDKVNLHGKQVAKDSTVIYPLTVDVLSPNRSKITSLIFEDYLPAGYAFDMTKTQAENSDYDLTFDKNKNFVTLKAKDSLLQTLNKELNKSYQLSAPKLYGSVQNDGATYSNSYKLLINKDTPNTYTVISNVVRIRTPGDGETTSRIRPKKDNENADGVLINDTVVALSTTNHYRLTWDLDQYKGDTSS
      KDTIARGFLFVDDYPEEALDLVDKGTVITTLDGKAVSGISVYSYTSLDKAPKELQDKLARANISPKGAFQVFEPDNHQAFYDTYVKTGQSLALLTKMKVKDSLYGQTVRYKNKAYQVDFGNGYETKEVVNTVVHPEPKKQNLNKDKVDINGKAMLVGSQNFYTLSWDLDQYRGLQADKSQIAQGFYFVDDYPEDVLLPDTKAIQIMTKDGKAVKGMEIKTYHQLSDAPKELQAALAKRNITPKGAFQVFMPKDPQAFYKAYVTTGQNLTIVNPMTVREAVYNSGKSYDNVAYQVDFGQAYETNIVTNHVPTVNPHKSNTNKEGVSIEGKTVLPNTVNYYKIVLDYSQYKNMIVTDDVLVKGFYMVDDYPEEALTPHPDGTQVMDQNGKFVRGLSVRTYASLADAPKAVQEAMKSRNFIPKGAIQVFQADDPKTFFETYVKTGQKLVVTTPMTVKNERIQTGGQYENTAYQIDFGIAYVTETVVNNVPKLEPQKDVVIDLSQKDKSLNGKAIALDQVFNYRLVGSLIPRNRATALVEYSFKDDYDEKHDEYKGVYKAYTLRDVTLKDGTVLKQGTEVTKYTLQSVDKAKGTIAIRFDTAFLENIADESEFQAELYLQMKRIASGDVENTVIHSVNGYNIRSNTVKTTTPQPESPTPDNPPSPQPPVPTTESPVQASVLPSTGESQSLLALIGGGLLLGLAYGLSKRKKEKNSeqID 312MANNNFYNRDPFGNMDDIFNSLMGMMGGYNSENKRYLINGREVTPEEFSQYRQTGKLPGQELNNQNTPTNQVSADSVLTKLGTNLTDQARQHLLDPVIGRNKEIQETAEILARRTKNNPVLVGDAGVGKTAVIEGLAQAIINGDVPAAIKNKEIISIDISSLEAGTQYRGSFEENIQNIIKEVKETGNIILFFDEIHQILGAGSTGGDSGSKGLADILKPALSRGELTVIGATTQDEYRNTILKNAALARRFNEVKVNAPSAQDTFNILMGIRNLYEQHHNVVLPDSVLKAAVDLSIQYIPQRSLPDKAIDLIDMTAAHLAAQHPVTDLKSLEKEIAAQRDKQEKAVNTEDFEEALKVKTRIEELQNQIDNHTEGQKVTATINDIAMSIERLTGVPVSNMGASDIERLKELGNRLKGKVIGQNDAVEAVARAIRRNRAGFDDGNRPIGSFLFVGPTGVGKTELAKQLAFDMFGSKDAIVRLDMSEYNDRTAVSKLIGATAGYVGYDDNSNTLTERIRRNPYSIVLLDEIEKADPQVITLLLQVLDDGRLTDGQGNTINFKNTVIIATSNAGFGNEAFTGDSDKDLKIMERISPYFRPEFLNRFNGVIEFSHLSKDDLNEIVDLMLDEVNQTIGKKGIDLVVDENVKSHLIDLGYDEAMGVRPLRRVIEQEIRDRITDYYLDHTDVKHLKANLQDGQIVISERSeqID 313MGRFKKLLESKKALILHGALGTELESRGCDVSGKLWSDKYLIEDPAAIQTIHEDYIRAGADIVTTSTYQATLQGLAQVGVSESQAEDLIRLTVQLAKAVREQVWKSLTKEEKSERIYPLISGDVGPYAAFLADGSEYTGLYDIYKEGLKNFHRHRIELLLDEGVDLLALETIPNAQEAEALIELLVEDFPQVEAYMSFTSQDGKTISDGSAVAGLAKAIDVSPQVVALGINCSSPSLVADFLQAIAEQTDKPAVTYPNSGEIYDGASQSWQSSRDHSHTLLENTSDWQKLGAQVVGGCCRTRPADIADLSEHLTSeqID 314MKIGIDKIGFATSQYVLEMTDLAIARQVDPEKFSKGLLLDSLSITPVTEDIVTLAASAANDILSDEDKETIDMVIVATESSIDQSKAASVYVHQLLEIQPFARSFEMKEACYSATAALDYAKLHVEKHPDSKVLVIASDIAKYGIKSTGESTQGAGSIAMLISQNPSILELKEDRLAQTRDIMDFWRPNYSDVPYVNGMFSTKQYLDMLKTTWKEYQKRFNTSLSDYAAFCFHIPFPKLALKGFNKILDNNLDEQKKAELQENFEHSITYSKKIGNCYTGSLYLGLLSLLENSQNLKAGDQIAFFSYGSGAVAEIFTGQLVDGYQNKLQSDRMDQLNKRQKITVTEYEKLFFEKTILDENGNANFNTYRTGTFSLDSICEHQRIYKKINNSeqID 315MKSAYIFFNPKSGKDEQALAQEVKSYLIEHDFQDDYVRIITPSSVEEAVALAKKASEDHIDLVIPLGGDGTINKICGGVYAGGAYPTIGLVPAGTVNNFSKALNIPQERNLALENLLNGHVKSVDICKVNDDYMISSLTLGLLADIAANVTSEMKRKLGPFAFVGDAYRILKRNRSYSITLAYDNNVRSLRTRLLLITMTNSIAGMPAFSPEATIDDGLFRVYTMEHIHFFKLLLHLRQFRKGDFSQAKEIKHFHlNNLTISTFKRKKSAIPKVRIDGDPGDQLPVKVEVIPKALKFIIPNSLPSeqID 316MTTFTAKFIDQEWEVPVESGRYHMIVGEFCPYAQRPQIARQLLGLDKHISISFVDDVPSDIGLIFSQPEQVTGAKSLRDIYHLTDPTYKGPYTIPILIDKTDNRIVCKESADMLRLFTTDFSDLHQEDAPVLFSQETASLIDNDIKDINNNFQSLMYKLAFLDKQADYDTYSKEFFTFLDQKEHLLGQRPFLLGDNLSEVDIHFFTPLVRWDIAGRDLLLLNQKALEDYPNIFSWAKTLYNDFNLKTLTNPQSIKNNYYLGKFGRAVRHHTIVPTGPNMVKWEKSeqID 317MKKKIILKSSVLGLVAGTSIMFSSAFADQVGVQVIGVNDFHGALDNTGTANMPDGKVTNAGTAAQLDAYIDDAQKDFKQTNPNGESIRVQAGDMVGASPANSGLLQDEPTVKTFNAMNVEYGTLGNHEFDEGLAEYNRIVTGKAPAPDSNINNITKSYPHEAAKQEIVVANVIDKVNKQIPYNWKPYAIKNIPVNNKSVNVGFIGIVTKDIPNLVLRKNYEQYEFLDEAETIVKYAKELQAKNVKAIVVLAHVPATSKDDIAEGEAAEMMKKVNQLFPENSVDIVFAGHNHQYTNGLVGKTRIVQALSQGKAYADVRGVLDTDTQDFIETPSAKVVAVAPGKKTGSADIQAIVDQANTIVKQVTEAKIGTAEVSGMITRSVDQDNVSPVGSLITEAQLAIARKSWPDIDFAMTNNGGIRADLLIKPDGTITWGAAQAVQPFGNILQVVEITGRDLYKALNEQYDQKQNFFLQIAGLRYTYTDNKEGGEETPFKVVKAYKSNGEEINPDAKYKLVINDFLFGGGDGFASFRNAKLLGAINPDTEVFMAYITDLEKAGKKVSVPNNKPKIYVTMKMVNETITQNDGTHSIIKKLYLDRQGNIVAQEIVSDTLNQTKSKSTKINPVTTIHKKQLHQFFAINPMRNYGKPSNSTTVKSKQLPKTNSEYGQSFLMSVFGVGLIGIALNTKKKHMKSeqID 318MAYIWSYLKRYPNWLWLDLLGAMLFVTVILGMPTALAGMIDNGVTKGDRTGVYLWTFIMFIFVVLGIIGRITMAYASSRLTTTMIRDMRNDMYAKLQEYSHHEYEQIGVSSLVTRMTSDTFVLMQFAEMSLRLGLVTPMVMIFSVVMILITSPSLAWLVAVAMPLLVGVVLYVAIKTKPLSERQQTMLDKINQYVRENLTGLRVVRAFARENFQSQKFQVANQRYTDTSTG
      LFKLTGLTEPLFVQIIIAMIVAIVWFALDPLQRGAIKIGDLVAFIEYSFHALFSFLLFANLFTMYPRMVVSSHRIREVMDMPISINPNAEGVTDTKLKGHLEFDNVTFAYPGETESPVLHDISFKAKPGETIAFIGSTGSGKSSLVNLIPRFYDVTLGKILVDGVDVRDYNLKSLRQKIGFIPQKALLFTGTIGENLKYGKADATIDDLRQAVDISQAKEFIESHQEAFETHLAEGGSNLSGGQKQRLSIARAVVKDPDLYIFDDSFSALDYKTDATLRARLKEVTGDSTVLIVAQRVGTIMDADQIIVLDEGEIVGRGTHAQLIENNAIYREIAESQLKNQNLSEGESeqID 319MKKGQVNDTKQSYSLRKYKFGLASVILGPFIMVTSPVFADQTTSVQVNNQTGTSVDANNSSNETSASSVITSNNDSVQASDKVVNSQNTATKDITTPLVETKPMVEKTLPEQGNYVYSKETEVKNTPSKSAPVAFYAKKGDKVFYDQVFNKDNVKWISYKSFCGVRRYAAIESLDPSGGSETKAPTPVTNSGSNNQEKIATQGNYTFSHKVEVKNEAKVASPTQFTLDKGDRIFYDQILTIEGNQWLSYKSFNGVRRFVLLGKASSVEKTEDKEKVSPQPQARITKTGRLTISNETTTGFDILITNIKDDNGIAAVKVPVWTEQGGQDDIKWYTAVTTGDGNYKVAVSFADHKNEKGLYNIHLYYQEASGTLVGVTGTKVTVAGTNSSQEPIENGLAKTGVYNIIGSTEVKNEAKISSQTQFTLEKGDKINYDQVLTADGYQWISYKSYSGVRRYIPVKKLTTSSEKAKDEATKPTSYPNLPKTGTYTFTKTVDVKSQPKVSSPVEFNFQKGKKIHYDQVLVVDGHQWISYKSYSGIRRYIEISeqID 320MENWKFALSSILGHKMRAFLTMLGIIIGVASVVLIMALGKGMKDSVTNEITKSQKNLQIYYKTKEDQKNEDNFGAQGAFMQGSDTNRKEPIIQESWLKKIKKEVDGVSGYYVTNQTNAPVAYLEKKAKTVNITGVNRTYLGIKKFKIKSGRQFQEEDYNQFSRVILLEEKLAQRLFQTNEAALNKVVTVKNKSYLVVGVYSDPEAGSGLYGSNSDGNAILTNTQLASEFGAKEAENIYFHLNDVSQSNRIGKEIGKRLTDISHAKDGYYDNFDMTSIVKSINTQVGIMTGVIGAIAAISLLVGGIGVMNIMLVSVTERTREIGLRKALGATRRKILAQFLIESMVLTILGGLIGLLLAYGGTMLIANAQDKITPSVSLNVAIGSLIFSAFIGIIFGLLPANKASKLNPIDALRYESeqID 321MQYSEIMIRYGELSTKKKNRMRFINKLKNNMEHVLSIYPDVSVKTDRDRGHVYLNGTDYHEVAESLKEIFGIQAFSPSFKVEKNVDTLVKAVQEIMTSVYKDGMTFKITAKRSDHSFELDSRALNHTLGDAVFSVLPNIKAQMKQPDINLKVEIRDEAAYISYENIRGAGGLPVGTSGKGMLMLSGGIDSPVAGYLALKRGVDIEAVHFASPPYTSPGALKKAHDLTRKLTKFGGNIQFIEVPFTEIQEEIKEKAPEAYLMTLTRRFMMRITDRIRENRNGLVIINGESLGQVASQTLESMQAINAVTATPIIRPVVTMDKLEIIDIAQKIDTFDISIQPFEDCCTIFAPDRPKTNPKIKNTEQYEKRMDVEGLVERAVAGIMVTTIQPQADSDDVDDLIDDLLSeqID 322MARVKGGVVSRKRRKRVLKLAKGYYGAKHILFRTAKEQVMNSYYYAYRDRRQKKRDFRKLWITRINAAARMNGLSYSQLMHGLKLAEIEVNRKMLADLAVNDAAAFTALADAAKAKLGKSeqID 323MFKASKKLVQKNKSNHFWLVFFITLILFLIGCYASLRFGAINFKTSDLITVLKNPLKNSNAQDVIFDIRLPRIIAAILVGAAMSQAGAIMQGVTRNAIADPGLLGINAGAGLALVVAYAFLGSMHYSTILIVCLLGSVISYLLVFTLSYTKQKGYHQLRLILAGAMISTLFTSVGQVVTLYFKLNRTVIGWQAGGLSQINWKMLIIIAPIIILGLLISQLLAHQLTILSLNESVAKALGQKTQLMTAFLLLIVLFLSASSVALIGTVSFIGLIIPHFIKLFIPKDYRLLLPLIGFSGATFMIWVDLSSRIINPPSETPISSIISIVGLPCFLWLIRKGKNLSeqID 324MIKRPIHLSHDFLAEVIDKEAITLDATMGNGNDTVFLAKSSKKVYAFDIQEEAIAKTKAKLTEQGISNAELILDGHENLEQYVHTPLRAAIFNLGYLPSADKTVITKPHTTIKAIKNVLDILEVGGRLSLMVYYGHDGGKSEKDAVIAFVEQLPQNNFATMLYQPLNQVNTPPFLIMVEKLQSYENEVSeqID 325MRVHITSIYGQSPRSIALISQKLVKDVGRQLGYDEMGIYFYNDHAETHGERSTRMDGIIAGLGRGDIVVFQVPTWNSTEFDELFLDKLQAYGARIITFVHDIVPLMFESNFYLLDRVIDMYNRSDVVVLPTKAMHDYLIEKGMTTSKVLYQEVWDHPVNIDLPRPECQKVLSFAGDIQRFPFVNDWKENIPLIYYGDGSRLNSEANVHAQGWKDDVELMLSLSKRGGFGLCWSEDREELVERRYSRMNASYKLSTFLAAGLPIIANHDISSRDFIKQHGLGFTVETLEEAVEKINNMEKETYDSYVENVEKIATLLRNGYITKKLLIDAVHMLYRSeqID 326MSQKTFGKQLTVVDTKSRVKMHKSGKNWVRTVMSHFNLFKAIKGRATVEADVCIQDVEKEDRLSSGNLTYLKGILAAGALVGGASLTSRVYADETPVVQEQSSSVPTLAEQTEVTVKTTTVQNHQDGTVSKNIIDSNSVSMSESASTSTSESVSMSMSGSTLTSVSESVSTSALTSASESISTSASESVSKSTSISEVSNILETQASLTDKGRESFSANQIVTESSLVTDAGKNASVSSLIEITKPKSELQTSKMSNESLITPEKSQVMIASDKTGNESLTPTIRLKSVIQPRSMNLMTLSSEMDLIPLEEVSDTEMLGKDVSSELQKVNIALKDNTLSEPGTVKLDSSENLVLNFAFSIASVNEGDVFTVKLSDNLDTQGIGTILKVQDIMDETGQLLATGSYSPLTHNITYTWTRYASTLNNIKARVNMPVWPDQRIISKTTSDKQCFTATLNNQVASIEERVQYNSPSVTEHTNVKTNVRSRIMKLDDERQTETYITQINPEGKEMYFASGLGNLYTIIGSDGTSGSPVNLLNAEVKILKTNSKNLTDSMDQNYDSPEFEDVTSQYSYTNDGSKITIDWKTNSISSTTSYVVLVKIPKQSGVLYSTVSDINQTYGSKYSYGHTNISGDSDANAEIKLLSESASTSASTSASTSASMSASTSASTSASMSASTSASTSASMSASTSASTSA
      STSTSTSASTSASTSASTSASMSASTSASTSASTSASTSASTSASTSASTSASTSASTSASTSASTSASTSASTSASTSASTSASMSASMSASTSASMSASTSASTSASTSASTSASTSASTSASMSASTSASTSASTSASMSASTSASTSASTSASTSASTSTSTSASTSASTSASTSASMSASTSASTSPSTSASTSASTSASTSASTSASTSASMSASTSASTSASMSASTSASTSASTSASTSASMSASTSASTSASTSASMSASTSASTSASTSASTSASTSTSTSASTSASTSASTSASMSASTSASTSASTSASMSASTSASISASTSASMSASTSASTSASTSASTSASMSASTSASTSASTSASTSASMSASTSASTSASTSASTSASTSASTSASTSASTSSSTSASTSASTSASTSASMSASTSASTSASMSASTSASTSASTSASMSASTSSSTSASMSASTSASMSASTSASTSASTSASMSASTSSSTSASMSASTSASMSASTSASTSASTSASMSASTSASMSATTSASTSVSTSASTSASTSASTSSSSSVTSNSSKEKVYSALPSTGCQDYSVTATALGLGLMTGATLLGRKKSKKDKDSeqID 327MIDRKDTNRFKLVSKYSPSGDQPQAIETLVDNIEGGEKAQILKGATGTGKTYTMSQVIAQVNKPTLVIAHNKTLAGQLYGEFKEFFPDNAVEYFVSYYDYYQPEAYVPSSDTYIEKDSSVNDEIDKLRHSATSSLLERNDVIVVASVSCIYGLGSPKEYADSVVSLRPGQEISRDQLLNNLVDIQFERNDIDFQRGKFRVRGDVVEVFPASRDEHAFRIEFFGDEIDRIREIESLTGRVLGEVEHLAIFPATHFMTNDEHMEEAISKIQAEMENQVELFEKEGKLIEAQRIRQRTEYDIEMLREMGYTNGVENYSRHMDGRSEGEPPFTLLDFFPEDFLIMIDESHMTMGQIKGMYNGDRSRKEMLVNYGFRLPSALDNRPLRREEFESHVHQIVYVSATPGDYEMEQTDTVVEQIIRPTGLLDPEVEVRPSMGQMDDLLGEINLRTEKGERTFITTLTKRMAEDLTDYLKEMGVKVKYMHSDIKTLERTEIIRDLRLGVFDVLIGINLLREGIDVPEVSLVAILDADKEGFLRNERGLIQTIGRAARNSNGHVIMYADKITDSMQRAMDETARRRRLQMDYNEKHGIVPQTIKKEIRDLIAITKSNDSDKPEKVVDYSSLSKKERQAEIKALQQQMQEAAELLDFELAAQIRDVILELKAIDSeqID 328MKHKLKAFTLALLSIFFVFGGKVSAETVNIVSDTAYAPFEFKDSDQTYKGIDVDIVNEVAKRAGWNVNMTYPGFDAAVNAVQSGQADALMAGTTVTEARKKVFNFSDTYYDTSVILYTKNNNKVTNYKQLKGKVVGVKNGTAAQSFLEENKSKYGYKVKTFDTSDLMNNSLDSGSIYAAMDDQPVVQFAINQGKAYAINMEGEAVGSFAFAVKKGSGHDNLIKEFNTAFAQMKSDGTYNDIMDKWLGKDATKTSGKATGNANEKATPVKPSYKIVSDSSFAPFEYQNGKGKYTGFDMELIKKIAKQQGFKLDISNPGFDAALNAVQSGQADGVIAGATITEARQKIFDFSDPYYTSSVILAVKKGSNVKSYQDLKGKTVGAKNGTASYTWLSDHADKYNYHVKAFDEASTMYDSMNSGSIDALMDDEAVLAYAINQGRKFETPIKGEKSGDIGFAVKKGANPELIKMFNNGLASLKKSGEYDKLVKKYLSTASTSSNDKAAKPVDESTILGLISNNYKQLLSGIGTTLSLTLISFAIAMVIGIIFGMMSVSPSNTLRTISMIFVDIVRGIPLMIVAAFIFWGIPNLIESITGHQSPINDFVAATIALSLNGGAYIAEIVRGGIEAVPSGQMEASRSLGISYGKTMQKVILPQAVRLMLPNFINQFVISLKDTTIVSAIGLVELFQTGKIIIARNYQSFRMYAILAIMYLVIITLLTRLAKRLEKRLKSeqID 329MGDKPISFRDKDGNFVSAADVWNAEKLEELFNTLNPNRKLRLEREKLAKEKGSeqID 330METYTLSNTLNIPKIGFGTWQLTEGEEAYKAVTHALKVGYTHIDTAQIYGNEHSVGRAIRDSGLARESIFLTTKIWNDKHDYHLAKASIDESLQKLGVDYIDLLLIHWPNPKALRENDAWKAGNAGTWKAMEEAYKEGKVKAIGVSNFMKHHLEALFETAEIKPMVNQIILAPGCAQEDLVRFCKGNDILLEAYSPFGTGAIFENESIKAIAEKYGKSVAQVALRWSLDNGFLPLPKSATPKNIEANLDIFDFQLNEDDITTLIQLDSGIKPKDPDNVSFSeqID 331MVKGQANVVAQNKKAHHDYTIVETIEAGIVLTGTEIKSVRAARITLKDGYAQIKNGEAWLINVHITPYDQGNIWNQDPDRTRKLLLKKREIEKISNELKGTGMTLVPLKVYLKDGFAKVLLGLAKGKHDYDKRESIKRREQNRDIARQLKNYNSRSeqID 332MDHFTKLWQDFSKLPNVVAIALGGSRSGDSFDQSSDYDLYVYCAATPDITSRKRILNKHCHYIELNNHYWELEDNGTLNDGTDIDILYRNIDNFLSDLEDVVEHHNSRIGYTTCFWHNLINCQILYDPENQLQSLKERFEVSYPSQLQKQIIIQNRNLLTGKLPSYDKQIIKALKRQDFVSTHHRTTAFLDSYFDIIFALNKLTHPGEKRMISYAKKNATLLPKHFEENIIKLCHHNSNEHTVKETLNDIIMHLDVMLKENFQHFIGSeqID 333MKKIIYLGLACVSILTLSGCESIERSLKGDRYVDQKLAENSSKEATEQLNKKTKQALKADKKAFPQLDKAKAKNKAQVLIKTSKGDINIKLFPKYAPLAVENFLTHAKEGYYNGLSFHRVIKDFMIQSGDPNGDGTGGKSIWNSKDKKKDSGNGFVNEISPYLYNIRGSLAMANAGADTNGSQFFINQSQQDHSKQLSDKKVPKVIIKAYSEGGNPSLDGGYTVFGQVISGMETVDKIASVEVTKSDQPKEKITITSIKVIKDYKFKSeqID 334MKIGIIAAMEEELKLLVENLEDKSQETVLSNVYYSGRYGEHELVLVQSGVGKVMSAMSVAILVESFKVDAIINTGSAGAVATGLNVGDVVVADTLVYHDVDLTAFGYDYGQMSMQPLYFHSDKTFVSTFEAVLSKEEMTSKVGLIATGDSFIAGQEKIDVIKGHFPQVLAVEMEGAAIAQAAQATGKPFVVVRAMSDTAAHDANITFDEFIIEAGKRSAQVLMAFLKALSeqID 335
      MEKRLSLGALVLASTVLLAACGNVGGGASSTGTKIGKDIKVGYNWELSGNVSSYGNSMKNGADLAVKEINAAGGVGGKKLKVLSQDNKSENAEAATVATNLVTKGANVIIGPATSGAAASSTPKVNAAAVPMIAPAATQDNLVYGSDGKTLNQYFFRATFVDNYQGKLLSQYATDNLKAKKVVLFYDNSSDYSKGVAKSFKESYSGKIVDSMTFSAGDTDFQASLTKLKGKEYDAIVMPGYYTETGLIVKQARDLGISKPVLGPDGFDSPKFVQSATPVGASNVYYLTGFTTQGSTKAKAFHDHYVKAYGEEPSMFSALSYDAVYMAAKGAKGQKTSIDLKKALAKLKDFKGVTGKMSIDKNHNVVKSAVVVKLDDGKTSSVNIISAKSeqID 336MENHNSIKQTYGLMTTIAMIVGVVIGSGIYFKVDDILKFTGGDVFLGMVLLVLGSFSIVFGSLSISELAIRTSESGGIFSYYEKYVSPALAATLGLFASFLYLPTLTAIVSWVAAFYTLGESSSLESQIILAAVYILALSLMNIFAKRIAGGFQSLTTFVKMIPLVLIALIGAFWSDKAPQLPQHLTAIQPSNVGWSWVSGLVPLYFAYDGWTIFVSIAPEVKNPKKNLPLAFVIGPALILLSYLAFFYGLTQILGASFIMTTGNDAINYAANIIFGPSVGRLLSFIVILSVLGVANGLLLGIMRLPQAFAERGWIKSERMANINLKYQMSLPASLTVTAVAIFWLFVHFMVTKTNLLPGSDISEIAVVFNNTSLIILYVLVLSLYLKKDIKNKFTGLVSPILAILGGLILFIGSLLSNFFTVLIFQCFCLLFCLICHYIYQKNNPKTHESeqID 337LTEFNDDQHSNHDQKSFKEQILAELEEANRKLRKLREEELYQKEQEAKEAARRTAQLADYEAQRLKDEQEARAKALETKQRLEEQEKARIEAKLLAEAAREEERRQAEQALASQEEQVINQGMEPSRELDSGSKSSEFRTTENVPDIDLKADKTDVATAVPNQETEEIFLVRATDIPTEGENVKLGETSELEPVAKEPIRVEDLSKEEEDIALSAKNKHNKRERRQKADNVAKRIARILISIIILVLLLTAFVGYRFVDSAIKPVDSNSNKFVQVEIPIGSGNKLIGQILEKAGVIKSATVFNYYSKFKNYSNFQSGYYNLKKSMTLDQIAAELEKGGTAEPTKPALGKILITEGYTIKQIAKAIESNKIDTKTTSTPYKADDFLKLVQDETFIKKMVAKYPNLLGSLPDKSKAIYQLEGYLFPATYNYYKDTTLEGLVEDMISTMNTKMAPYYNTIKAKNMSVNDVLTLSSLVEKEGSTDEDRRKIASVFYNRLSAGQALQSNIAILYAMGKLGDKTSLAEDAQINTSIKSPYNIYTNTGLMPGPVDSPSISAIEATIKPASTDYLYFVADVKTGNVYYAKDFETHKANVEKYINSQINSeqID 338MSRMIPGRIRNQGIELYEQGLVSLISQEGNLLKAKVGDCQIEYSLVTEETKCSCDFFARKGYCQHLAALEHFLKNDPEGKAILSKVQVQQESQQETKKKTSFGSVFLDSLIINEDDTIKYQLSAQGEQNPYANDIWWTLKIRRLPDDRSYVIRDIKAFLNTVRKEAYYQIGKQYFETLSLIQFDETSQELIEFLWRLIPSHSSKIDLEFILPNQGRHLSLTRGFFEEGVTLMNALENFSFESDFHQFNHLYFKELEGEDHLYQFKVTVHRQSIELEIKEKDLKPLFANSYLFYRDTFYHLNLKQEKMVTAIRSLPIEGDLAKHIHFDLDDQDKLAAHLLDFKEIGLVDAPRSFSIHDFKVNFEFDINSQNEILLQMVFDYGNDLTVHNRQELEQLTFASHFKHEEKIFKLLERYGFAPHFSTSHPAYSAQELYDFYTYMLPQFKKMGTVSLSAKLESYRLIERPQIDIEAKGSLLDISFDFSDLLENDVDQALVALFDNNPYFVNKSGQLVIFDEETKKVSATLQGLRARRAKNGHIELDNIAAFQLSELFANQDNVSFSQHFYQLIEDLRHPEKFKIPGLSVSASLRDYQLTGVRWLSMLDHYGFAGILADDMGLGKTLQTISFLSTKLTRDSRVLILSPSSLIYNWQDEFHKFAPDVDVAVAYGSKIRRDEIIAERHQVIITSYSSFRQDFETYSEGNYDYLILDEAQVMKNAQTKIAHSLRSFEVKNCFALSGTPIENKLLEIWSIFQIILPGLLPGKKEFLKLNPKQVARYIKPFVMRRRKEEVLPELPDLIEMNYPNEMTDSQKVIYLAQLRQIQESIQHSSDADLNRRKIEILSGITRLRQICDTPRLFMDYDGESGKLESLHQLLTQIKENGHRALIFSQFRGMLDIAEREMVAMGLTTYKITGSTPANERHEMTRAFNAGSKDAFLISLKAGGVGLNLTGADTVVLIDLWWNPAVEMQAISRAHRLGQKENVEVYRLITRGTIEEKILEMQETKKHLVTTVLDGNETHASMSVDDIREILGVSKSeqID 339VLLTEIKKSPEGLYFDKKIMIKESLMERHSEIMDISDIQVSGHVVYEDGLYLLDYNMAYDITLPSSRSMKPVVLSEKQTINEVFIEAENVSTKKELVDQDLVLILEEDDINLEESVIDNILLNIPLRVLAADEVGVEADLSGKNWSLMTEKQYEEKQAKEKEKSNPFAALEGMFDSDSeqID 340MEVKTAIEWMHTFNQKIQSNKDYLSELDTPIGDGDHGGNMARGMTAVIENLDNNEFSSAADVFKTVSMQLLSKVGGASGPLYGSAFMGITKAEQSESTISEALGAGLEMIQKRGKAELNEKTMVDVWHGVIEAIEKNELTEDRIDSLVDATKGMKATKGRASYVGERSLGHIDPGSFSSGLLFKALLEVGGVSeqID 341MQDKLMIRGARAHNLKNISVDIPRDKLVVVTGLSGSGKSSLAFDTIYAEGQRRYVESLSAYARQFLGNMEKPDVDSIDGLSPAISIDQKTTSKNPRSTVGTVTEINDYLRLLYARVGTPYCINGHGAITASSVEQIVDKVLALPERTKMQILAPIIRRKKGQHKSTFEKIQKDGYVRVRIDGDIHDVTEVPELSKSKMHNIDIVVDRLINKEGIRSRLFDSVEAALRLSDGYVVIDTMDGNELLFSEHYSCPECGFTVPELEPRLFSFNAPFGSCTTCDGLGIKLEVDIDLVIPDKSKTLREGALVPWNPISSNYYPTMLEQAMTQFDVDMDTPFEKLSKAEQDLALYGSGEREFHFHYINDFGGERNIDLPFEGVVNNINRRYHETNSDYTRNVMREYMNELKCNTCHGYRLNDQALCVRVGGEEGLNIGQVSDLSIADHLELLETLRLSSNEQLIARPIIKEIHDRLSFLNNVGLNYLNLSRSAGTLSGGESQRIRLALQIGSNLSGVLYVLDEPSIGLHQRDNDRLIDSLKKMRDLGNTLIVVEHDEDTMMAADWLIDVGPGAGAFGGEIVASGTPKQVAKNTKSITGQYLSGKKVIPVPSERRVGNGRFLEIKGAAENNLQNLDVKFPLGKFIAVTGVSGSGKSTLINSILKKAVAQKLNRNSDKPGKYVSLEGIEYVDRLIDIDQSPIGRTPRSNPATYTGVFDDIRDLFAQTNEAKIRGYKKGRFSFNVKGGRCESCSGDGIIKIEMHFLPDVYVPCEVCHGTRYNSETLEVHYKEKNIAQILDMTVNDAVTFFAAIPKIARKLQTIKDVGLGYVTLGQPATTLSGGEAQRMKLASELHKRSTGKSLYILDEPTTGLHADDIARLLKVLDRFVDDGNTVLVIEHNLDVIKTADHIIDLGPEGGIGGGQIVAIGTPEEVAENPKSYTGYYLKEKLAR
      SeqID 342MWPEDRIASFRRTLLGWYDQEKRDLPWRRTTNPYYIWVSEIMLQQTQVNTVIPYYKRFLEWFPQIKDLADAPEEQLLKAWEGLGYYSRVRNMQKAAQQVMVDFGGIFPHTYDDIASLKGIGPYTAGAIASISFNLPEPAVDGNVMRVMARLFEVNYDIGDPKNRKIFQAIMEILIDPDRPGDFNQALMDLGTDIESAKTPRPDESPIRFFNAAYLNGTYSKYPIKNPKKKPKPMRIQAFVIRNQNGQYLLEKNTKGRLLGGFWSFPIIETSPLSQQLDLFDDNQSNPIIWQTQNETFQREYQLKPQWTDNHFPNIKHTFSHQKWTIELIEGVVKATDLPNAPHLKWAAIEDFSLYPFATPQKKMLETYLKQKNASeqID 343LIEITWTVKYITEFIATAFLIILGNGAVANVDLKGTKGNNSGWIIIAIGYGLGVMMPALMFGNVSGNHINPAFTLGLAFSGLFPWAHVGQYILAQILGAMFGQLVVVMVYQPYFVKTENPNHVLGSFSTISALDDGQKSSRKAAYINGFLNEFVGSFVLFFGALALTKNYFGVELVGKLVQAGYDQTTAATRISPYVTGSLAVAHLGIGFLVMTLVASLGGPTGPALNPARDLGPRIVHRLLPKQILGQAKEDSKWWYAWVPVLAPIVASILAVALFKLLYLSeqID 344MSSYWNNYPELKKNIDETNQLIQERIQVRNKDIEAALSQLTAAGGKQLRPAFFYLFSQLGNKENQDTQQLKKIAASLEILHVATLIHDDVIDDSPLRRGNMTIQSKFGKDIAVYTGDLLFTVFFDLILESMADTPFMRINAKSMRKILMGELDQMHLRYNQQQGIHHYLRAISGKTAELFKLASKEGAYFGGAEKEVVRLAGHIGFNIGMTFQILDDILDYTADKKTFNKPVLEDLTQGVYSLPLLLAIEENPDIFKPILDKKTDMATEDMEKIAYLVVSHRGVDKARHLARKFTEKAISDINKLPQNSAKKQLLQLTNYLLKRKISeqID 345MFKIPLFKELKTDQWVKPFFKQYKVSLVIALFLGFMTFFSASALMFNSGYLISKSASLPSNILLVYVPIVLTRAFGIGRPVFRYIERLTSHNWVLRMTSQLRLKLYHSLESNAIFMKRDFRLGDVMGLLAEDINYLQNLYLRTIFPTIIAWLLYSFIIIATGFFSLWFALMMLLYLAIMIFLFPLWSILANGARQTREKELKNHLYTDLTDNVLGISDWIFSQRGQEYVALHERSESELMAIQKKIRSFNNRRALIVELVFGFLAILVIIWASNQFIGHRGGEANWIAAFVLTVFPLSEAFAGLSAAAQETNKYSDSIHRLNELSETYFETTQNQLPNKPYDFSVKNLSFQYKPQEKWVLHHLDLDIKEGEKIAILGRSGSGKSTLASLLRGDLKASQGKITLGGADVSIVGDCISNYIGVIQQAPYLFNTTLLNNIRIGNQDASEEDVWKVLERVGLKEMVTDLSDGLYTMVDEAGLRFSGGERHRIALARILLKDVPIVILDEPTVGLDPITEQALLRVFMKELEGKTLVWITHHLKGIEHADRILFIENGQLELEGSPQELSQSSQRYRQLKAADDGDLSeqID 346MKKLITEKKVNNVSTVNYLKLGLVSAMFAGGAFVALGSTQGVSASTFTAPQATHPKAERQLTDSEIYERAQKQVLPKYIQGSLSGILNQHSTLYKQQNAAVTPQVSSPKAERQLTDSEIYERAQKQVLPKYIQGSLSGILNQHSTLNASeqID 347MEENMNIKQLKSKTMLGTVALVSAFSFASTNADANTYNYAVDVDYLASAEEIAQAHPASNTFPLGQCTWGVKEMATWAGNWWGNGGDWAASAASAGYTVGTQPRVGSIVCWTDGSYGHVAYVTAVDPVTNKIQVLESNYAGHQWIDNYRGWFDPQNTATPGVVSYIYPNSeqID 348MKINQMKKDELFEGFYLIKKAEVRKTRAGKDFIAFTFRDDTGEISGNMWDAQTYNVEEFVAGKIVHMKGRREVYNGTPQVNQITLRNIKDGEPNDPRDFKEKPPINVDNVREYMEQMLFKIENATWQRVVRALYRKYNKEFFTYPAAKTNHHAFESGLAYHTATMVRLADSIGDIYPELNKSLMFAGIMLHDLAKVIELSGPDNTEYTIRGNLIGHISLIDEELTKILAELNIDDTKEEVTVLRHVILSHHGQLEYGSPVRPRIMEAEIIHMIDNIDANMMMMTTALNRVNEGEMTNRIFAMDNRSFYKPNIKSeqID 349MLVDKKWRFEDSASYFACPKCQNPLIKESNSLKCSDNHCFDLSKFGYVNLLGGKKIDEHYDKKSFENRQLVLENGYYNHILEAISKVLENNSQFHSVLDIGCGEGFYSRQLVNKYEKTFLAFDISKDSIQLAAKSDQSRLVKWFVSDLANLPIQDSSIDIILDIFSPANYKEFRRVLSDDGILVKVVPVAEHVQELREKASQYLKQKDYSNQKILDHFRENFEIISEQKVVQSYNCSQQERQAFIDMTPLLFSVDKTTIDWASISEITVGALIVIGKKRSVSKSeqID 350MCLICQRIEMIERNENPYFVKEYETGYLVLGDHQYFQGYCLFLSKKHVTELHELPRDWRNQYLSEMADASEIVAKAFRADKMNIESLGNGDAHLHFHLFPRKTGDLRNYGHNGKGPVWWYPFEKMYADSVRATGAEIEKLKEKLLDVLGSeqID 351MFSDLRKKFVFLTMSILIVVVLFLFAVSNRYNQYWDEYDAYRIVKLVAKNDYLGIPGDEPIALVTIDNQKMVKIQSNNTDLTNDVIEKSSLKLLEQGKKSRKWKSFIYSIKEYKDKTYTIAIMDLASYEVPYARRFLILVFTIFGFCLLAAVSLYLSRFIVGPVETEMTREKQFVSDASHELKTPIAAIRANVQVLEQQIPGNRYLDHVVSETKRMEFLIEDLLNLSRLDEKRSKVNFKKLNLSVLCQEVLLTYESLAYEEEKCLNDTIEDDVWIVGEESQIKQILIILLDNAIRHSLSKSEIQFSLKQARRKAILTISNPSAIYSKEVMDNLFERFYQAKDDHADSLSFGLGLSIAKAIVERHKGRIRAYQEKDQLRLEVQLPIDGFWTNTMIN
      SeqID 352LIILDKKSYDLLFYLLKLEEPETVMAIANALNQSRRKVYYHLEKINDALPSDVPQIVSYPRVGILLTEKQKAACRLLLDEVTDYSYVMKSSERLQLSLVSIVVAKDRITIDRLMQLNDVSRNTILNDLNELRSELAEKEYNLQLQSTKCRGYFLDGHPLSIIQYLYKLLDDIYHNGSSSFIDLFNHKLSQAFGASTYFSKEVLDYFHHYLFISQRSLGKKINSQDGQFMIQILPFILMAYRKMRLSPEVQTSLNSDFSLVWQRKEYEIAKELADELEENFQLSLDEIEVGLVAMLMLSFRKDRDNHLESQDYDDMRATLTSFLKELEERYHLHFVHKKDLLRQLLTHCKALLYRKRYGIFSVNPLTEHIKDKYEELFAITSSSVKLLEKAWQIKLTDDDVAYLTIHLGGELRNSQQSPNKLKLVIVSDEGIAIQKLLLKQCQRYLTNSDIEAVFTTEQYQSVSDLMHVDMVVSTSDALESRFPMLVVHPVLTDDDIIRLIRFSKKGNCANSNQFTNELEKTIAQYVKEDSERYVLKSKIEKLIHQELLQDVLPLQSTVCSeqID 353MKYFLDTADVSEIRRLNRLGIVDGVTTNPTIISREGRDFKEVINEICQIVDGPVSAEVTGLTCDEMVTEAREIAKWSPNVVVKIPMTEEGLAAVSQLSKEGIKTNVTLIFTVAQGLSAMKAGATFISPFVGRLEDIGTDAYALIRDLRHIIDFYGFQSEIIAASIRGLAHVEGVAKCGAHIATIPDKTFASLFTHPLTDKGIETFLKDWDSFKKKSeqID 354MSHYSIKLQEVFRLAQFQAARYESHYLESWHLLLAMVLVHDSVAGLTFAEYESEVAIEEYEATILLALGRAPKEEITNYQFLEQSPALKKILKLAENISIVVGAEDVGTEHVLLAMLVNKDLLATRILELVGFRGQDDGESVRMVDLRKALERHAGFTKDDIKAIYELRNPKKAKSGASFSDMMKPPSTAGDLADFTRDLSQMAVDGEIEPVIGRDKEISRMVQVLSRKTKNNPVLVGDAGVGKTALAYGLAQRIANGNIPYELRDMRVLELDMMSVVAGTRFRGDFEERMNQIIADIEEDGHIILFIDELHTIMGSGSGIDSTLDAANILKPALARGTLRTVGATTQEEYQKHIEKDAALSRRFAKVLVEEPNLEDAYEILLGLKPAYEAFHNVTISDEAVMTAVKVAHRYLTSKNLPDSAIDLLDEASATVQMMIKKNAPSLLTEVDQAILDDDMKSASKALKASYKGKKRKPIAVTEDHIMATLSRLSGIPVEKLTQADSKKYLNLEKELHKRVIGQDDAVTAISRAIRRNQSGIRTGKRPIGSFMFLGPTGVGKTELAKALAEVLFDDESALIRFDMSEYMEKFAASHLNGAPPGYVGYDEGGELTEKVPNKPYSVLLFDEVEKAHPDIFNVLLQVLDDGVLTDSRGRKVDFSNTIIIMTSNLGATALRDDKTVGFGAKDISHDYTAMQKRIMEELKKAYRPEFINRIDEKVVFHSLSQDNMREVVKIMVKPLILALKDKGMDLKFQPSALKHLAEDGYDIEMGARPLRRTIQTQVEDHLSELLLANQVKEGQVIKIGVSKGKLKFDIAKSSeqID 355MVLDKEIKAQLAQYLDLLESDIVLQADLGDNDNSQKVKDFLDEIVAMSDRISLESTHLKRQPSFGIAKKGHESRVIFSGLPMGHEFTSFILALLQVSGRAPKVDEDIIKRIKGIEKTINLETYVSLTCHNCPDVVQAFNIMAVLNPNITHTMIEGGMYQDEVKSKGIMSVPTVYKDQEEFTSGRATIEQLLEQLDGPLDAEAFADKGVYDVLVIGGGPAGNSAAIYAARKGLKTGILAETFGGQVIETVGIENMIGTLYTEGPKLMAQIEEHTKSYDIDIIKSQLATGIEKKELVEVTLANGAILQAKTAILALGAKWRNINVPGEEEFRNKGVTYCPHCDGPLFEGKDVAVIGGGNSGMEAALDLAGVTKHVTVLEFLPELKADQVLQERAAKTDNLTILKNVATKDIVGEDHVTGLNYTDRDTNEEKHIDLEGVFVQIGLVPSTSWLKDSGIELNERQEIVVDKFGSTNIPGIFAAGDCTDAAYKQIIISMGSGATAAIGAFDYLIRQSeqID 356MIKYQDDFYQAVNGEWAKTAVIPDDKPRTGGFSDLADDIEALMLSTTDKWLADENKPSDTILNHFIAFHKMTADYQKREEVGVSPVLPLIEEYKGLQSFSEFASKVAEYELEGKPNEFPFGVAPDFMNAQLNVLWAEAPGIILPDTTYYSEDNEKGKELLAFWRKSQEDLLPLFGLSEQEIKDILDKVLALDAKLAQYVLSREESSEYVKLYHPYNWEDFTKLAPELPLDAIFQKILGQKPDKVIVPEERFWTEFASDYYSESNWELLKADLILSAANAYNAYLTDDIRIKSGVYSRALSGTPQAMDKKKAAYYLASGPYNQALGLWYAGEKFSPEAKADVEHKIATMIDVYKSRLEKADWLAQSTREKAIMKLNVITPHIGYPEKLPETYTKKIIDPKLSLVENATNLDKISIAYGWSKWNKPVDRSEWHMPAHMVNAYYDPQQNQIVFPAAILQEPFYALEQSSSANYGGIGAVIAHEISHAFDTNGASFDEHGSLNNWWTDEDFEAFKKLTDKVVEQFDGLESYGAKVNGKLTVSENVADLGGVACALEAAQRESDFSARDFFINFATIWRMKARDEYMQMLASVDVHAPAQWRTNITVTNFEEFHKEFDVKDGDNMWRPVEKRVIIWSeqID 357MSKILFFGEPLIRITPKENDYFADSISTKLFYGGSEVNTARALQGFGQDTKLLSALPNNPIGNSFLQFLKAQGIDTHSIQWVGERVGLYFLEDSFACRKGEVVYDRDHSSLHDFRINQIDFDQLFEGVSLFHFSGITLSLDESIQEITLLLLKEAKKREITISLDLNFRSKLISPKNAKILFSQFATFADICFGIEPLMVDSQDTTFFNRDEATIEDVKERMISLINHFDFQVIFHTKRLQDEWGRNHYQAYIANRKQEFVTSKEITTAVNQRIGSGDAFVAGALYQLLQHSDSKTVIDFAVASASLKCALEGDNMFETVTAVNKVLNQSKDIIRSeqID 358MKSRKKDKLVLRLTTTLLVFGLGGVWFYNYKNDNVEPTVTSASDQTTTFIQTISPTAIEISKTYDLYASVLLAQAILESSSGQSDLSKAQNYNLFGIKGEYKGKSVQMPTLEDDGKGNMTQIQAPFRAYPNYSASLYDYAELVSSQKYASVWKSNTSSYKDATAALTGLYATDTAYASKLNQIIETYSLDAYDKSeqID 359MADVKVVNNEDSRGQKQDLKAKLFHIKIGSVPLPVYVCLALLILLAGFLQKLPVNMLGGFAVILTMGWFLGTIGASIPGFKNFGGPAILSLLVPSILVFFNLINKNVLESTNMLMKQANFLYFYIACLVSGSILGMNRKMLIQGLLRMIFPMLLGMVCAMMVGTFVGVILGLEWRHTLFYIVTPVLAGGIGEGILPLSLGYSSITGVASEQLVAQLIPATIIGNFFAILCTALLNRLGEKKPHLSGQGQLVRLNKGEDMSDIIADHSGPIDVKKMGGGVLTACSLFIFGHLLQQLTGFPGPVLMIVAA
      AILKYINVIPRETQNGAKQLYKFISGNFTFPLMAGLGLLYIPLKDVVATLSIQYFIVVISVVFTVISVGFFVSRFLNMNPVEAGIISACQSGMGGTGDVAILSTADRMNLMPFAQVATRLGGAITVITMTAILRMLFSeqID 360RGKKAGKYTTSDGYIFDAKDIKKDTGTGYVIPHMTHEHWVPKKDLSESELKAAQEFLSGKSEANQDKPKTGKTAQEIYEAIEPKAIVKPEDLLFGIAQATDYKNGTFVIPHKDHYHYVELKWFDEEKDLLADSDKTYSLEDYLATAKYYMMHPEKRPKVEGWGKDAEIYKEKDSNKADKPSPAPTDNKSTSNSSDKNLSAAEVFKQAKPEKIVPLDKIAAHMAYAVGFEDDQLIVPHHDHYHNVPMAWFDKGGLWKAPEGYTLQQLFSTIKYYMEHPNELPKKGWGHDSDHNKGSNKDNKAKNNYAPDEEPEDSGKVTHNYGFYDVNKGSDEEEPEKQEDESELDEYELGMAQNAKKYGMDRQSFEKQLIQLSNKYSVSFESFNYINGSQVQVTKKDGSKVLVDIKTLTEVKSeqID 361MNRKKTVIISALSVALFGTGVGAYQLGSYNAQKSDNSVSYVKTDKSDSKAQATAVNKTPDQISKEEGISAEQIVVKITDDGYVTSHGDHYHYYNGKVPYDAIISEELIMKDPSYVFNKADVINEVKDGYIIKVNGKYYLYLKEGSKRTNVRTKEQIQKQREEWSKGGSKGESGKHSSAKTQALSASVREAKASGRYTTDDGYVFSPTDVIDDMGDAFLVPHGDHFHYIPKADLSPSELSAAQAYWNRKTGRSGNSSKPSNSSSYIHASAPSGNVSTGRHANAPISIPRVTHANHWSKPAGNHATAPKHHAPTTKPINKDSALDKMLKRLYAQPLYARHVESDGLVYDPAQVNAFTAIGVSIPHGNHFHFIHYKDMSPLELEATRMVAEHRGHHIDALGKKDSTEKPKHISHEPNKEPHTEEEHHAVTPKDQRKGKPNSQIVYSAQEIEEAKKLVNTQHLMVTFLMPKILKKIQVQVMSFHISeqID 362MAKFGFLSVLEEELDKHLQYDFAMDWDKKNHTVEVTFILEAQNSSAIETVDDQGETSSEDIVFEDYVLFYNPVKSRFDAEDYLVTIPYEPKKGLSREFLAYFAETLNEVATEGLSDLMDFLTDDSIEEFGLSWDTDAFENGRAELLETEFYPYPRYSeqID 363MNTKQRFSIRKYKLGAVSVLLGTLFFLGGITNVAADSVINKPSDLAVEQQVKDSPTSIANETPTNNTSSALASTAQDNLVTKANNSPTETQPVAESHSQATETFSPVANQPVESTQEVSKTPLTKQNLAVKSTPAISKETPQNIDSNKIITVPKVWNTGYKGEGTVVAIIDSGLDINHDALQLNDSTKAKYQNEQQMNAAKAKAGINYGKWYNNKVIFGHNYVDVNTELKEVKSTSHGMHVTSIATANPSKKDTNELIYGVAPEAQVMFMRVFSDEKRGTGPALYVKAIEDAVKLGADSINLSLGGANGSLVNADDRLIKALEMARLAGVSVVIAAGNDGTFGSGASKPSALYPDYGLVGSPSTAREISSVASYNNTTLVNKVFNIIGLENNRNLNNGLAAYADPKVSDKTFEVGKQYDYVFVGKGNDNDYKDKTLNGKIALIERGDITFTKKVVNAINHGAVGAIIFNNKAGEANLTMSLDPEASAIPAIFTQKEFGDVLAKNNYKIVFNNIKNKQANPNAGVLSDFSSWGLTADGQLKPDLSAPGGSIYAAINDNEYDMMSGTSMASPHVAGATALVKQYLLKEHPELKKGDIERTVKYLLMSTQKAHLNKDTGAYTSPRQQGAGIIDVAAAVQTGLYLTGGENNYGSVTLGNIKDKISFDVTVHNINKVAKDLHYTTYLNTDQVKDGFVTLAPQQLGTFTGKTIRIEPGQTQTITIDIDVSKYHDMLKKVMPNGYFLEGYVRFTDPVDGGEVLSIPYVGFKGEFQNLEVLEKSIYKLVANKEKGFYFQPKQTNEVPGSEDYTALMTTSSEPIYSTDGTSPIQLKALGSYKSIDGKWILQLDQKGQPHLAISPNDDQNQDAVAVKGVFLRNFNNLRAKVYRADDVNLQKPLWVSAPQAGDKNYYSGNTENPKSTFLYDTEWKGTTTDGIPLEDGKYKYVLTYYSDVPGSKPQQMVFDITLDRQAPTLTTATYDKDRRIFKARPAVEHGESGIFREQVCYLKKDKDGEYNSVLRQQGEDGILVEDNKVFIKQEKNGSFILPKEVNDFSHVYYTVEDYAGNLVSAKLEDLINIGNKNGLVNVKVFSPELNSNVDIDFSYSVKDDKGNIIKKQHHGKDLNLLKLPFGTYTFDLFLYDEERANLISPKSVTVTISEKDSLKDVLFKVNLLKKAALLVEFDKLLPKGATVQLVTKTNTVVDLPKATYSPTDYGKNIPVGDYRLNVTLPSGYSTLENLDDLLVSVKEDQVNLTKLTLINKAPLINALAEQTDIITQPVFYNAGTHLKNNYLANLEKAQTLIKNRVEQTSIDNAIAALRESRQALNGKETDTSLLAKAILAETEIKGNYQFVNASPLSQSTYINQVQLAKNLLQKPNVTQSEVDKALENLDIAKNQLMGHETDYSGLHHMIIKANVLKQTSSKYQNASQFAKENYNNLIKKAELLLSNRQATQAQVEELLNQIKATEQELDGRDRVSSAENYSQSLNDNDSLNTTPINPPNQPQALIFKKGMTKESEVAQKRVLGVTSQTDNQKVKTNKLPKTGESTPKITYTILLFSLSMLGLATIKLKSIKRESeqID 364MNNNEKKVKYFLRKTAYGLASMSAAFAVCSGIVHADTSSGISASIPHKKQVNLGAVTLKNLISKYRGNDKAIAILLSRVNDFNRASQDTLPQLINSTEAEIRNILYQGQIGKNKKPSVTTHAKVSDQELGKQSRRSQDIIKSLGFLSSDQKDILVKSISSSKDSQLILKFVTQATQLNNAESTKAKQMAQNDVALIKNISPEVLEEYKEKIQRASTKSQVDEFVAEAKKVVNSNKETLVNQANGKKQEIAKLENLSNDEMLRYNTAIDNVVKQYNEGKLNITAAMNALNSIKQAAQEVAQKNLQKQYAKKIERISSKGLALSKKAKEIYEKHKSILPTPGYYADSVGTYLNRFRDKQTFGNRSVWTGQSGLDEAKKMLDEVKKLLKELQDLTRGTKEDKKPDVKPEAKPEAKPNIQVPKQAPTEAAKPALSPEALTRLTTWYNQAKDLLKDDQVKDKYVDILAVQKAVDQAYDHVEEGKFITTDQANQLANKLRDALQSLELKDKKVAKPEAKPEAKPEAKPEAKPEAKPEAKPEAKPEAKPDVKPEAKPDVKPEAKPEAKPEAKSEAKPEAKLEAKPEAKPATKKSVNTSGNLAAKKAIENKKYSKKLPSTGEAASPLLAIVSLIVMLSAGLITIVLKHKKNSeqID 365MAKDIKFSADARSAMVRGVDILADTVKVTLGPKGRNVVLEKAFGSPLITNDGVTIAKEIELEDHFENMGAKLVSEVASKTNDIAGDGTTTATVLTQAIVREGLKNVTAGANPIGIRRGIETAVSAAVEELKEIAQPVSGKEAIAQVAAVSSRSEKVGEYISEAMGRVGNDGVITIEESRGMETELEVVEGMQFDRGYLSQYMVTDNEKMVSELENPYILITDKKISNIQEILPLLEEVLKTNRPLLIIADDVDGEALPTLVLNKIRGTFNVVAVKAPGFGDRRKAMLEDIAILTGGTVVTEDLGLDLKDATMQVLGQSAKVTVDKDSTVIVEGAGDSSAIANRVAIIKSQMEATTSDFDREKLQERLAKLAGGVAVIKVGAATET
      ELKEMKLRIEDALNATRAAVEEGIVSGGGTALVNVIEKVAALKLNGDEETGRNIVLRALEEPVRQIAYNAGYEGSVIIERLKQSEIGTGFNAANGEWVDMVTTGIIDPVKVTRSALQNAASVASLILTTEAVVANKPEPEAPTAPAMDPSMMGGFSeqID 366VVENLEKPIGVSYKNSPSMSKRTAIRMKKSSRFSILLYSVLSTLLAIANPLLTYFANGLQTQNLYTGLMMTKGQIPYSDVFATGGFLYYVTIALSYLLGSSIWLLIVQFIAYYVSGIYFYKLVYYVAQSEIVSIGMTLIFYIMNIVLGFGGMYPIQWALPFMLISLWFLIKFCVDNIVDEAFIFYGILAAFSLFIDPQTLIFWLCSFVLLTATNIKQKQSLRGFYQFLCVVFGMILIAYTVGYFMFNLQIISSYIDKAIFYPFTYFARTNHSFLLSLAIQIVVLLGSGCLFGLWDFIQNRKKASYQIGLNFIACIFIIYAIMAIFSRDFNLYHFLPALPFGLLLTSNKITILYQKVIDRRSHRRQYFSGKSLIVDLFVKKTYYLPLLLVSLSIGLLVYNTYQNVTLSKERRDISHYLTTKIDRDGKIYVWDKVASIYSQTRLKSASQFVLPHINTAQKNNEKILKDELLQHGAKYFILNKNEKLPNELKSDIKKHYQEVPLSNITHFVLYRFKSeqID 367MAKPTISPGMQQYLDIKENYPDAFLLFRMGDFYELFYDDAVKAAQILEISLTSRNKNAEKPIPMAGVPYHSAQQYIDVLVELGYKVAIAEQMEDPKKAVGVVKREVVQVVTPGTVVESTKPDSANNFLVAIDSQDQQTFGLAYMDVSTGEFQATLLTDFESVRSEILNLKAREIVVGYQLTDEKNHLLTKQMNLLLSYEDERLNDIHLIDEQLTDLEISAAEKLLQYVHRTQKRELSHLQKVVHYEIKDYLQMSYATKNSLDLLENARTSKKHGSLYWLLDETKTAMGTRMLRTWIDRPLVSMNRIKERQDIIQVFLDYFFERNDLTESLKGVYDIERLASRVSFGKANPKDLLQLGQTLSQIPRIKMILQSFNQPELDIIVNKIDTMPELESLINTAIAPEAQATITEGNIIKSGFDKQLDNURTVMREGTGWIADIEAKERAASGIGTLKIDYNKKDGYYFHVTNSNLSLVPEHFFRKATLKNSERYGTAELAKIEGEMLEAREQSSNLEYDIFMRVRAQVESYIKRLQELAKTIATVDVLQSLAVVAENYHYVRPKFNDQHQIKIKNGRHATVEKVMGVQEYIPNSIYFDSQTDIQLITGPNMSGKSTYMRQLALTVIMAQMGGFVSADEVDLPVFDAIFTRIGAADDLISGQSTFMVEMMEANQAVKPASDKSLILFDELGRGTATYDGMALAQSIIEYIHDRVRAKTMFATHYHELTDLSEQLTRLVNVHVATLERDGEVTFLHKIESGPADKSYGIHVAKIAGLPIDLLDRATDILSQLEADAVQLIVSPSQEAVTADLNEELDSEKQQGQLSLFEEPSNAGRVIEELEAIDIMNLTPMQAMNAIFDLKKLLSeqID 368MLKLDLKTKIKEAILIAFGVALYTFGFVKFNMANHLAEGGISGVTLIIHALFGVNPALSSLLLNIPLFILGARILGKKSLLLTIYGTVLMSFFMWFWQQIPVTVPLKMDMMLVAVAAGILAGTGSGLVFRYGATTGGADIIGRIVEEKSGIKLGQTLLFIDAIVLTSSLVYINLQQMLYTLVASFVFSQVLTNVENGGYTVRGMIIITKESESAAATILHEINRGVTFLRGQGAYSGREHDVLYVALNPSEVRDVKEIMADLDPDAFISVINVDEVISSDFKIRRRNYDKSeqID 369MKRSMYAGRVRSEHIGTSITLKGWVGRRRDLGGLIFIDLRDREGIMQLVINPEEVAASVMATAESIRSEFVIEVSGVVTAREQANDNLPTGEVELKVQELSVLNTSKTTPFEIKDGIEANDDTRMRYRYLDLRRPEMLENFKLRAKVTHSIRNYLDNLEFIDVETPMLTKSTPEGARDYLVPSRVNQGHFYALPQSPQITKQLLMNAGFDRYYQIVKCFRDEDLRGDRQPEFTQVDLETSFLSDQEIQDIVEGMLAKVMKDTKGLEVSLPFPRMAYDDAMNNYGSDKPDTRFDMLLQDLTEIVKEVDFKVFSEASVVKAIVVKDKADKYSRKNIDKLTEIAKQYGAKGLAWLKYVDNTISGPVAKFLTAIEGRLTEALQLENNDLILFVADSLEVANETLGALRTRIAKELELIDYSKFNFLWVVDWPMFEWSEEEGRYMSAHHPFTLPTAETAHELEGDLAKVRAVAYDIVLNGYELGGGSLRINQKDTQERMFKALGFSAESAQEQFGFLLEAMDYGFPPHGGLAIGLDRFVMLLAGKDNIREVIAFPKNNKASDPMTQAPSLVSEQQLEELSLTVESYENSeqID 370KEKGKLIKKKILENNTDIIPKIIEKSPQNLILTSNYNRVNIDKIKNIKNFDKGFELGFPLFEKGEILRKEGEITSAIELFDKARELGYFVPALYNSYAMAFRKIKNYDDEILILQEGIERFKKSTLSSNINPKTIDRWSTRISRAKDLKCKSeqID 371LNVKKHHLAYGAITLVALFSCILAVMVIFKSSQVTTESLSKADKVRVAKKSKMTKATSKSKVEDVKQAPKPSQASNEAPKSSSQSTEANSQQQVTASEEAAVEQAVVTENTPATSQAQQAYAVTETTYRPAQHQTSGQVLSNGNTAGAIGSAAAAQMAAATGVPQSTWEHIIARESNGNPNVANASGASGLFQTMPGWGSTATVQDQVNSAIKAYRAQGLSAWGYSeqID 372MSNWDTKFLKKGFTFDDVLLIPAESHVLPNEVDMKTKLADNLTLNIPIITAAMDTVTDSKMAIAIARAGGLGIIHKNMSIVDQAEEVRKVKRSENGVIIDPFFLTPDNTVSEAEELMQNYRISGVPIVETLENRKLVGIITNRDMRFISDYKQLISEHMTSQNLVTAPIGTDLETAERILHEHRIEKLPLVDDEGRLSGLITIKDIEKVIEFPKAAKDEFGRLLVAGAVGVTSDTFERAEALFEAGADAIVIDTAHGHSAGVLRKIAEIRAHFPNRTLIAGNIATAEGARALYDAGVDVVKVGIGPGSICTTRVVAGVGVPQITAIYDAAAVAREYGKTIIADGGIKYSGDIVKALAAGGNAVMLGSMFAGTDEAPGETEIFQGRKFKTYRGMGSIAAMKKGSSDRYFQGSVNEANKLVPEGIEGRVAYKGSVADIVFQMLGGIRSGMGYVGAANIKELHDNAQFVEMSGAGLKESHPHDVQITNEAPNYSVHSeqID 373MTINHYKLRIPYYTISFLLPFIIIVCILFTKNIYWGSPTTILASDGFHQYVIFNQALRNILHGSNSLFYTFTSGLGLNFYALSSYYLGSFLSPIVYFFNLKNMPDAIYLLTICKIGLIGLSMFVTLCKRHCKVNRVLLLVISTCYSLMSFSISQIEINMWLDVFILIPLVVLGVDQLLWERKPILYFLSLTALFIQNYYFGFMTAIFTSLYFIVQITRNTDSKVAFKQFLH
      FTFLSLLAGMTSSIMILPTYFDLTTHGEKLTKVSKMFTENSWYMDLFAKNMIGAYDTTKFGSIPMIYVGLLPLLLSLLYFTIKEVPRRTRLAYGFLIIFVIASFYITPLDLFWQGMHAPNMFLHRYSWVLSVLICLLAAECLEYLDKISWKKILGVNLILVSGFIITFLFKKHYHYLNLELLLLTLTFLSAYIILTISFVSKQIPKLVFYPFLIGFVVLEMTLNTFYQLNSLNDEWIFPSRQGYAKYNHSISKLVRKTERNNSTFFRTERWLGQTGNDSMKYNYNGISQFSSIRNRSSSQVLDRLGFKSDGTNLNLRYQNNTLIADSLFGVKYNLTEYPFDKFGFIKKAQDKQTILYKNQFASQLAILTNQVYQDKPFTVNTLDNQTTLLNQLSGLKETYFEHLIPNSVSGQTTLNKQVFVKKNKQGNTEITYNITIPKNSQLYVSMPFINFNNEENKIVQISVNNGPFVPNTLDNAYSFFNIGSFAENSRIKVKFQFPHNDQVSFPIPHFYGLKLEAYQKAMTVINKRKVKVRTDHNKVIANYTSPNRSSLFFTIPYDRGWKAYQNNKEIKIFKAQKGFMKINIPKGKGKVTLIFIPYGFKFGVGLSITGIVLFTVYYFKFGKNKIGSeqID 374WFMKHSVGKRHNLVTSeqID 375MKDHLRCFLHYRSKNVGKNGTRLKGGKPNDSeqID 376DKQLFQCVQGFQIRNLNGKKHGIKLIFIKNVKHSeqID 377NEEAIDGVSKLGKKITILGNNSYLSSSeqID 378IKQWLLVMKKMTVLCLKLLEILLLCKTAILNSeqID 379RRISNNLGVLKEATVIHAVSeqID 380ELCLKLSNVKPIYMPWHFEQISLKKQVSRVYHALFESeqID 381RSCFSRCYPRFNRFRYHFLKPPWTRTNYCKRYSeqID 382RWFGFRYDDGRKFSFTNLLSeqID 383PLKSLSMTSRMKLLRLSQRKAMSeqID 384RHLRKRQKQNHLMNLCFLCAVKKLKKDNLISeqID 385KLFIQPIQENMKQPIEIISNYYAKLGLMKISeqID 386YQTYSKKARKFGSVWLKPKSeqID 387TLLFQILLLLSHLKKNIFLEWNMHATYNSeqID 388KKFYEIILATKYHTSVFKWSLKLKNKLTNTKKISEASSGKLEIHLEQQLNSMPKVTLALILLVDKSNALLSeqID 389LKQMFRRVLHLLFQVVLIAVRSLMKMVLKSSWDGVTCSLSLLMRIIQYDYKVPLFQMMMLKGSLVLSKTKPRLTMMMPLILEKYLKQITALVVAAEYLKVILFLKKPRDSFSeqID 390GRKINFSRPSRFESeqID 391RVKYKKWEPLSISRSCYEKSSSTSSRI
      SeqID 392TWSRCCIPRCYSWCKIRRSNQCFGRWTSSFGSeqID 393KENFVQRLRSLLKAISKNIIIYSLVSLPLARHLSeqID 394SIINIKLEIYDICPKTISNRESIHGYRKLLPRLLFGDYLSKTLFQGFTSNHPNCRPIRLSeqID 395LSFRRSRRIGSSHSQISeqID 396FIFKDRFKMRHFTDSeqID 397GLICACKAFISAILANLFCSSVIPIASCPENICAKPRTRFSSTSDIVLSPAKYIFKAPTVLSFIFRGTTIAEFNSeqID 398SSSLDTHYKHRELFLVADSLGSLWLILLVAYFVSeqID 399HLVPTQYHKQNLPLEYKRLNALVHKSeqID 400AHLHEGYHKYPLKRRNLYEFLRKLSeqID 401PLKELREHYIIPRKIRLQNFPHRSeqID 402KYTIAGSRVTQRRPSFSVTKVSeqID 403AAFSSPAAKNRAFITTRSSSeqID 404SMVKQISFSDHLISRFEGLCLRRFSVRFRLRRSLSSVSNSTNNTSWLSeqID 405YHVLSRYHLNPLHVLQALYAHQEYVIVLIIHQRELFYRGQRGQSeqID 406AQPSSTRISPKIDRFTPKSeqID 407WNRTINYFLNNLQLVTNIKLPTRKIFQSQNKFLSFIKNSeqID 408VQEGHKIFPLQRSeqID 409QQSNNTANYSRPYKPWHKKKNGLSCRCFSSeqID 410FFDDTKVNIHWLEMFAVCMCNIMWQCTNSSSLWENYFTLPIKATGSIDSRYKTTCCRFYITFNTGHLSSKEKIWVLTCSKGLVSeqID 411VYSLRIATLELERNLIDKRRGKPTDSRSIEFLEVSLAILSCKNKLIPDIMLEKTFPLVSSEAKSEDLKFKSAISLNLENCSSeqID 412GHSNGIKEGNGGIFPVFCIAITATRFRFTINGFCNRINPCLCHFIVTLLSCCNRKS
      SeqID 413RIEKAIVPKPAISVLMIISRMVLGTPEKEPVICSANGIISIVIATPADIEIQMSKADIIKAKPVEKLFCENSLTELTKAAPGTITISAPNIIMLRCSPNPEKYNKLALKATTELPRMVKRNPVCIRLSIKFRKYPKIKPVTAAENESNKELPKAKEKLPAPQKSeqID 414PYSVTYAAPVICNGADLARRTAYAMSSSVTKPSDVEELVTIGDRTKRFSRLNPLGSINGRNKLPWTLFISAHRPLISHRLSLKSIKLCNSeqID 415ANHNDKNNTISVNKFSAKSeqID 416SFCVFCCHSKKGSYPHPKQSSWSSRFNSRSHTNDITCPYRCSKSSCKGSITSeqID 417TLGISFKIRGCHFSAKPFLGGKSPDFPLPGSeqID 418FNISNSSLGFGTSAKSASTSSANSSLIISCDKATHSLQMKTPLPAIIFFTSSWLLPQNEQSeqID 419GVYKKQSLSLIFHQIHLIVYHFDFLHDRFVPYYRESeqID 420IFLRSVCGNSRQALGLTSYILHKLSSPKNGQGIALNTLSPSSSTSKNKSSKADNFIRKCLEILEISASVNRGPKVLQQLAHAVQSISSeqID 421SRISTITIPIRISPTFLYREDFSSGLKGSFGLRLSSVKYFFPSKVYWRRPKNIPIAASEKPRWKFTSCPRYPTTMGEIKAPRLIPKTKILKPASRRESFSPYKLPTISDTFGFNSPVPRIIRAIEMNRAVSeqID 422SFPRSNNLCAFKDKFKCRTSSRLDCLSeqID 423IHSFHRRKLNHHGKLNLYHLVLEKQPGLSSLLIMLYQSPDLSeqID 424LSFSIVSHLLTTIIIPLPASCANPAIRLSYSRIPSSALITIRTTSERSMARIERITEYFSVFSYTLPDLRIPAVSIIVYSCPWLSTKLVSIASRVVPATGLAITRSSPRMALIKLDFPTFGRPIKLKRIISGFSFSSSTGRFSTIASNISPVPIPSeqID 425CPSSDIAGINFTKNSGKIDKQTVTSeqID 426PFLRNHFHNNETSTKFFSDSTKSRIGNTCHRCSeqID 427ASTGSAANPQTTPGKLLQASIAPIPVPQPVITKSAAPLLSKIAVSKPFCTSeqID 428AMPKRCFIPPEYDEIFFLPTSPKPTSSSNLGISCLAFFLSTPFKVAISeqID 429LLLILKNPDTTHNTTIKRQPNKPPKVLRKRTEKKSIKLMKRIPINHVAPSeqID 430NFKARPPGVVSGLPNITPTFSLNWLIKIAIVFVLLMDADNLRIASeqID 431KRVGICHIYHVSQSSCFHNNKFSRYFTQFSFNIIVHSIFLSQYFSFWSeqID 432
      NSTTSASLISGLISSRSGRRVNEPSSFSASNDTKAGRPKVASTASRIAGTFIDFSRTEITCPGVTRYDGISTRLPSTRISeqID 433TRPLVEILVDKLAPYKEANFSRNSCTLGYLAFAVTNISeqID 434RTRNAIRYPKASSGDYGTKREIITANKDKYSISKMCRWLNMPRSSYYYQAVESVSKTEFEETIKRIFLDSESRYGSRKIKICLNNEGITLSRRRIRRIMKRLNLVSVYQKATFKPHSRGKNEAPIPNHLDRQFKQERPLQALVTDLTYVRVGNRWAYVCLIIDLYNREIIGLSLGWHKTAELVKQAIQSIPYALTKVKMFHSDRGKEFDNQLIDEILEAFGITRSLSQAGCPYDNAVAESTYRAFKIEFVYQETFQSLEELALKTEKATLFCTTFIKCCLFRFLPMLSeqID 435atggatgtat cgtctagtcc gaatattaca tttatgctgc aatacacaga ggctaatcct 60caatatgtgg actatactaa cagagaagag gctgtcaaaa ttgatgaaga attgtcctta 120gaaacgaaca ggcaaatgat tgaaggatta actgaagacg agttgactcg tattcaggaa 180gctgtccctg aaacgcagtt gaattttagg gaatacattg attatatgaa ccgctcgtat 240gcaactgaag aacaatctaa agaactaaca gctatcttta ctcaagaagc agattatctt 300cagaaactac gattaatcga tctaaaaaat aagttggaat cagcttatca aaatggttca 360cttctctggc aaggagttat ttcgtttgataatgcttttc ttgcggaaca gggattgtat 420gatgttgcga ctggtcaagt tgatcaaaaa gcgattaagg cagtgatgcg tgatatgatg 480ccaacactta tccagaaaga gggcctttct gattctgctt tttggtgggg gaatatccat 540ctgaatacag ataatatcca tatccatttt gggctttctg aagttgaatc taaccgtgag 600aaaatattct atcagccacg tggacgtatg gagtacaaag gtaacttctc tcagaaaacc 660atcaaccggt ttaaaagtgg tgtgtatcat ggattgctga aagaagaaac aagatccaat 720cttctcagaa aagaacagat tttagctaat ctcaaagcgg acttcataac atctatttac 780cagaaggaca agattacttc ttcagctgaa aaaaattttt tggaacaagc ctacaatcat 840ttgccgctaa ataagaagtg gcgctatggt tctaatgcca gagattttgc ggttagtaag 900ttctttcttg atcgctattt agattcctat ttaaacaatg aaggtagtgc tgcctatcaa 960gaatttttga aagagactag agattttctt cagacttatg aaggggttta ttcagctgaa1020aaaaataaaa tctatgaaaa actacgtaaa gttgatgggc aaacgatcag aacgcttgca1080gaatcaaaag gatatgattt agaacatcat ttggcacgtc gtgtaatgga tttaagagag1140cgtttagcca ataatatctt acgttcgttt agagaagctg caccccaaat tcaagacgtt1200cagctggaaa aaaatttaga gagtttttct gttttgaacc agaagaaaat tttagaacaa1260catcctgaag caagtgtggt aaaaagtcag aaagcttggc agaagttagg ctactttgtg1320aaggctggag agcagccact tgaaattata aggccagtct ataaatctta tgataagcat1380ggtaaaggta taggacggcc agaatttgta tcagatactg tttatgatat tagtcagcta1440acagaaaata ttcagctgaa aagtctaacc ttgaaagacc tctctctgtt ttcttctaac1500gagttaaaag agttagtaga tgctgctaag ttaaagacta atccaacaga gagagaacgc1560cgtgaattag gtacctatcg ttatgcgttg aaacttagca tattagaatc tagtcagaag1620gaattgcagg ttcgtcaaaa gctactagaa caggtacagc cactagcgtc tgatcaacca1680tttttagatt ttaagaaaca gttaatagct caggaattac aagctatagc gctacaattg1740actcctaatt acaagctatc agaagatgat aaagccttga aaaatcgatt gaagaggcag1800tttgaagata gtgttgcgct acctgtttca aaagctactc ctggtgccat acaacttcct1860attaggcaac tttggactga gctaggattg gttcatcaca ttcaagatga aaacattcta1920acgcttctga aagggacatc aacgacgaaa caagcttata tagaagaact tcagactcat1980atctctattt ttcagttgaa atatcagatt aacaatagaa acaagcagat aagccagtta2040tcggatgaag caacaataaa ggagatgagg atagctaatg ctaaaggttt ctctgagcta2100aaacgtctat atgatacatt acagccatca gatgatggtc aaaatcagat tagtcaagct2160gtttctaaac aattacaaga acgaaaagtt atcaaaaaag ctcaattaca acagacgcag2220agaagcggaa aaatcaatac agacttcatg cgacaattga cagcttctct taatcgttca2280caacaagcaa gtaaaaaagc attgatggaa cgtgcacgta gtgatgaacg tgaggaacaa2340gaagaacgta ggcaagctca acgttaa2367SeqID 436atgaattcta acacaaaagg tcacggattt ttccgcaagt caaaagcata cggcttagta 60tgtgctattg cattagcagg tgcatttaca ttagctacta gtcaagtgtc tgctgatcaa 120gttacaactc aagcaacaac tcaaacagta acgcaaaatc aagcagaaac agtaacatca 180actcaacttg ataaagcagt agctacagct aaaaaagcag ctgtagctgt tacaaccaca 240cctgcagtta atcatgcgac aactactgat gcacaagctg atttagctaa tcaaacacaa 300gctgttaaag atgttactgc aaaagcacaa gctaatacac aagctattaa agatgctact 360gctgaaaatg caaaaattga tgctgaaaac aaagcagagg cagagcgtgt tgcaaaagaa 420aacaaggaag gtcaagcagc cgtagatgca cgtaacaaag caggtcaagc agccgtagat 480gcacgtaata aagcgaaaca gcaagcgcaa gacgatcaaa aagcaaaaat tgatgctgaa 540
      aacaaagcag agtctcaacg tgtaagtcag ttaaatgcac aaaataaagc aaaaattgac 600gcagaaaata aagatgcgca agctaaagca aatgcgacta atgcacaatt acaaaaagat 660tatcaagcta aattagcgga aatcaaatca gttgaagctt ataatgcagg tgtacgtcaa 720cgtaataaag atgcacaagc taaagcagat gcgactaacg cacagttaca aaaagactat 780caagctaaat tagcacttta taatcaagct ctaaaagcta aagcagaagc agataaacag 840tctattaata atgttgcttt tgatatcaaa gctcaagcta aaggtgttga taacgctgaa 900tatggaaact caatcatgac tgcaaaaact aaacctgacg gaagtttcga gtttaaccat 960gatatgatcg atggtgtgaa gacaatcggc tatgggaaat tgacaggtaa agttaatcat1020cattatgttg ctaacaagga tggctctgtg acagcatttg ttgattctgt cactctttac1080aagtacgagt atcgtaatgt tgctcaaaat gctgctgtta accaaaatat tgtatttaga1140gttttaacaa aagatggtcg tcctattttt gaaaaagctc ataatggtaa caaaactttt1200gcagaaactt taaacaaaac tttacaactc aatcttaaat atgagcttaa accacatgct1260tccagcggta acgtcgaagt ctttaagatt catgatgact gggtacatga cacacatggg1320tctgctttag tgtcttatgt taataataat gatgctgttc ctaatgtggt catcccagaa1380cggccaactc caccaaagcc agtgaaagtt acacctgaag cagaaaaacc agtacctgaa1440aagccagttg agcctaaatt ggtaacgcct acattaaaaa cttatactcc agtcaaattt1500attccgcgag aatacaaacc agaaccaatc acccctgaga cgtttacccc tgagaaattt1560actccagctc aaccaaaagt gaaaccacat gtgtctattc ctgaaaagat taactactca1620gttagtgttc atcctgtttt agttccagct gctaatcctt caaaagctgt cattgatgaa1680gcaggtcaat ctgttaatgg taaaaccgta ttaccaaatg caacattaga ctatgttgct1740aaacaaaact ttagtcaata caaaggtatt aaagcttctg cagaagcgat cgcaaaaggt1800tttgcatttg tagatcaacc aaatgaagcg ttagctgaat tgactgttaa gtctatcaaa1860gcatctaatg gtgatgatgt atcaagcttg ttagaaatgc gtcatgtttt atcaaaagat1920actttagacc aaaaacttca atctcttatt aaagaggcag gaattagtcc agttggtgag1980ttttacatgt ggactgcaaa agatccacaa gctttttata aagcttatgt tcaaaaagga2040ctagatatca cttataatct atcctttaaa atcaaagcta actttactaa aggtcaaatc2100aaaaatggtg ttgcacagat tgattttggg aatggatata caggtaatat tgtagtcaat2160gatgttactg ttccagaagt acataaggat atacttgata aagaggatgg taaatcaatt2220aataatagta cggttaagtt aggtgatgaa gtgacctaca aacttgaagg atgggttgta2280ccagcaaacc gtggttacga tctttttgaa tacaaatttg tggatcaatt acaacacaca2340catgatcttt acttacgtga taaagtggtc gctaaagttg atgtgacatt aaaagatggt2400acagtcatta aaaaagggac taatttagga gagtacacag aaacagttta caacaaaacg2460acaggtcatt atgagcttgc ctttaaaaaa gagtttttag ctaaggtttc tcgtgaatca2520gaatttggtg cagatgattt tattgtagtt aaacgtatta aggcaggtga tgtttacaat2580actgctgatt tatatgttaa tggatataaa gttaagtcag aagcagttgt gactcatact2640actgagaaat caaaaccagt tgaaccacaa aaagcaactc caaaagctcc agctaaagga2700ctgccatcaa ctggtgaagc tagtatgacg ccacttactg caattggagc aattatctta2760tcagctctag gcctcgcagg ctttaaaaag cgtcaaaaat aa 2802SeqID 437atgtttagtt ggttggaagc tctttattac actctgatac aactggcaaa agtgaaccgg 60ttgaatgctc ttttcttagt tagcgttgtg ggttatcttt gttaccaggg aataaaactc 120gtcagaaaaa ccataagaaa cttttttcag ctgatgaagg gtttcatagg tgatagagag 180aacatcaaga aatgcatcaa aaacaagaaa gaggcactag tccattcttg gaaacatcgt 240caagatattg attggaaatc aactggaaaa gataagagta aacagttatg gaatcttatg 300aagcgacttg cgacagttgc tccttcattt ttgttcttat tattgggaaa tgttctcttt 360cgtctcattt atcaactgcc ttttgtaaag caagacagaa agcgatttga caaggaaatg 420aagcccttgc tctacttcaa gaactatcgt agttttgtgt tcatgggaat aggtttcagt 480ttcatagcgt ttattctcac aaactatttt gtgacggttt taagggctgc tattcgtttt 540ctatatttct caatcatgac gttaagagat aatagccaag tcgttagctt taacgttgat 600agtttgctca tccagaattt attcaatgct agggtatttg tgatagctcc cattctagca 660gtgccaatct ttctcattgg tttagtcgta gcttggcggt ctgcttgggt taactttgaa 720cagtaccgtg attataatca taatgaagaa ggggatgatc gctttgcgac tgtcaaagaa 780atccaccagc aatataagaa agttcctaat aaaacggaaa cttatccagg tgaaggaggt 840gtgcccgttc ttcatgaaac aagaaagaat ttgacaggct taacgcttaa atctcaaatg 900ctttggcaaa accgtacctt tagtcgctat ttaacgaatg cggaaaggat tttagggctc 960ttatcgacgc cttcaggaga ttattacatc gatgatagca ccacaaactt gatcaccatg1020gggattactc ggtcaggtaa gggagaagct catattgccc ctattattga tattaatagc1080cgtgcggaaa ttcaaccgtc actgattatt gcagacccta aaggggaaca ttaccagtcc1140tcttataaaa ccatgcgtcg gcgtggctat gatgttaatg tcctttcttt ccaaaacatg1200gattggtcca tgtcctataa ccctttagct cttgcgattg cagcagctaa gaagggttac1260tatgaaatga cacagacaag ggttaatgcg gttgcagaag ccatttatcg taaaacgaaa1320cctggtagcg gtaatggcaa tgcaaaatac tgggaagata cctccatttc cctctttaat1380gccattgcta tggccttaat ggaccgtgct aatgaaaccg tcaggaatgg tgaaaccgat1440gcttgggata ccgttacagt tcgtaacatt gccaagtttt tgactgactt gggttctgaa1500
      gaagtctttg tcaatgattt tggagagatt gttgagaatc ctgataagaa ccaacaagtg1560aagaagaaat ctaaaatcac ggtttacttt gataacttgc gtaaaatcaa tcaagaacaa1620ttttccaaat ttagagatat ggctgattta aactttaggt cttctgactt cgcttcagaa1680gaaactaagg gaaatgtctt ctctagcatg atgtcaggta ttaacttatt cttgcaagat1740aatattgcta aactaacctc taaaaactct attgacctag aatcggttgg tttcccacgt1800cgcttgtcta tcaagtttcg ttctagttcc aatgtcgcta tgcgtaacga atacactcat1860aagacggcta aggttaccat tactagtcaa gctgtttggg gtaaaaccac taaacaagtt1920atccacgtag atgctgcaac agctctgatt gatggtgaag gctatctaac ctatgtgatt1980gaaccccagc ttcctgatca attcttggta acaattgact ttaatcacga aaacaatggt2040ggttcagcta ttcgtcacaa aactttccaa ttctcagctg agaaagtcta taagaaacgt2100ggtaacgtta ttacgttgga tgactacacg aaaaaaccag ttttggatca tatcaaagtt2160actgttctca acaagcaaga tgataacctt ctccagaaag aagatattga cctgatttat2220tcagataatc ctaaagtgat ttacttggta acacctccaa ataggactga atataatagt2280attgtatctc tgtttttgga tcaattgttt aatgccaatt atgagttagc tctgtcaaat2340ggtcgcaagt gtgtcaatcg aattcttcat atcctcgatg aattcacaaa cattccagct2400attcctcaca tggataccaa gatttccatt ggtcttggtc aaaatattct ctactatctc2460tggattcaga acttgaaaca gttagtcagt gaatatggcg agaatacagc ggaaaccatt2520cgggagaact gttctttgaa agtttatatc aaatctactg ccccagcgac caacgagtac2580ttcagtaaag agttggggac tcggaccatt acacgtcgca gaaggtcaag taatattcta2640gatgaagcta atccaaatgt ttccattgaa aatcctagac aggaactctt aacaccgaca2700cagctctcga aactccaaga aggggaagcg gttattttgc gtggtgttaa aggtcgagac2760aatgcaggtc ggaaaatcac aacggatccg attttcttgc atgagaaaac gagccttcct2820tatcgctaca tgttcttaca agaagaattt gaccagtcga tggctttggc agatattcca2880gtggaaagtg ggcataggga ccttgacctg caagatatag cagtaggggc acaaagcact2940tttaataaga ttattgattg gcggatggct ctaactgacc gtatgagaac aaatgggaag3000atacctcaat tagcatcaag aaaacaaacg attaaagctc taagtcaatc tcaatttact3060tctccagcag acctaacaca agctgtgatt gcagaggtat ttgatgagga agatgatgac3120gatcttttct ttgtggatga tgtcatgtaa 3150SeqID 438atgacagata atcgctttgc ccaattaaaa gaaaactttg aaaagggatc tcctaaaagg 60cgagttccaa cgtctcgccc aatcgcagct caaaaagcgc ctgagagcta taacaaaaag 120ggacggtatc cattttcgct ccaccaagat gtgcgttatg ataaattaga agcattagta 180gcttatcatg gagctaagtc tgcatcagat tatctggaga ggttgattgt tcaggaatgg 240gaaaagatgc agcggaagct taagaacaaa gaaaaataa279SeqID 439atggcatatt tatcaaaatt atccgatttg gatccatcgt tgatggatgc ggattctgaa 60caaatttata ttcctaaagt cttgtttgag cataatgact ttaaaggctt gacctacaaa 120gagattttat tatattcttt tttgttaaat cgtttaagag agccattaga ttttattcaa 180aaaggctatg atgataatga agatacctat gttcacttta aggtcgaaga tttatgtgaa 240ctactcaacc agagtaagac aaccgttatt tccttgaaga aaaggttagc tcaatatggt 300ttgatagaag aagtgaaagc aggtagtcac cagccgaatc gtatttattt aacagataaa 360ttagttccat atattaaggg gtaa384SeqID 440atgacaatct ttgatgaaag agagttaaaa gaacgattta ctcatgaaaa tagggttagt 60ttttatgagt ttgtggctaa atatgatgct caaatggttc ctgtgatgaa agcaaagggc 120tatcgatgta ttcattcaat ggagcgtaca gtggttttta cttttgggga attcacgatt 180aggcgacgtc ggtggcaaaa aggagaacat tgggtggtgc cagttgatga aaagctagga 240ctgaaaaaga atgttcgcta ctctttagaa ttcatgtatc aaattgctag tttagcaacc 300atgatgcctt atgaaaaagt gattaaggtt gttcagatga tgtattgtat tgtgattacc 360aaacctactg ttgtgaaggc cgttaagatt agtcgtgaat tgcttaaaga aaaggaagcg 420tatcgttttt ttgatgaaga tataccagta gataaagaac cagttgatat gatttatctt 480gaaggagatg gagtcatggt caaagctcga gaagaaggat tagataatcg caatgttgat 540ttgtctcatt tcgtggttca tacgggtagt cagaaagtag gaagcaatcg ctttgtctta 600caaaataaaa aagagtttgt gtcccttgat aatcgtcaaa cgcgtcaaaa gattttggac 660tacctttaca atcattttta cattgcccca aacaccttgc ttattaccaa ttcagatggt 720ggccatggct ataccccata tgtttttaaa gagattgcga aagcactcaa agtgaagcaa 780cacgaacact tttgggatag gtatcatgtc aatgaaaaga tcaaaagttt ttttaaactc 840tatccagtgg aactgatgac tggcgctttt cagagcatta aacagcatga taaagaaaag 900cttagaactg ttttggatac gacagaagca ttgatactga tggaagaaga aatggaaggg 960tttaaccagt tcaaacgaaa gttgttaaac aattttcaat atactaaatc agctgaattg1020agaggtttca gtcgtgcagg aataggtgtt atggagtcac aacatcgaaa aattacctat1080cggatgaaaa agcgcgggat gtattggaca attcagggag ctgagacgat gagtcaatta1140
      attgtcctat cgtatgaagg acagctaaga gatctcttct ttggttcttg gcgtgaagac1200tatcagaaat atcaagagct agaaaacctt agtgcgggaa aaatcaaaca tgaacagaat1260aaaatcaata agagatatga tctccagaca cttggtcggc ttaggtacgg taggcatcgt1320aatttatag1329SeqID 441atggatgtat cgtctagtcc gaatattaca tttatgctgc aatacacaga ggctaatcct 60caatatgtgg actatactaa cagagaagag gctgtcaaaa ttgatgaaga attgtcctta 120gaaacgaaca ggcaaatgat tgaaggatta actgaagacg agttgactcg tattcaggaa 180gctgtccctg aaacgcagtt gaattttagg gaatacattg attatatgaa ccgctcgtat 240gcaactgaag aacaatctaa agaactaaca gctatcttta ctcaagaagc agattatctt 300cagaaactac gattaatcga tctaaaaaat aagttggaat cagcttatca aaatggttca 360cttctctggc aaggagttat ttcgtttgat aatgcttttc ttgcggaaca gggattgtat 420gatgttgcga ctggtcaagt tgatcaaaaa gcgattaagg cagtgatgcg tgatatgatg 480ccaacactta tccagaaaga gggcctttct gattctgctt tttggtgggg gaatatccat 540ctgaatacag ataatatcca tatccatttt gggctttctg aagttgaatc taaccgtgag 600aaaatattct atcagccacg tggacgtatg gagtacaaag gtaacttctc tcagaaaacc 660atcaaccggt ttaaaagtgg tgtgtatcat ggattgctga aagaagaaac aagatccaat 720cttctcagaa aagaacagat tttagctaat ctcaaagcgg acttcataac atctatttac 780cagaaggaca agattacttc ttcagctgaa aaaaattttt tggaacaagc ctacaatcat 840ttgccgctaa ataagaagtg gcgctatggt tctaatgcca gagattttgc ggttagtaag 900ttctttcttg atcgctattt agattcctat ttaaacaatg aaggtagtgc tgcctatcaa 960gaatttttga aagagactag agattttctt cagacttatg aaggggttta ttcagctgaa1020aaaaataaaa tctatgaaaa actacgtaaa gttgatgggc aaacgatcag aacgcttgca1080gaatcaaaag gatatgattt agaacatcat ttggcacgtc gtgtaatgga tttaagagag1140cgtttagcca ataatatctt acgttcgttt agagaagctg caccccaaat tcaagacgtt1200cagctggaaa aaaatttaga gagtttttct gttttgaacc agaagaaaat tttagaacaa1260catcctgaag caagtgtggt aaaaagtcag aaagcttggc agaagttagg ctactttgtg1320aaggctggag agcagccact tgaaattata aggccagtct ataaatctta tgataagcat1380ggtaaaggta taggacggcc agaatttgta tcagatactg tttatgatat tagtcagcta1440acagaaaata ttcagctgaa aagtctaacc ttgaaagacc tctctctgtt ttcttctaac1500gagttaaaag agttagtaga tgctgctaag ttaaagacta atccaacaga gagagaacgc1560cgtgaattag gtacctatcg ttatgcgttg aaacttagca tattagaatc tagtcagaag1620gaattgcagg ttcgtcaaaa gctactagaa caggtacagc cactagcgtc tgatcaacca1680tttttagatt ttaagaaaca gttaatagct caggaattac aagctatagc gctacaattg1740actcctaatt acaagctatc agaagatgat aaagccttga aaaatcgatt gaagaggcag1800tttgaagata gtgttgcgct acctgtttca aaagctactc ctggtgccat acaacttcct1860attaggcaac tttggactga gctaggattg gttcatcaca ttcaagatga aaacattcta1920acgcttctga aagggacatc aacgacgaaa caagcttata tagaagaact tcagactcat1980atctctattt ttcagttgaa atatcagatt aacaatagaa acaagcagat aagccagtta2040tcggatgaag caacaataaa ggagatgagg atagctaatg ctaaaggttt ctctgagcta2100aaacgtctat atgatacatt acagccatca gatgatggtc aaaatcagat tagtcaagct2160gtttctaaac aattacaaga acgaaaagtt atcaaaaaag ctcaattaca acagacgcag2220agaagcggaa aaatcaatac agacttcatg cgacaattga cagcttctct taatcgttca2280caacaagcaa gtaaaaaagc attgatggaa cgtgcacgta gtgatgaacg tgaggaacaa2340gaagaacgta ggcaagctca acgttaa2367SeqID 442atgaattcta acacaaaagg tcacggattt ttccgcaagt caaaagcata cggcttagta 60tgtgctattg cattagcagg tgcatttaca ttagctacta gtcaagtgtc tgctgatcaa 120gttacaactc aagcaacaac tcaaacagta acgcaaaatc aagcagaaac agtaacatca 180actcaacttg ataaagcagt agctacagct aaaaaagcag ctgtagctgt tacaaccaca 240cctgcagtta atcatgcgac aactactgat gcacaagctg atttagctaa tcaaacacaa 300gctgttaaag atgttactgc aaaagcacaa gctaatacac aagctattaa agatgctact 360gctgaaaatg caaaaattga tgctgaaaac aaagcagagg cagagcgtgt tgcaaaagaa 420aacaaggaag gtcaagcagc cgtagatgca cgtaacaaag caggtcaagc agccgtagat 480gcacgtaata aagcgaaaca gcaagcgcaa gacgatcaaa aagcaaaaat tgatgctgaa 540aacaaagcag agtctcaacg tgtaagtcag ttaaatgcac aaaataaagc aaaaattgac 600gcagaaaata aagatgcgca agctaaagca aatgcgacta atgcacaatt acaaaaagat 660tatcaagcta aattagcgga aatcaaatca gttgaagctt ataatgcagg tgtacgtcaa 720cgtaataaag atgcacaagc taaagcagat gcgactaacg cacagttaca aaaagactat 780caagctaaat tagcacttta taatcaagct ctaaaagcta aagcagaagc agataaacag 840tctattaata atgttgcttt tgatatcaaa gctcaagcta aaggtgttga taacgctgaa 900tatggaaact caatcatgac tgcaaaaact aaacctgacg gaagtttcga gtttaaccat 960gatatgatcg atggtgtgaa gacaatcggc tatgggaaat tgacaggtaa agttaatcat1020
      cattatgttg ctaacaagga tggctctgtg acagcatttg ttgattctgt cactctttac1080aagtacgagt atcgtaatgt tgctcaaaat gctgctgtta accaaaatat tgtatttaga1140gttttaacaa aagatggtcg tcctattttt gaaaaagctc ataatggtaa caaaactttt1200gcagaaactt taaacaaaac tttacaactc aatcttaaat atgagcttaa accacatgct1260tccagcggta acgtcgaagt ctttaagatt catgatgact gggtacatga cacacatggg1320tctgctttag tgtcttatgt taataataat gatgctgttc ctaatgtggt catcccagaa1380cggccaactc caccaaagcc agtgaaagtt acacctgaag cagaaaaacc agtacctgaa1440aagccagttg agcctaaatt ggtaacgcct acattaaaaa cttatactcc agtcaaattt1500attccgcgag aatacaaacc agaaccaatc acccctgaga cgtttacccc tgagaaattt1560actccagctc aaccaaaagt gaaaccacat gtgtctattc ctgaaaagat taactactca1620gttagtgttc atcctgtttt agttccagct gctaatcctt caaaagctgt cattgatgaa1680gcaggtcaat ctgttaatgg taaaaccgta ttaccaaatg caacattaga ctatgttgct1740aaacaaaact ttagtcaata caaaggtatt aaagcttctg cagaagcgat cgcaaaaggt1800tttgcatttg tagatcaacc aaatgaagcg ttagctgaat tgactgttaa gtctatcaaa1860gcatctaatg gtgatgatgt atcaagcttg ttagaaatgc gtcatgtttt atcaaaagat1920actttagacc aaaaacttca atctcttatt aaagaggcag gaattagtcc agttggtgag1980ttttacatgt ggactgcaaa agatccacaa gctttttata aagcttatgt tcaaaaagga2040ctagatatca cttataatct atcctttaaa atcaaagcta actttactaa aggtcaaatc2100aaaaatggtg ttgcacagat tgattttggg aatggatata caggtaatat tgtagtcaat2160gatgttactg ttccagaagt acataaggat atacttgata aagaggatgg taaatcaatt2220aataatagta cggttaagtt aggtgatgaa gtgacctaca aacttgaagg atgggttgta2280ccagcaaacc gtggttacga tctttttgaa tacaaatttg tggatcaatt acaacacaca2340catgatcttt acttacgtga taaagtggtc gctaaagttg atgtgacatt aaaagatggt2400acagtcatta aaaaagggac taatttagga gagtacacag aaacagttta caacaaaacg2460acaggtcatt atgagcttgc ctttaaaaaa gagtttttag ctaaggtttc tcgtgaatca2520gaatttggtg cagatgattt tattgtagtt aaacgtatta aggcaggtga tgtttacaat2580actgctgatt tatatgttaa tggatataaa gttaagtcag aagcagttgt gactcatact2640actgagaaat caaaaccagt tgaaccacaa aaagcaactc caaaagctcc agctaaagga2700ctgccatcaa ctggtgaagc tagtatgacg ccacttactg caattggagc aattatctta2760tcagctctag gcctcgcagg ctttaaaaag cgtcaaaaat aa 2802SeqID 443atgtttagtt ggttggaagc tctttattac actctgatac aactggcaaa agtgaaccgg 60ttgaatgctc ttttcttagt tagcgttgtg ggttatcttt gttaccaggg aataaaactc 120gtcagaaaaa ccataagaaa cttttttcag ctgatgaagg gtttcatagg tgatagagag 180aacatcaaga aatgcatcaa aaacaagaaa gaggcactag tccattcttg gaaacatcgt 240caagatattg attggaaatc aactggaaaa gataagagta aacagttatg gaatcttatg 300aagcgacttg cgacagttgc tccttcattt ttgttcttat tattgggaaa tgttctcttt 360cgtctcattt atcaactgcc ttttgtaaag caagacagaa agcgatttga caaggaaatg 420aagcccttgc tctacttcaa gaactatcgt agttttgtgt tcatgggaat aggtttcagt 480ttcatagcgt ttattctcac aaactatttt gtgacggttt taagggctgc tattcgtttt 540ctatatttct caatcatgac gttaagagat aatagccaag tcgttagctt taacgttgat 600agtttgctca tccagaattt attcaatgct agggtatttg tgatagctcc cattctagca 660gtgccaatct ttctcattgg tttagtcgta gcttggcggt ctgcttgggt taactttgaa 720cagtaccgtg attataatca taatgaagaa ggggatgatc gctttgcgac tgtcaaagaa 780atccaccagc aatataagaa agttcctaat aaaacggaaa cttatccagg tgaaggaggt 840gtgcccgttc ttcatgaaac aagaaagaat ttgacaggct taacgcttaa atctcaaatg 900ctttggcaaa accgtacctt tagtcgctat ttaacgaatg cggaaaggat tttagggctc 960ttatcgacgc cttcaggaga ttattacatc gatgatagca ccacaaactt gatcaccatg1020gggattactc ggtcaggtaa gggagaagct catattgccc ctattattga tattaatagc1080cgtgcggaaa ttcaaccgtc actgattatt gcagacccta aaggggaaca ttaccagtcc1140tcttataaaa ccatgcgtcg gcgtggctat gatgttaatg tcctttcttt ccaaaacatg1200gattggtcca tgtcctataa ccctttagct cttgcgattg cagcagctaa gaagggttac1260tatgaaatga cacagacaag ggttaatgcg gttgcagaag ccatttatcg taaaacgaaa1320cctggtagcg gtaatggcaa tgcaaaatac tgggaagata cctccatttc cctctttaat1380gccattgcta tggccttaat ggaccgtgct aatgaaacag tcaggaatgg tgaaaccgat1440gcttgggata ccgttacagt tcgtaacatt gccaagtttt tgactgactt gggttctgaa1500gaagtctttg tcaatgattt tggagagatt gttgagaatc ctgataagaa ccaacaagtg1560aagaagaaat ctaaaatcac ggtttacttt gataacttgc gtaaaatcaa tcaagaacaa1620ttttccaaat ttagagatat ggctgattta aactttaggt cttctgactt cgcttcagaa1680gaaactaagg gaaatgtctt ctctagcatg atgtcaggta ttaacttatt cttgcaagat1740aatattgcta aactaacctc taaaaactct attgacctag aatcggttgg tttcccacgt1800cgcttgtcta tcaagtttcg ttctagttcc aatgtcgcta tgcgtaacga atacactcat1860aagacggcta aggttaccat tactagtcaa gctgtttggg gtaaaaccac taaacaagtt1920atccacgtag atgctgcaac agctctgatt gatggtgaag gctatctaac ctatgtgatt1980
      gaaccccagc ttcctgatca attcttggta acaattgact ttaatcacga aaacaatggt2040ggttcagcta ttcgtcacaa aactttccaa ttctcagctg agaaagtcta taagaaacgt2100ggtaacgtta ttacgttgga tgactacacg aaaaaaccag ttttggatca tatcaaagtt2160actgttctca acaagcaaga tgataacctt ctccagaaag aagatattga cctgatttat2220tcagataatc ctaaagtgat ttacttggta acacctccaa ataggactga atataatagt2280attgtatctc tgtttttgga tcaattgttt aatgccaatt atgagttagc tctgtcaaat2340ggtcgcaagt gtgtcaatcg aattcttcat atcctcgatg aattcacaaa cattccagct2400attcctcaca tggataccaa gatttccatt ggtcttggtc aaaatattct ctactatctc2460tggattcaga acttgaaaca gttagtcagt gaatatggcg agaatacagc ggaaaccatt2520cgggagaact gttctttgaa agtttatatc aaatctactg ccccagcgac caacgagtac2580ttcagtaaag agttggggac tcggaccatt acacgtcgca gaaggtcaag taatattcta2640gatgaagcta atccaaatgt ttccattgaa aatcctagac aggaactctt aacaccgaca2700cagctctcga aactccaaga aggggaagcg gttattttgc gtggtgttaa aggtcgagac2760aatgcaggtc ggaaaatcac aacggatccg attttcttgc atgagaaaac gagccttcct2820tatcgctaca tgttcttaca agaagaattt gaccagtcga tggctttggc agatattcca2880gtggaaagtg ggcataggga ccttgacctg caagatatag cagtaggggc acaaagcact2940tttaataaga ttattgattg gcggatggct ctaactgacc gtatgagaac aaatgggaag3000atacctcaat tagcatcaag aaaacaaacg attaaagctc taagtcaatc tcaatttact3060tctccagcag acctaacaca agctgtgatt gcagaggtat ttgatgagga agatgatgac3120gatcttttct ttgtggatga tgtcatgtaa 3150SeqID 444atgacagata atcgctttgc ccaattaaaa gaaaactttg aaaagggatc tcctaaaagg 60cgagttccaa cgtctcgccc aatcgcagct caaaaagcgc ctgagagcta taacaaaaag 120ggacggtatc cattttcgct ccaccaagat gtgcgttatg ataaattaga agcattagta 180gcttatcatg gagctaagtc tgcatcagat tatctggaga ggttgattgt tcaggaatgg 240gaaaagatgc agcggaagct taagaacaaa gaaaaataa279SeqID 445atggcatatt tatcaaaatt atccgatttg gatccatcgt tgatggatgc ggattctgaa 60caaatttata ttcctaaagt cttgtttgag cataatgact ttaaaggctt gacctacaaa 120gagattttat tatattcttt tttgttaaat cgtttaagag agccattaga ttttattcaa 180aaaggctatg atgataatga agatacctat gttcacttta aggtcgaaga tttatgtgaa 240ctactcaacc agagtaagac aaccgttatt tccttgaaga aaaggttagc tcaatatggt 300ttgatagaag aagtgaaagc aggtagtcac cagccgaatc gtatttattt aacagataaa 360ttagttccat atattaaggg gtaa384SeqID 446atgacaatct ttgatgaaag agagttaaaa gaacgattta ctcatgaaaa tagggttagt 60ttttatgagt ttgtggctaa atatgatgct caaatggttc ctgtgatgaa agcaaagggc 120tatcgatgta ttcattcaat ggagcgtaca gtggttttta cttttgggga attcacgatt 180aggcgacgtc ggtggcaaaa aggagaacat tgggtggtgc cagttgatga aaagctagga 240ctgaaaaaga atgttcgcta ctctttagaa ttcatgtatc aaattgctag tttagcaacc 300atgatgcctt atgaaaaagt gattaaggtt gttcagatga tgtattgtat tgtgattacc 360aaacctactg ttgtgaaggc cgttaagatt agtcgtgaat tgcttaaaga aaaggaagcg 420tatcgttttt ttgatgaaga tataccagta gataaagaac cagttgatat gatttatctt 480gaaggagatg gagtcatggt caaagctcga gaagaaggat tagataatcg caatgttgat 540ttgtctcatt tcgtggttca tacgggtagt cagaaagtag gaagcaatcg ctttgtctta 600caaaataaaa aagagtttgt gtcccttgat aatcgtcaaa cgcgtcaaaa gattttggac 660tacctttaca atcattttta cattgcccca aacaccttgc ttattaccaa ttcagatggt 720ggccatggct ataccccata tgtttttaaa gagattgcga aagcactcaa agtgaagcaa 780cacgaacact tttgggatag gtatcatgtc aatgaaaaga tcaaaagttt ttttaaactc 840tatccagtgg aactgatgac tggcgctttt cagagcatta aacagcatga taaagaaaag 900cttagaactg ttttggatac gacagaagca ttgatactga tggaagaaga aatggaaggg 960tttaaccagt tcaaacgaaa gttgttaaac aattttcaat atactaaatc agctgaattg1020agaggtttca gtcgtgcagg aataggtgtt atggagtcac aacatcgaaa aattacctat1080cggatgaaaa agcgcgggat gtattggaca attcagggag ctgagacgat gagtcaatta1140attgtcctat cgtatgaagg acagctaaga gatctcttct ttggttcttg gcgtgaagac1200tatcagaaat atcaagagct agaaaacctt agtgcgggaa aaatcaaaca tgaacagaat1260aaaatcaata agagatatga tctccagaca cttggtcggc ttaggtacgg taggcatcgt1320aatttatag1329SeqID 447atggctgtcg aaattattat gcctaaactc ggggttgata tgcaagaagg cgaaatcctt 60gagtggaaaa aacaggtagg tgatgttgtt aatgaaggtg acgtcctact tgaaattatg 120
      tcagataaaa caaatatgga gattgaagca gaagactcag gtgttttact aaaaatcaca 180catgggaatg gagatgttgt tcctgtaact gagacaattg gctatatcgg tgctgaaggt 240gaagaagtaa cagaagcatc ttcttctgaa aatacatcag ttgaagaaaa cgcgacacaa 300gtaacttcag aaccagaaaa agttgaagaa acatcagaac caagtgtgcc agcagctaca 360agtggtgaaa aagtacgtgc cactcctgca gctcgtaaat tagcaagaga gatgtctatt 420gaccttgcac tagtatctgg aacaggggca aatggtcgcg ttcacagaga agatgttgaa 480agcttcaagg gtgctcaacc acgtattaca ccattggcac gtcgaattgc tgaagatcaa 540ggagttgata tagcagaaat cactggcagt ggtattcgtg gtaaaattgt taaaaatgat 600gttttggctg ctatgtcacc gcaagcagca gaggctcctg tagaaacgaa agctacacca 660acaacagaag aaaaacaatt accagaaggt gttgaagtca ttaagatgtc tgcaatgcgt 720aaggctattt ctaaaggtat gactaactct tacctcactg ctccaagctt tacacttaac 780tatgacattg atatgactga aatgatggct cttcgcaaga aattaattga tccaatcatg 840gctaaaacag gcttgaaagt cagctttact gatttgattg gaatggccgt tgttaagaca 900ttgatgaaac cagagcatcg atacctaaat gcttcattaa ttaacgatgc acaagaaatt 960gagcttcata attttgttaa tattggaatc gcagttggtc ttgatgatgg cttgattgtt1020cctgttgttc acaatgctga tcaaatgtca ctttctgact ttgttatagc atctaaagat1080gttattaaga aaactcaaga aggtaaatta aaatcagctg aaatgtcagg ttcaacattc1140tcaattacta acttaggtat gtttggtact aagacgttta acccaattat caatcaaccg1200aactcagcaa tccttggagt aggcgctact attccgactc caacagtggt tgatggtgaa1260attgtagctc gaccaatcat ggcaatgtgt ttaacaattg accaccgtat tgttgatgga1320atgaatggtg ctaagtttat ggttgatctt aagaacttaa tggaaaaccc atttggttta1380cttatttga1389SeqID 448atgtctagtt ttaatagaaa aaaacttaag tttttgggta tatctttggc gactctaaca 60gccaccacag ttaccctggt tgcctgtggt aatgagtcaa agaactctgg agataataaa 120gttattaatt ggtatattcc tactgaaatc agtacattgg acatttcaaa gaatacagat 180gcttattcaa acttagctat aggtaattca ggcagcaatt tacttagaat tgataaagag 240ggcaaaccaa aacccgattt agctaaaaaa gtatccgttt cttctgatgg tcttacttat 300actgctacac ttcgtgataa tttaaaatgg tcagatggaa gcaaactaag cgctgaagat 360tttgtttaca catggcggag aatagttgat cctaaaactg catctgaata tgcttacttg 420gcgacagaat cgcacctttt aaatgctgat aagattaatt ctggagatat taaagattta 480aataaacttg gtgtaacagc taaaggcaat caagtgacct ttaaattgac aagtccatgc 540cctcaattta aatattattt agccttctct aattttatgc ctcaaaaaca atcgtatgtt 600gaaaaagttg gtaaagatta tggtacaaca tcaaaaaatc aaatttactc aggtccttac 660cttgttaagg attggaatgg ttcaaatggt aaatttaaat tagtcaaaaa taaatattat 720tgggattcta aacatgttaa aacaaatagt gtcatagttc aaactatcaa aaaaccagat 780actgcagttc aaatgtacaa gcaaggtcag attgattttg ctgaaatatc aggaacttct 840gctatttata accaaactgg ttcggttaaa gcattgacaa atcagaaaat taggcaagct 900ttgaatttag cgactgatcg taaaggtgtt gttaaagcgg cagttgatac aggttcaact 960cctgctgaat ctctggtccc taaaaaatta gccaaattac ctaatggtga ggatctttcc1020aagtatactg ccccaggtta tacgtataat acaagtaaag ctcaaaaact ttttaaagaa1080ggtcttgctg aggttggtca gtcatctctc aagttaacaa tcacagctga ttcggactct1140ccagcagcta aaaatgctgt tgactatgtg aaatctacat gggagagtgc tttgcctggt1200ctaactgttg aagaaaaatt tgttactttc aagcaacgcc ttgaagatgc aaaaaatgaa1260aattttgatg tcgtgctctt ctcatgggga ggagattatc cagaaggatc aactttctat1320gggttattca cgactaattc tgcgtataat tatggtaaat tttcttctaa agagtatgac1380aatgcctatc aaaaggcaat tactactgac gccttgaaac caggagatgc cgctaatgat1440tacaaaactg ctgaaaaagc tttatttgat caatcatatt ataacccagt ttattaccta1500gggaaaaaag gactccaaaa ttctaaatta aaggggttgg taagaaattc aactggtttg1560aatgttgatt ttacttatgc ttataagaca gaataa 1596SeqID 449MDVSSSPNITFMLQYTEANPQYVDYTNREEAVKIDEELSLETNRQMIEGLTEDELTRIQEAVPETQLNFREYIDYMNRSYATEEQSKELTAIFTQEADYLQKLRLIDLKNKLESAYQNGSLLWQGVISFDNAFLAEQGLYDVATGQVDQKAIKAVMRDMMPTLIQKEGLSDSAFWWGNIHLNTDNIHIHFGLSEVESNREKIFYQPRGRMEYKGNFSQKTINRFKSGVYHGLLKEETRSNLLRKEQILANLKADFITSIYQKDKITSSAEKNFLEQAYNHLPLNKKWRYGSNARDFAVSKFFLDRYLDSYLNNEGSAAYQEFLKETRDFLQTYEGVYSAEKNKIYEKLRKVDGQTIRTLAESKGYDLEHHLARRVMDLRERLANNILRSFREAAPQIQDVQLEKNLESFSVLNQKKILEQHPEASVVKSQKAWQKLGYFVKAGEQPLEIIRPVYKSYDKHGKGIGRPEFVSDTVYDISQLTENIQLKSLTLKDLSLFSSNELKELVDAAKLKTNPTERERRELGTYRYALKLSILESSQKELQVRQKLLEQVQPLASDQPFLDFKKQLIAQELQAIALQLTPNYKLSEDDKALKNRLKRQFEDSVALPVSKATPGAIQLPIRQLWTELGLVHHIQDENILTLLKGTSTTKQAYIEELQTHISIFQLKYQINNRNKQISQLSDEATIKEMRIANAKGFSELKRLYDTLQPSDDGQNQISQAVSKQLQERKVIKKAQLQQTQRSGKINTDFMRQLTASLNRSQQASKKALMERARSDEREEQEERRQAQR
      SeqID 450MNSNTKGHGFFRKSKAYGLVCAIALAGAFTLATSQVSADQVTTQATTQTVTQNQAETVTSTQLDKAVATAKKAAVAVTTTPAVNHATTTDAQADLANQTQAVKDVTAKAQANTQAIKDATAENAKIDAENKAEAERVAKENKEGQAAVDARNKAGQAAVDARNKAKQQAQDDQKAKIDAENKAESQRVSQLNAQNKAKIDAENKDAQAKANATNAQLQKDYQAKLAEIKSVEAYNAGVRQRNKDAQAKADATNAQLQKDYQAKLALYNQALKAKAEADKQSINNVAFDIKAQAKGVDNAKYGNSIMTAKTKPDGSFEFNHDMIDGVKTIGYGKLTGKVNHHYVANKDGSVTAFVDSVTLYKYEYRNVAQNAAVNQNIVFRVLTKDGRPIFEKAHNGNKTFAETLNKTLQLNLKYELKPHASSGNVEVFKIHDDWVHDTHGSALVSYVNNNDAVPNVVIPERPTPPKPVKVTPEAEKPVPEKPVEPKLVTPTLKTYTPVKFIPREYKPEPITPETFTPEKFTPAQPKVKPHVSIPEKINYSVSVHPVLVPAANPSKAVIDEAGQSVNGKTVLPNATLDYVAKQNFSQYKGIKASAEAIAKGFAFVDQPNEALAELTVKSIKASNGDDVSSLLEMRHVLSKDTLDQKLQSLIKEAGISPVGEFYMWTAKDPQAFYKAYVQKGLDITYNLSFKIKANFTKGQIKNGVAQIDFGNGYTGNIVVNDVTVPEVHKDILDKEDGKSINNSTVKLGDEVTYKLEGWVVPANRGYDLFEYKFVDQLQHTHDLYLRDKVVAKVDVTLKDGTVIKKGTNLGEYTETVYNKTTGHYELAFKKEFLAKVSRESEFGADDFIVVKRIKAGDVYNTADLYVNGYKVKSEAVVTHTTEKSKPVEPQKATPKAPAKGLPSTGEASMTPLTAIGAIILSALGLAGFKKRQKSeqID 451MFSWLEALYYTLIQLAKVNRLNALFLVSVVGYLCYQGIKLVRKTIRNFFQLMKGFIGDRENIKKCIKNKKEALVHSWKHRQDIDWKSTGKDKSKQLWNLMKRLATVAPSFLFLLLGNVLFRLIYQLPFVKQDRKRFDKEMKPLLYFLNYRSFVFMGIGFSFIAFILTNYFVTVLRAAIRFLYFSIMTLRDNSQVVSFNVDSLLIQNLFNARVFVIAPILAVPIFLIGLVVAWRSAWVNFEQYRDYNHNEEGDDRFATVKEIHQQYKKVPNKTETYPGEGGVPVLHETRKNLTGLTLKSQMLWQNRTFSRYLTNAERILGLLSTPSGDYYIDDSTTNLITMGITRSGKGEAHIAPIIDINSRAEIQPSLIIADPKGEHYQSSYKTMRRRGYDVNVLSFQNMDNSMSYNPLALAIAAAKKGYYEMTQTRVNAVAEAIYRKTKPGSGNGNAKYWEDTSISLFNAIAMALMDRANETVRNGETDAWDTVTVRNIAKFLTDLGSEEVFVNDFGEIVENPDKNQQVKKKSKITVTFDNLRKINQEQFSKFRDMADLNFRSSDFASEETKGNVFSSMMSGINLFLQDNIAKLTSKNSIDLESVGFPRRLSIKFRSSSNVAMRNEYTHKTAKVTITSQAVWGKTTKQVIHVDAATALIDGEGYLTYVIEPQLPDQFLVTIDFNHENNGGSAIRHKTFQFSAEKVYKKRGNVITLDDYTKKPVLDHIKVTVLNKQDDNLLQKEDIDLIYSDNPKVIYLVTPPNRTEYNSIVSLFLDQLFNANYELALSNGRKCVNRILHILDEFTNIPAIPHMDTKISIGLGQNILYYLWIQNLKQLVSEYGENTAETIRENCSLKVYIKSTAPATNEYFSKELGTRTITRRRRSSNILDEANPNVSIENPRQELLTPTQLSKLQEGEAVILRGVKGRDNAGRKITTDPIFLHEKTSLPYRYMFLQEEFDQSMALADIPVESGHRDLDLQDIAVGAQSTFNKIIDWRMALTDRMRTNGKIPQLASRKQTIKALSQSQFTSPADLTQAVIAEVFDEEDDDDLFFVDDVMSeqID 452MTDNRFAQLKENFEKGSPKRRVPTSRPIAAQKAPESYNKKGRYPFSLHQDVRYDKLEALVAYHGAKSASDYLERLIVQEWEKMQRKLKNKEKSeqID 453MAYLSKLSDLDPSLMDADSEQIYIPKVLFEHNDFKGLTYKEILLYSFLLNRLREPLDFIQKGYDDNEDTYVHFKVEDLCELLNQSKTTVISLKKRLAQYGLIEEVKAGSHQPNRIYLTDKLVPYIKGSeqID 454MTIFDERELKERFTHENRVSFYEFVAKYDAQWVPVMKAKGYRCIHSMERTVVFTFGEFTIRRRRWQKGEHWVVPVDEKLGLKKNVRYSLEFMYQIASLATMMPYEKVIKVVQMMYCIVITKPTVVKAVKISRELLKEKEAYRFFDEDIPVDKEPVDMIYLEGDGVMVKAREEGLDNRNVDLSHFVVHTGSQKVGSNRFVLQNKKEFVSLDNRQTRQKILDYLYNHFYIAPNTLLITNSDGGHGYTPYVFKEIAKALKVKQHEHFWDRYHVNEKIKSFFKLYPVELMTGAFQSIKQHDKEKLRTVLDTTEALILMEEEMEGFNQFKRKLLNNFQYTKSAELRGFSRAGIGVMESQHRKITYRMKKRGMYWTIQGAETMSQLIVLSYEGQLRDLFFGSWREDYQKYQELENLSAGKIKHEQNKINKRYDLQTLGRLRYGRHRNLSeqID 455MDVSSSPNITFMLQYTEANPQYVDYTNREEAVKIDEELSLETNRQMIEGLTEDELTRIQEAVPETQLNFREYIDYMNRSYATEEQSKELTAIFTQEADYLQKLRLIDLKNKLESAYQNGSLLWQGVISFDNAFLAEQGLYDVATGQVDQKAIKAVMRDMMPTLIQKEGLSDSAFWWGNIHLNTDNIHIHFGLSEVESNREKIFYQPRGRMEYKGNFSQKTINRFKSGVYHGLLKEETRSNLLRKEQILANLKADFITSIYQKDKITSSAEKNFLEQAYNHLPLNKKWRYGSNARDFAVSKFFLDRYLDSYLNNEGSAAYQEFLKETRDFLQTYEGVYSAEKNKIYEKLRKVDGQTIRTLAESKGYDLEHHLARRVMDLRERLANNILRSFREAAPQIQDVQLEKNLESFSVLNQKKILEQHPEASVVKSQKAWQKLGYFVKAGEQPLEIIRPVYKSYDKHGKGIGRPEFVSDTVYDISQLTENIQLKSLTLKDLSLFSSNELKELVDAAKLKTNPTERERRELGTYRYALKLSILESSQKELQVRQKLLEQVQPLASDQPFLDFKKQLIAQELQAIALQLTPNYKLSEDDKALKNRLKRQFEDSVALPVSKATPGAIQLPIRQLWTELGLVHHIQDENILTLLKGTSTTKQAYIEELQTHISIFQLKYQINNRNKQISQLSDEATIKEMRIANAKGFSELKRLYDTLQPSDDGQNQISQAVSKQLQERKVIKKAQLQQTQRSGKINTDFMRQLTASLNRSQQASKKALMERARSDEREEQEERRQAQRSeqID 456MNSNTKGHGFFRKSKAYGLVCAIALAGAFTLATSQVSADQVTTQATTQTVTQNQAETVTSTQLDKAVATAKKAAVAVTTTPAVNHATTTDAQADLANQTQAVKDVTAKAQANTQAIKDATAENAKIDAENKAEAERVAKENKEGQAAVDARNKAGQAAVDARNKAKQQAQDDQKAKIDAENKAESQRVSQLNAQNKAKIDAENKDAQAKANATNAQLQKDYQAKLAEIKSVEAYNAGVRQRNKDAQAKADATNAQLQKDYQAKLALYNQALKAKAEADKQSINNVAFDIKAQAKGVDNAEYGNSIMTA
      KTKPDGSFEFNHDMIDGVKTIGYGKLTGKVNHHYVANKDGSVTAFVDSVTLYKYEYRNVAQNAAVNQNIVFRVLTKDGRPIFEKAHNGNKTFAETLNKTLQLNLKYELKPHASSGNVEVFKIHDDWVHDTHGSALVSYVNNNDAVPNVVIPERPTPPKPVKVTPEAEKPVPEKPVEPKLVTPTLKTYTPVKFIPREYKPEPITPETFTPEKFTPAQPKVKPHVSIPEKINYSVSVHPVLVPAANPSKAVIDEAGQSVNGKTVLPNATLDYVAKQNFSQYKGIKASAEAIAKGFAFVDQPNEALAELTVKSIKASNGDDVSSLLEMRHVLSKDTLDQKLQSLIKEAGISPVGEFYMWTAKDPQAFYKAYVQKGLDITYNLSFKIKANFTKGQIKNGVAQIDFGNGYTGNIVVNDVTVPEVHKDILDKEDGKSINNSTVKLGDEVTYKLEGWVVPANRGYDLFEYKFVDQLQHTHDLYLRDKVVAKVDVTLKDGTVIKKGTNLGEYTETVYNKTTGHYELAFKKEFLAKVSRESEFGADDFIVVKRIKAGDVYNTADLYVNGYKVKSEAVVTHTTEKSKPVEPQKATPKAPAKGLPSTGEASMTPLTAIGAIILSALGLAGFKKRQKSeqID 457MFSWLEALYYTLIQLAKVNRLNALFLVSVVGYLCYQGIKLVRKTIRNFFQLMKGFIGDRENIKKCIKNKKEALVHSWKHRQDIDWKSTGKDKSKQLWNLMKRLATVAPSFLFLLLGNVLFRLIYQLPFVKQDRKRFDKEMKPLLYFKNYRSFVFMGIGFSFIAFILTNYFVTVLRAAIRFLYFSIMTLRDNSQVVSFNVDSLLIQNLFNARVFVIAPILAVPIFLIGLVVAWRSAWVNFEQYRDYNHNEEGDDRFATVKEIHQQYKKVPNKTETYPGEGGVPVLHETRKNLTGLTLKSQMLWQNRTFSRYLTNAERILGLLSTPSGDYYIDDSTTNLITMGITRSGKGEAHIAPIIDINSRAEIQPSLIIADPKGEHYQSSYKTMRRRGYDVNVLSFQNMDWSMSYNPLALAIAAAKKGYYEMTQTRVNAVAEAIYRKTKPGSGNGNAKYWEDTSISLFNAIAMALMDRANETVRNGETDAWDTVTVRNIAKFLTDLGSEEVFVNDFGEIVENPDKNQQVKKKSKITVYFDNLRKINQEQFSKFRDMADLNFRSSDFASEETKGNVFSSMMSGINLFLQDNIAKLTSKNSIDLESVGFPRRLSIKFRSSSNVAMRNEYTHKTAKVTITSQAVWGKTTKQVIHVDAATALIDGEGYLTYVIEPQLPDQFLVTIDFNHENNGGSAIRHKTFQFSAEKVYKKRGNVITLDDYTKKPVLDHIKVTVLNKQDDNLLQKEDIDLIYSDNPKVIYLVTPPNRTEYNSIVSLFLDQLFNANYELALSNGRKCVNRILHILDEFTNIPATPHMDTKISIGLGQNILYYLWIQNLKQLVSEYGENTAETIRENCSLKVYIKSTAPATNEYFSKELGTRTITRRRRSSNILDEANPNVSIENPRQELLTPTQLSKLQEGEAVILRGVKGRDNAGRKITTDPIFLHEKTSLPYRYMFLQEEFDQSMALADIPVESGHRDLDLQDIAVGAQSTFNKIIDWRMALTDRMRTNGKIPQLASRKQTIKALSQSQFTSPADLTQAVIAEVFDEEDDDDLFFVDDVMSeqID 458MTDNRFAQLKENFEKGSPKRRVPTSRPIAAQKAPESYNKKGRYPFSLHQDVRYDKLEALVAYHGAKSASDYLERLIVQEWEKMQRKLKNKEKSeqID 459MAYLSKLSDLDPSLMDADSEQIYIPKVLFEHNDFKGLTYKEILLYSFLLNRLREPLDFIQKGYDDNEDTYVHFKVEDLCELLNQSKTTVISLKKRLAQYGLIEEVKAGSHQPNRIYLTDKLVPYIKGSeqID 460MTIFDERELKERFTHENRVSFYEFVAKYDAQMVPVMKAKGYRCIHSMERTVVFTFGEFTIRRRRWQKGEHWVVPVDEKLGLKKNVRYSLEFMYQIASLATMMPYEKVIKVVQMMYCIVITKPTVVKAVKISRELLKEKEAYRFFDEDIPVDKEPVDMIYLEGDGVMVKAREEGLDNRNVDLSHFVVHTGSQKVGSNRFVLQNKKEFVSLDNRQTRQKILDYLYNHFYIAPNTLLITNSDGGHGYTPYVFKEIAKALKVKQHEHFWDRYHVNEKIKSFFKLYPVELMTGAFQSIKQHDKEKLRTVLDTTEALILMEEEMEGFNQFKRKLLNNFQYTKSAELRGFSRAGIGVMESQHRKITYRMKKRGMYWTIQGAETMSQLIVLSYEGQLRDLFFGSWREDYQKYQELENLSAGKIKHEQNKINKRYDLQTLGRLRYGRHRNLSeqID 461MAVEIIMPKLGVDMQEGEILEWKKQVGDVVNEGDVLLEIMSDKTNMEIEAEDSGVLLKITHGNGDVVPVTETIGYIGAEGEEVTEASSSENTSVEENATQVTSEPEKVEETSEPSVPAATSGEKVRATPAARKLAREMSIDLALVSGTGANGRVHREDVESFKGAQPRITPLARRIAEDQGVDIAEITGSGIRGKIVKNDVLAAMSPQAAEAPVETKATPTTEEKQLPEGVEVIKMSAMRKAISKGMTNSYLTAPSFTLNYDIDMTEMMALRKKLIDPIMAKTGLKVSFTDLIGMAVVKTLMKPEHRYLNASLINDAQEIELHNFVNIGIAVGLDDGLIVPVVHNADQMSLSDFVIASKDVIKKTQEGKLKSAEMSGSTFSITNLGMFGTKTFNPIINQPNSAILGVGATIPTPTVVDGEIVARPIMAMCLTIDHRIVDGMNGAKFMVDLKNLMENPFGLLISeqID 462MSSFNRKKLKFLGISLATLTATTVTLVACGNESKNSGDNKVINWYIPTEISTLDISKNTDAYSNLAIGNSGSNLLRIDKEGKPKPDLAKKVSVSSDGLTYTATLRDNLKWSDGSKLSAEDFVYTWRRIVDPKTASEYAYLATESHLLNADKINSGDIKDLNKLGVTAKGNQVTFKLTSPCPQFKYYLAFSNFMPQKQSYVEKVGKDYGTTSKNQIYSGPYLVKDWNGSNGKFKLVKNKYYWDSKHVKTNSVIVQTIKKPDTAVQMYKQGQIDFAEISGTSAIYNQTGSVKALTNQKIRQALNLATDRKGVVKAAVDTGSTPAESLVPKKLAKLPNGEDLSKYTAPGYTYNTSKAQKLFKEGLAEVGQSSLKLTITADSDSPAAKNAVDYVKSTWESALPGLTVEEKFVTFKQRLEDAKNENFDVVLFSWGGDYPEGSTFYGLFTTNSAYNYGKFSSKEYDNAYQKAITTDALKPGDAANDYKTAEKALFDQSYYNPVYYLGKKGLQNSKLKGLVRNSTGLNVDFTYAYKTESeqID 463atgcttaaaa aatcgcactt tttacagata tttacacttt gcttagccct cttaacgatt 60tctggttgtc aattaaccga tactaaaaaa cctggtcata ccacaattaa ggttgctgcc 120caaagttcta cagagtctag tatcatggca aatattgtca ccgaattaat tcatcacgaa 180ttaggataca acacaacttt aataagcaat cttggttcct ctacggttac tcaccaagct 240ttgctccgtg gtgatgctga cattgctgcc acacgttata caggaacaga catcacagga 300
      actcttggct taaaagctgt taaagacact aaagaagctt ctaagattgt aaaaactgaa 360ttccaaaaac gctacaatca aacttggtat cctacttatg gtttttctga tacttatgca 420ttcatggtta ctaaagagtt tgccagacag aataaaatca ccaagatctc tgatctcaaa 480aagttatcaa caactatgaa ggcaggggtt gatagttcat ggatgaatcg cgagggagat 540ggatacactg atttcgctaa aacatacggt tttgaatttt cacatattta ccctatgcaa 600attggcttag tctatgatgc agttgaaagt aacaaaatgc aatctgtatt aggctactcc 660actgacggtc gtatttcgag ctatgattta gaaattttaa gggatgataa aaaattcttt 720cctccttatg aagcctctat ggttgtcaac aattctatca tcaaaaaaga tcctaaacta 780aaaaaattac tccatcgact cgatggtaaa atcaatttaa aaacgatgca aaaccttaat 840tatatggtag atgataaact tttagaacct tcagttgttg ccaaacaatt tttagaaaaa 900aaccattatt ttagaggaga taaataa 927SeqID 464ttgaaaccgt ccttcaaaaa actattgcta ctatttagta ttatcaccat tttatccatc 60gcctgtacac cacatgcaaa agcaagtggg cgttcatgga aaagttggtt tatcgaacaa 120tacttttggc taaagcgcga taaaagttat tataaagttc aagatgaaag ctcatttcaa 180aagtacttaa atgctagccg tgaacaatct gataagggtt attacttaga cccaaactct 240gttaatggag ggcttgttca agagagactt tttgatatgc aagtctattc ttggaatgac 300aacggtaaag ctaatcaaaa gaccattttc tatttagctg gtggctctta cttaaataat 360ccaacgcctt accatatcag catgcttaag acgctctcaa ctagtcttga tgcaaaaatt 420attttaccaa tttatccaaa aactcctcgt tatacctatg attatgctat ccctagattg 480gttaaccttt atagacactt tcatgaaaaa aacgctaatc tcactttgat gggtgattca 540gctggcggag gattagcact aggattagcg catgcattgt ctcaccaatc agggcaagag 600gctattcctc aacctaaaaa tattatcctc ttatctccat ggctagatgt gacaatgaaa 660catccagaaa ttcccaaata cgaagatact gatcctatcc tatctgcttg gggtctcgca 720cgtgtaggtg aaatttgggc aaatggttct aataatacta accatacata tgttagtcct 780aaaaatgccc ctgctactaa actcgctcct attacgttat ttactggaac acgagaaata 840ttcttcccag atattcgcga ttatgctgca caactccaag cagctaatca ccccgttaac 900tatattgcac aagagggaat gaatcatgtt tatccaattt accctattga agaagctaaa 960acagcacagt atcaaatgat tgatatcatc aataaaactc cttaa1005SeqID 465atgacaaaaa aacatcttaa aacgcttgcc ttggcactta ctacagtatc agtagtgaca 60tacagccagg aggtatatgg attagaaaga gaggaatcgg tcaaacaaga acaaacccag 120tcagcttcag aagatgattg gttcgaagaa gataatgaga ggaaaacaaa tgtttctaaa 180gggaattcta ctgttgatga aacagttagt gatttatttt ctgatggaaa tagtaataac 240tctagttcta aaaccgagtc agtggtaagt gaccctaaac aagtccccaa agcaaaacca 300gaggttacac aggaagcaag caattctagt aatgatgcta gcaaagtaga agtaccaaaa 360caggatacag cttcaaaaaa ggaaaccata gaaacatcaa cttgggaggc aaaagatttc 420gtaactagag gggatacttt agtaggtttt tcaaaatctg gaattaataa gttatctcaa 480acatcacact tagttttacc aagtcatgca gcagatggaa ctcaattgac acaagtagct 540agctttgctt ttactccaga taaaaagacg gccattgcag aatatacaag taggctagga 600gaaaatggga aaccgagtcg tttagatatt gatcagaagg aaattattga tgagggagaa 660atatttaatg cttaccagtt gactaagctt actattccaa atggttataa gtctattggt 720caagatgctt ttgtggacaa taagaatatt gctgaggtta accttcctga aagtctcgag 780actatttcag actatgcttt tgctcacatg tctttaaaac aagtaaagtt accagataac 840ctgaaggtca ttggagaatt agcttttttt gataaccaga ttggtggtaa gctttacttg 900ccacgtcact tgataaaatt agcagaacgc gctttcaaat ctaatcgtat tcaaacagtt 960gaatttttgg gaagtaagct taaggttata ggagaagcaa gttttcaaga taataatctg1020agtaatgtta tgcttccgga tggacttgaa aaaatagaat cagaagcttt tacaggaaat1080ccaggagatg aacattacaa caatcaggtc gtattgcgca caaggacagg ccaaaatcca1140catcaacttg cgactgagaa tacttacgtc aatccggaca aatcattgtg gcgtgcaacg1200cctgatatgg attataccaa atggttagag gaagatttta cctatcaaaa aaatagtgtt1260acaggttttt caaataaagg cttacaaaag gtaagacgta ataaaaactt agaaattcca1320aaacaacaca atggcattac tattactgaa attggtgata acgcttttcg caacgttgat1380tttcaaagta aaactttacg taaatatgat ttggaagaag taaagctccc ctcaactatt1440cggaaaatag gtgcttttgc ttttcaatct aataacttga aatcctttga agcaagtgaa1500gatttagaag agattaaaga gggagccttt atgaataatc gtattggaac tctagacttg1560aaagacaaac ttatcaaaat aggtgatgct tctttccata ttaatcatat tcacgccatt1620gttcttccag aatctgtaca agaaatagga cgttcagctt ttcgacaaaa tggtgcactt1680cacctgatgt ttatcggaaa taaggttaaa acaattggtg aaatggcttt tttatccaat1740aaactggaaa gtgtaaatct ctctgagcaa aaacaattaa agacaattga ggtccaagct1800ttttcggata atgcccttag tgaagtagtc ttaccgccaa atttacagac tattcgtgaa1860gaggctttca aaaggaatca tttgaaagaa gtgaagggtt catctacatt atctcagatt1920gcttttaatg cttttgatca aaatgatggg gacaaacgct ttggtaagaa agtggttgtt1980
      aggacacata ataattctca tatgttagca gatggtgagc gttttatcat tgatccagat2040aagctatctt ctacaatggt agaccttgaa aaggttttaa aaataatcga aggtttagat2100tactctacat tacgtcagac tactcaaact cagtttagag aaatgactac tgcaggtaaa2160gcgttgttat caaaatctaa cctccgacaa ggagaaaaac aaaaattcct tcaagaagca2220caatttttcc ttggtcgcgt tgatttggat aaagccacag ctaaagctga gaaggcttta2280gtgaccaaga aggcaacaaa gaatggtcat ttgcttgaga ggagtattaa caaagcggta2340ttagcttata ataatagcgc tattaaaaaa gctaatgtta agcgcttgga aaaagagtta2400gacttgctga cagatttagt cgagggaaaa ggaccattag cgcaagctac aatggtacaa2460ggagtttatt tattaaagac gcctttacca ttgccagaat attatatcgg attgaacgtt2520tattttgaca agtctggaaa attgatttat gcacttgata tgagtgatac tattggcgag2580ggacaaaaag atgcatatgg taatcctata ttaaatgttg acgaggataa tgaaggttat2640catgccttgg cagttgcaac tttagctgat tatgaaggtc tttatatcaa agatatttta2700aatagttccc ttgataagat taaagcaata cgtcagattc ctttggcaaa atatcataga2760ttaggatttt tccaagctat ccgaaatgca gcggcagaag cagaccgatt gattcctaag2820acacctaagg ggtacctaaa tacagtccca aattatcgta aaaaacaagt ggagaaaaat2880tcaaaaccag ttgattataa aacgccgatt tttgataagg ctttacctaa tgaaaaggta2940gatggtgata gagtggctaa aggtcataat ataaatgcgg agactaataa ttatgtagct3000gtaacaccaa taaggtccga gcagcaatta cataagtcac agtctgatgt aaatttacct3060caaacaagtt ctaaaaataa ttttatatac gagattctag gatacgttag tttatgtttg3120cttttcctag taactgctgg gaaaaaagga aaacgagcaa gaaaataa 3168SeqID 466atgaacaaaa aaattgccgg gatcggcttg gcttcgattg cagtacttag tttagctgca 60tgtggacatc gtggtgcttc taaatctggt ggtaaatcag atagcttgaa ggttgcaatg 120gtaacagata ccggtggtgt tgatgataaa tcatttaacc aatctggttg ggaaggtatg 180caagcttggg gcaagaagaa tggccttaaa aaaggagctg gttttgacta tttccaatcg 240gcaagtgaat ctgattatgc aactaactta gatacagctg tgtctagtgg ttataaattg 300attttcggta ttggattttc tcttcatgat gctattgata aagcagcaga caataacaaa 360gatgttaatt acgtcatcgt tgatgatgtt attaaaggga aagataatgt tgcaagtgtt 420gtctttgcgg ataatgaatc agcttactta gcaggtattg cagccgctaa aactaccaaa 480acaaaaacag ttggctttgt aggtggtatg gaatctgagg ttattacccg ttttgaaaaa 540ggttttgaag caggtgtcaa atcagttgat aaatcaatta aaattaaagt tgactatgct 600ggttcattcg gtgatgctgc taagggtaag acaattgcag ccgcacaata tgcttctggc 660gcagatattg tttatcaagt agctggtgga actggtgcag gtgtattcag tgaagcaaaa 720tcacgcaatg aatctctaaa agaagctgac aaagtttggg tattaggtgt agaccgtgac 780caagcagcag aaggtaagta tacttctaaa gatggtaagg cttctaactt tgttttggct 840tcatcaatta aagaagttgg aaaatcagtt gaattgattg ctactaaaac aagtaaaggt 900aaattcccag gtggtaatgt aacaacttat ggtttgaagg atggtggagt tgatatagca 960actacaaacc tttcagatga cgccgttaaa gcgattaaag aggctaaagc taaaattatt1020tcaggagata tcaaagttcc tagcaaataa 1050SeqID 467atgaggattc aaacgacgaa ccttgataaa ggtggcggtg gaaaaagcag tcacacctat 60aacgaaggag attggttgtc tagagttatg gggaaacgag tcttgttgat tgatggggcc 120agagaatgta atttaacaca ctcctttgat gtgacgagcg acaaaacaat ctatgatatt 180tttatcacag gagaatatga gatttgtcga atcaatgata agcttagctt aattagagga 240gatgaacgac taactgatga acagctagat ttagccagtc gaaataataa ataccttcag 300ttattcatgt ggttcagtga gcattatgag gaactggccg aacagtttga tattatcttg 360attgatactc ataatgatga aagtcttgtt actgccaatt gtattgccgt ttctgatatt 420gtcctagggg tgactgatgc gtcaactaat ggatttcgtg cctggttagc ccttaaaaag 480tttgtcgatg acatcaagaa tgaagctatt gaggttatca caaagaaaag ctatgtgaag 540gcagaagctt atctgattgg caataagatt gagtattatg gaaataatgt gacagagact 600tgtaagcaat tcctggatgt tgtgcaggaa gatgaagctt atttgggttc aattcagaag 660aaagaactga tggccaaaag tttagtcatt aatcagagtg tctttgaaca acgtgaacac 720atgacagaaa aacagaagca agatcatcag aaattttatg ataatataga atatgtctat 780caaaatattt taaccgtact agaaggagag actaaatga819SeqID 468gtgaaaaaag ttgttttctt gaaaatactt gttccgcttg tctctttggt ctttcttatt 60agcttgggta taacgatatt agcaggtgtt ttaggagcgg ttggtggttc gcagtcaaat 120tgtacgatag aagttgtaac ctcaacctct acagactcgt ccatatcttc aggtgatggt 180tccattgatt cttttgttaa ggagcacaaa gaggcttata tcctgtcttg gaaagctggt 240ggcttcttac catctgcatc gattacgcag accatgattg aaaatggctt taacttcacc 300aatcctaatg ggacctccct ctggcaagcc cataatatgg gaggggttaa aacgtctagt 360aagagtaact tccccgttac cttagcaact tatggccaag atagtgttga cctttcagga 420
      acaaagccag gagcaagagt cggcgatggc acaggtgggg cttatacctg gttttcaagc 480tatgatgcag ggattgtcgg caaggcagag tttatggccc atcaaactct ctataccaag 540gcaattaaca atatagatgg gatagctaca ctaagtgcga ttgcggatgg tggttgggcg 600actgacggaa cttataaaac caagcttatt gacatgtatc ataagcttgg taaaacctat 660gaatggctgg ataaggaagc tatcagcgct catggtgata aaccttataa agcaaccaca 720gcttcagctg gagatgctgg actatctgat atttttacaa gcaatagtaa agattgtagt 780gattcttctt caggtggtgc cactgatggt acaggaacag ttccagcaga tgcgatagcg 840tggggatata ggcctgataa cctaccagag agtctgaagc agtatatcat tgatcctaaa 900tcgcttggca tggcttatgc aaactcttct ggctggttta atccaggtag tgattatcta 960gctggacaat gtgttaattt aacaatcagt cttggaaatc acctctgggg tcactcggga1020tctgtcagtg gcaatggaaa agaccaagct ggtgcttggg ccaatatctt tggcaattca1080gtcaaaacga ctcctaaaag aggagctatc ttttctaccc aaaacggagg tggcggttat1140ggccatactg ggattgtgtg ccatgtcttt gaaaatggat caatcttgat tgtggaacaa1200aatacgccat tatcgggagc tgattatttc aaaaaatctt acacatggaa ttaccgtatt1260tggacacctg cccaacaaaa agcagaagtc attagttttg cttacccata tggtaaagaa1320cctaaacttg gaaactaa 1338SeqID 469atgggaaaga cattttggaa agatatctat cgatcaatta cgacttcaaa aggtagattt 60tcatcaatcc tcttacttat gatgttaggc tcatttgctt ttataggact gaaggtctca 120gcacctaata tgcaaagaac agcacaaaat taccttgctc atcatcatgt tatggatatt 180accgttttca attcttgggg acttgacaaa catgatcaaa ctgttttaga aagcttaaaa 240ggatcacaag ttgaattttc ttactttgta gatacaaccc ctcaacagaa tagtaaatct 300tatcgattgt attccaatac caaaacaata tcaacctttg atcttgttaa gggacgtctc 360cctttaaata aatcagaaat tgctctctca tttcaggaac gaaaaaaata tgcaataggt 420gataaaatta attttaaaca agataaaaac aaactgtttt caaatacagg tcctctaact 480attgtaggtt ttgttaattc taccgagatt tggtctaaga caaaccttgg tagttctcaa 540acaggggacg gcgacttaga tagttatggc gtattagata agacagcatt tcactctcca 600gtatatacaa tggcaagggt aacttttaaa gatcttaggt tgattaaccc tttctcaata 660agttacaaag aaaaagtagc gaaataccaa gaaaaggtat cgcgaaaatt aaatattcac 720aataaaataa gatataccaa aacaaaaaaa gagagcctac gtaaaatcga tgaggaggaa 780aaaagcctac taaaagctca aaaacaaatc aatcggttag ataatgatag cctagcgatg 840ccactatctc aaagacaagc tattcaaatg aaaattaaac aagaccgact atctcttttg 900aaacgaacaa aagagcttct aaaattgaga cataacaccc aaataatgga atcgcctcaa 960attattgtct acaaccgtac tacctttcct ggaggacaag gatataacac ttttgactcc1020agtacaaata gcacttctaa aatcagtaat cttttcccca ttattttata tttagtcgca1080gcattagtaa ccttaacaac aatgactagg ttcgtcgagg aagaaagaac caacgcaggc1140atattaaaag cactaggcta tagtgaccgc caagttatct ttaaatttat tatttatggt1200tttatagcag gaacattagg gactactttg ggtatcattg gagggcatta tcttttacct1260cgtattattt ctgatatcat ttccaaagac ctgactattc caaacacaca gtatcatctt1320ttcttaaatt acagtttact agcctttgtt ttttcattat taagcattgt tcttccagtt1380tttgttatca ctcgacgtga gttgaaagaa aaagcagcat ttttattatt accaaaacca1440ccagctaaag gatctaaaat agctttagag tatatcaatt ggatttggaa aaaactgtcc1500ttcacacaaa aagtaactgc tagaaatatt tttcgttaca aacaaaggat gattatgacc1560atatttggag ttgctggatc agtagcgctc ttattttcag gtctaggaat acaatcctcc1620ttaaagcaaa ccgtcaatga acatttcggt cgtattatgc cctatgatat attgctaaca1680tataacacaa atgcttctcc cccaaaaata cttgaactac tttcaaaaga ttcaaaaata1740gacaaatacc aaccaataca ccttgaaaat cttgacgaat ccattcctgg acaaattaat1800aaacagtcaa tttccctatt cataacagac aaaaaacaat tactaccttt tatttattta1860caagaagcaa caactaataa gtcattgcac ttgaataata aagggattat tatttctaaa1920aaattagctc aattttatca tgttaatacc ggtgatttta tccatttatc tcattcacaa1980acacttcctt ctagaaaatt aaaaataaca ggagttgtca atgcgaatgt tggtcactat2040atttttatga caaaacaata ctatcgaact atttttaaga aagaaactaa agataacgct2100tttttggtta agttaaccaa acataaaatc gcaaataact tagcagaaaa acttttagaa2160attaatggag ttgagtctct tacgcaaaat gctcttcagc tagctagtgt agaagccgtt2220gtgcgttctt tagatggctc tatgactatt ttagttgtcg tatctttatt gttagccatt2280gtaattctct ataatctcac taatattaat ttagcagaac gtaagcggga gctatcaact2340ataaaggtat taggttttta taatgaagaa gtaactttat acatttaccg cgaaaccatt2400attttatcaa ccatcggtgt gattctaggc accattagcg gtacttattt acaccgtcaa2460atgatgttgc taattggttc agatcaaata ctttttggtg aaaaagtatc accaactaca2520tttataatac caataagcgt agtagtcatc attctaataa gtctatgttt tatagttaac2580catcaattaa aaaaactcaa tatgttagat gccttgaaat cagtagatta g 2631SeqID 470atgaataaaa gaaaattatt aacagtctta tcaattgcat cagttgcagt tttatcaagt 60
      gttacttttg cagatgaaat aactccatct gatccaacag caccatcaac accccttatt 120actccaaccc cagtagatcc tggaacacca actgatacga caaaacctag tactccagta 180gatcctggaa cgccaactga tacgacaaaa cctagtactc cagtagatcc tggaacacca 240actgatacga caaaacctag tactccagta gattcaggga cttcgactaa tccctcagat 300tcagaagcaa caaatacaaa tctaggtaca aaaccaacag atgtagttaa gccagagaca 360cctaaaatcc ctgaagtgcc gtcaacagta actccagatg tgattgacaa ggtagacaaa 420gaaacaggta atattacgat taaaccaatt caaatcagcc ctgataaaac gattattgga 480acacaaaatg gtaatgtcat tattcgagat agttcaggca gccacttagt atctgcaagt 540gaagttggtg gtcgacttaa tgaagatggg acagtaacaa ttaaagattc gtcagggaaa 600acaaaaacac tccctcgtac tggagaagct aaaggattct taagcattat tggtgccaca 660atcctatctt ttgtagctta tttattcaag cagagagtaa ctttaaatta a 711SeqID 471atgagaccta tcgttagaaa aaagatgtac aaaaaaggta aatttttggt cattgcaggt 60atcgttacta ttttaggtgg tagtgcaatt cttggtcaag atgtcaaggc agaacaggca 120gaagcagcaa cttcaacgat ctcagagaaa actgatagca gtcagactat ttcggatact 180tccaagttaa cgttacctgt taattcctcg gaggctatga aaaatagtgc agagccttta 240ataaaaacag gctttgctac atctgtttca tctaatccta gagagatagc agctacccca 300gtcaaaacct ttgatgctag ttcaaaagtt gttgtaaaag ctagtactgc tgagcactca 360gcaaatcaaa caaattctaa tgttaatcaa gtagctaatg atagtgaagt tattactcaa 420caaaattcaa caaagcaatt accaaaagtg acttactctg ctcatgttca agatattgga 480tggcaaaagt cggttgataa tgcaacagtt tcaggaacag taggacagga aaagcaggtt 540gaggcaataa aattgtctat taaagcccct gaaggaataa caggaaaact tagctataaa 600acttatgtta aaggacaagg ttggcaacct tcagtagaga gtggtcaagt tagtggtact 660gttggtcaga gtagacctat tgaagcacta agcattaacc ttactgataa tttacaaaaa 720ttatatgatg tctattatcg tgttcatgtt caagatatcg ggtggatggc ttgggctaaa 780aatggagctt acgctgggac tttgggaatg tcaaagcgcc ttgaagctta cgaagtaaag 840tttaccctta aaggacaatc tgttttaaca ccaactatac ttaaggaaga gagacctgtc 900ttaaattatc aggttaaggt aggccaaaat ggttggcaat ctaataaact tgaaggacaa 960atggcgggaa ctttaggaga atccaaagcc ctagatggag taaaattcac tcttagcacc1020ttgaagtatg gggacattct ctatcgtact catgtacaag ataaaggttg gggagaaatt1080ttaggtagtc aaacaagtaa ggattatcaa ggaaaaagac tagaagctat tcaattggac1140ttaagtggga atttaaaaca aaattatgat atttattatc gcgctcacgt ccaagataaa1200ggttggatgg cttggcaaaa aaataatagt gtagcaggta cagtcggaga atcgaaacgt1260ttagaggctt tggaagtaaa actagtagct aaagcttcag attttagttc ccaaacaaat1320cattcattct tagaaatgaa gcatcctgga ttaagttatc aaacttatct tcaaaaagat1380ggttggaaac caacggtttt ggaaggccaa ttaggaggta gtattggact ttcaaaatct1440ataaaagcca tcaaacttaa cttaggtagt acagctctag gaaatataga atatagaact1500tttcttaatg gttcaggttg gcaaactgtt gttaattcag ggagagaaag taatgtacca1560aatgaatctc aacaagtaga agctattcag atgcgattga caggtctgct atcgaaaacc1620tatagtgtga tgtatcgagt tcacatgcaa gattatggtt ggcaggattg gacttataac1680aatgacatcg ctggtagtac taaccaagga aaacgaattg aagcaatcga aattaaatta1740gttgagactg ctaaaatacc tataactgtc caaacgacct ataagggaac tggaaactat1800aatgtacgag tgacaaatgt tattagtcct gggaatttaa aaattgctat ttggtcagat1860aaaaacaatc aggatgacct taagtggtat accgtcacac ccaaaaatca tgaagctaga1920ttgacattta atgttacaaa tcatagagac aatggtaaat actttatcca tgtttatcag1980gaaaatgctt ctaatcaaaa acaattattg gtaaaaactt ctctacaagt cgcacattca2040aattataata ctccttactt tagccaacgt gatggaaggt gggcaagtcg aagatatggt2100atggcaactt taggagaaac tggttgtgta ccaacttctc tagctatgat tttgtcttct2160ttgaaaggag aaactgtttt accaacgcaa attgcagatt acctttacca taagacagtt2220gaatttaatc gtggtgttca aggaacaact tctagaggaa tcttaaaagc agccaaagaa2280tggggtgtaa cagcaactgc attaggaact caagctaacc ttgtacaagc gttgaaggat2340ggttatcatg tcctagcggc agtacaaaat aatgtttttg ttcttcatgg aagtcatgaa2400atcgttctca aaggatataa taacggactg acacatgtct ctgaccctta cacaccgtcc2460ttgtctggtt ggtatccaat ttcacaactt tggaaagaac agagctatta tagtgaggat2520agaattgata ttggagaacc ttttgtcaag gtaacagatg cctaa2565SeqID 472atggcaagaa tcccttatca gaaaacactt attttttgtg tagccgttat tattgctatt 60tttattttgg gattatctaa ggatttagca caatctaaag ggcaaaaggt tgcaaataat 120aatactgtaa aaacagcacg tgtggttgca aacggagata ttttgctgca cgatgtacta 180tatgccagtg cgcgccaacc cgacggcact tataatttta ctccttattt taaagaggta 240aaatcttgga ttgagagcgc tgatttagcg attggtgatt atgaagggac gattagttca 300gaatatcctt tagcaggcta tcatttattt aatgctccta atgagattgc aactactatg 360aaagaaactg gatatgatgt cgttgactta gcacataatc atattctgga ttcacaactg 420
      gcaggtgcta tcaatactgt caagactttt aatcgtatgg gattggatac tattggggtt 480tatttaaagg atagaaataa agaagatatc ttaattaagc gtgtaaatgg tataaaaatt 540gctattttag gttattcgta tggctacaat ggtatggaag ctaatgtttc aaagagtgac 600tatgaaaaac atatgtctga tttagatact aaaaagatta agcaagatat taaaaaggct 660gaaaaagaag cagatatcac cattgtcatg ccacagatgg ggatagaata tcaaaaaaaa 720cctactacag aacaagtaat gctttatcac agtatgatta aatggggggc agatattata 780ttcggaggac accctcacgt tgttgaaccg tctgaagtga taaaaaaaga tggccagaaa 840aaatttatta tttactctat gggaaatttt atttcaaatc agcgtttaga aacagttgat 900gatatctgga cagaaagagg attattaatg gatgtaacaa tagagaaaaa aggtcaaaaa 960acagtaatta aaaaagttaa ggcgcatcca acactagtag aagcaaaagc aaatggccgt1020tatgttgaag aaggctttcc agcttatgat tataggacgc tagttttaga ggattatatt1080gaaggtggta agaaacgttc tacgattgat cagactatga aagataaagt tgataaagca1140tataaggaga tgaatgagtt agttaatttg aagtggtaa 1179SeqID 473atgaaacatt tctttgatta caagacaatg tctgtcgcac gtaaactcag cattagtttt 60atcgctgtta tcctattggg aagtatttta ctttcacttc caatttttca atatgctaac 120gcccctaaaa cacattacat tgatcacctt ttcacgactg tttcaatggt atgtgtaact 180ggtttatctg tttttcctat cagtaaggtt tataacggtt gggggcagat tgtagctatt 240ttactcatgc aaacaggggg acttggttta gtaacactaa tgtcgttgtc ttactatacc 300ctaagacgta aaatgtcgtt aaatgatcag acccttttgc agtcagcgat aacttataac 360agttcgacag atttaaaaaa atatctctat atgattttta aagtaacttt aactttagaa 420gttttagcag ccagcatttt agccatagat tttattcctc gatttggttt gggtcatggt 480atctttaata gtatattctt agctgtctca gccttttgta atgccggttt tgataatcta 540ggggcaacga gcttagctca atttaaacta aatcctttgg ttaacattat cgtttgtttc 600ttgattattt caggaggact tggatttgcc gtatggaaag atttaattga agctactata 660caaacatctc acaagggacc aaaattaatc aagacatttc caaaacgcct cagcaaccat 720tctaaactgg ttttaaaaac aacaaccatt attttactaa caggaacttt gctttcttgg 780ttgttagagt ttggaaattt tagaacaatt gctaatttat ctctacctaa acaactaatg 840gtcagctttt tccaaacagt tacgatgcgt accgctggat tttcaactat tgattatacc 900caaactgatt tcgcaaccaa ccttgtttat attatccaaa tgttaattgg aggagctcct 960ggtggaacgg caggaggatt taaagtcact gttatcgcca ttttactctt actatttaag1020gccgaactga gtggccaaag ccaagtgact tttcattatc gaacaattcc ttccagtatt1080attaaacaaa cactatcgat tttaactttc ttttttatca tacttattag cggctatctc1140cttcttctgg aactcaatcc ccatatagat cctttttctc ttttctttga ggcatctagt1200gccttagcaa ccgtgggtgt gacaatgaac actaccaatc aattaagtct gggcggtcga1260attgtaatta tgttcctcat gtttattggt cgagtcggtc caattaccgt actgctatca1320attcttcaga aaaaagagaa ggaaattcac tatgctgaaa cagaaattat tctaggttag1380SeqID 474atgttagacg aattaaaagc aatcataaaa agcccaaaat tatggattac gatggctggg 60gttgcactga ttccaacgct atataatgtt atctttctaa gctcaatgtg ggatccttat 120gggaatacta aaaatttacc tgtggcagtc gttaaccaag ataaatcggc taaattaaat 180ggaaaaacta tttcaattgg caaagatatg gaggacaatt tgtctaaaaa tgatagctta 240gatttccatt ttacaacagc taaaagagca gaaaaagaat tagaaaaggg tcactattat 300atggttatta cctttcctaa agatctttct agaaaagcga caactctcat gacagaaaaa 360ccagaaaggt taaatattac ttataaaact actaaggggc gtagttttgt agcttcaaaa 420atgagtgaga cagcagctaa taaactaaaa gatgaggtag cagaatctat tacagggact 480tatactgaat cagtttttaa aaatatgggt tctatgaaaa caggtatcaa taaagctgct 540gatgggagtc aagaattatt aaatggttct aataagctac aggatgggag ccaaaccttg 600acaagtaatt tagatgtttt agcaagctct agtcaaactt tttctggagg agctaataaa 660ctaaatagtg gaataaacct ttatacagat ggtgtgggga ccctatctaa cgggttagaa 720acattatcag atggtgttac tgcttacaca acaggtgtgc ataagttgag tgaaggtagt 780caaaaattag atgataagtc tcaagcattg gtggaaggat cagaaaagtt gacggatggt 840ttacaacaat tgtcacaagc aactcaacta aaaccagagc aagaacgtac tttgcagaac 900ctttcagatg gattaaagaa tctaaatcag attattacaa atttacaatc gacagcaact 960actgatagcg atactaatag taagttattt aattttttat caactattga atcaagtaca1020aaggctttga tgaatacggc tgctgctgat aaacaaaagc aaatgactgc ggtacaatca1080acgtcagctt ttaaaagttt aacccctgaa caacaatctc aaatcacctc agcggttact1140ggaacaccta cttcagctga gacaattgca gcaaatattt cttcaaatat agaaaatatg1200aaaactgtgc ttagtgaagc atctagttca gccccttcta ataatggatc acaaaatctt1260caaactttgt caggaacagc taacaattta gtattaaaag ctatctcaga tttagataaa1320attcaaaaat tgccaacggc tactaagcag ttatatcaag gtagtcaaac cttgacaaaa1380ggaatcacgg attatacgaa tgctgtaggg caattacgca aaggtgcagt aactttagat1440agtaaatcca atcaattgat ttcaggaaca caaaaagcaa gtcagggagc tcaaacttta1500
      gatagtaaat cggatcaatt gagagacgga gcggggcaat tagctagtgg ttctgataga1560attgcagatg gttctaataa gcttgctggg ggaggacatc agttgataga tgggttgaca1620gagttgtcag gtggtgtttc tcaattatca agttctttgg ggaaagctgg ggaccagttg1680tccatggttt ctgtaaataa agataatgcc aatgcagtat ctagcccagt cactatcaag1740catgaagatt atgatagcgt tgatacgaat ggtgttggaa tggcaccata catgatttca1800gttgcgttga tggtggtagc tttatcagcc aatgttattt ttgcgaaagc tttatctggc1860aaagagccag ctaatcgttt tagttgggct aaaaataaat tattaatcaa tggattcatt1920gcaactctag cagcaactat cttatttttt gcagttcaat tcataggtct taaaccagat1980taccctggaa aaacctactt tattatccta ttgacagcat ggactttgat ggcattagta2040actgctttag tgggatggga taataggtat ggttccttct tgtcgttatt aatattatta2100ttccagcttg gttcaagcgc aggaacttac ccaatagaat tgagtcctaa gttctttcaa2160acaattcaac catttttacc gatgacttac tctgtttcag gattaagaga gaccatctcg2220ttgacgggag acgttaacca tcaatggaga atgctagtaa tctttttagt atcatcgatg2280atacttgctc ttcttattta tcgtaaacaa gaagattaa 2319SeqID 475MLKKSHFLQIFTLCLALLTISGCQLTDTKKPGHTTIKVAAQSSTESSIMANIVTELIHHELGYNTTLISNLGSSTVTHQALLRGDADIAATRYTGTDITGTLGLKAVKDTKEASKIVKTEFQKRYNQTWYPTYGFSDTYAFMVTKEFARQNKITKISDLKKLSTTMKAGVDSSWMNREGDGYTDFAKTYGFEFSHIYPMQIGLVYDAVESNKMQSVLGYSTDGRISSYDLEILRDDKKFFPPYEASMVVNNSIIKKDPKLKKLLHRLDGKINLKTMQNLNYMVDDKLLEPSVVAKQFLEKNHYFRGDKSeqID 476LKPSFKKLLLLFSIITILSIACTPHAKASGRSWKSWFIEQYFWLKRDKSYYKVQDESSFQKYLNASREQSDKGYYLDPNSVNGGLVQERLFDMQVYSWNDNGKANQKTIFYLAGGSYLNNPTPYHISMLKTLSTSLDAKIILPIYPKTPRYTYDYAIPRLVNLYRHFHEKNANLTLMGDSAGGGLALGLAHALSHQSGQEAIPQPKNIILLSPWLDVTMKHPEIPKYEDTDPILSAWGLARVGEIWANGSNNTNHTYVSPKNAPATKLAPITLFTGTREIFFPDIRDYAAQLQAANHPVNYIAQEGMNHVYPIYPIEEAKTAQYQMIDIINKTPSeqID 477MTKKHLKTLALALTTVSVVTYSQEVYGLEREESVKQEQTQSASEDDWFEEDNERKTNVSKGNSTVDETVSDLFSDGNSNNSSSKTESVVSDPKQVPKAKPEVTQEASNSSNDASKVEVPKQDTASKKETIETSTWEAKDFVTRGDTLVGFSKSGINKLSQTSHLVLPSHAADGTQLTQVASFAFTPDKKTAIAEYTSRLGENGKPSRLDIDQKEIIDEGEIFNAYQLTKLTIPNGYKSIGQDAFVDNKNIAEVNLPESLETISDYAFAHMSLKQVKLPDNLKVIGELAFFDNQIGGKLYLPRHLIKLAERAFKSNRIQTVEFLGSKLKVIGEASFQDNNLSNVMLPDGLEKIESEAFTGNPGDEHYNNQVVLRTRTGQNPHQLATENTYVNPDKSLWRATPDMDYTKWLEEDFTYQKNSVTGFSNKGLQKVRRNKNLEIPKQHNGITITEIGDNAFRNVDFQSKTLRKYDLEEVKLPSTIRKIGAFAFQSNNLKSFEASEDLEEIKEGAFMNNRIGTLDLKDKLIKIGDASFHINHIHAIVLPESVQEIGRSAFRQNGALHLMFIGNKVKTIGEMAFLSNKLESVNLSEQKQLKTIEVQAFSDNALSEVVLPPNLQTIREEAFKRNHLKEVKGSSTLSQIAFNAFDQNDGDKRFGKKVVVRTHNNSHMLADGERFIIDPDKLSSTMVDLEKVLKIIEGLDYSTLRQTTQTQFREMTTAGKALLSKSNLRQGEKQKFLQEAQFFLGRVDLDKATAKAEKALVTKKATKNGHLLERSINKAVLAYNNSAIKKANVKRLEKELDLLTDLVEGKGPLAQATMVQGVYLLKTPLPLPEYYIGLNVYFDKSGKLIYALDMSDTIGEGQKDAYGNPILNVDEDNEGYHALAVATLADYEGLYIKDILNSSLDKIKAIRQIPLAKYHRLGFFQAIRNAAAEADRLIPKTPKGYLNTVPNYRKKQVEKNSKPVDYKTPIFDKALPNEKVDGDRVAKGHNINAETNNYVAVTPIRSEQQLHKSQSDVNLPQTSSKNNFIYEILGYVSLCLLFLVTAGKKGKRARKSeqID 478MNKKIAGIGLASIAVLSLAACGHRGASKSGGKSDSLKVAMVTDTGGVDDKSFNQSGWEGMQAWGKKNGLKKGAGFDYFQSASESDYATNLDTAVSSGYKLIFGIGFSLHDAIDKAADNNKDVNYVIVDDVIKGKDNVASVVFADNESAYLAGIAAAKTTKTKTVGFVGGMESEVITRFEKGFEAGVKSVDKSIKIKVDYAGSFGDAAKGKTIAAAQYASGADIVYQVAGGTGAGVFSEAKSRNESLKEADKVWVLGVDRDQAAEGKYTSKDGKASNFVLASSIKEVGKSVELIATKTSKGKFPGGNVTTYGLKDGGVDIATTNLSDDAVKAIKEAKAKIISGDIKVPSKSeqID 479MRIQTTNLDKGGGGKSSHTYNEGDWLSRVMGKRVLLIDGARECNLTHSFDVTSDKTIYDIFITGEYEICRINDKLSLIRGDERLTDEQLDLASRNNKYLQLFMWFSEHYEELAEQFDIILIDTHNDESLVTANCIAVSDIVLGVTDASTNGFRAWLALKKFVDDIKNEAIEVITKKSYVKAEAYLIGNKIEYYGNNVTETCKQFLDVVQEDEAYLGSIQKKELMAKSLVINQSVFEQREHMTEKQKQDHQKFYDNIEYVYQNILTVLEGETKSeqID 480VKKVVFLKILVPLVSLVFLISLGITILAGVLGAVGGSQSNCTIEVVTSTSTDSSISSGDGSIDSFVKEHKEAYILSWKAGGFLPSASITQTMIENGFNFTNPNGTSLWQAHNMGGVKTSSKSNFPVTLATYGQDSVDLSGTKPGARVGDGTGGAYTWFSSYDAGIVGKAEFMAHQTLYTKAINNIDGIATLSAIADGGWATDGTYKTKLIDMYHKLGKTYEWLDKEAISAHGDKPYKATTASAGDAGLSDIFTSNSKDCSDSSSGGATDGTGTVPADAIAWGYRPDNLPESLKQYIIDPKSLGMAYANSSGWFNPGSDYLAGQCVNLTISLGNHLWGHSGSVSGNGKDQAGAWANIFGNSVKTTPKRGAIFSTQNGGGGYGHTGIVCHVFENGSILIVEQNTPLSGADYFKKSYTWNYRIWTPAQQKAEVISFAYPYGKEPKLGN
      SeqID 481MGKTFWKDIYRSITTSKGRFSSILLLMMLGSFAFIGLKVSAPNMQRTAQNYLAHHHVMDITVFNSWGLDKHDQTVLESLKGSQVEFSYFVDTTPQQNSKSYRLYSNTKTISTFDLVKGRLPLNKSEIALSFQERKKYAIGDKINFKQDKNKLFSNTGPLTIVGFVNSTEIWSKTNLGSSQTGDGDLDSYGVLDKTAFHSPVYTMARVTFKDLRLINPFSISYKEKVAKYQEKVSRKLNIHNKIRYTKTKKESLRKIDEEEKSLLKAQKQINRLDNDSLAMPLSQRQAIQMKIKQDRLSLLKRTKELLKLRHNTQIMESPQIIVYNRTTFPGGQGYNTFDSSTNSTSKISNLFPIILYLVAALVTLTTMTRFVEEERTNAGILKALGYSDRQVIFKFIIYGFIAGTLGTTLGIIGGHYLLPRIISDIISKDLTIPNTQYHFFLFYSLLAFVFZSLSIVLPVFVITRRELKEKAAFLLLPKPPAKGSKIALEYINWIWKKLSFTQKVTARNIFRYKQRMIMTIFGVAGSVALLFSGLGIQSSLKQTVNEHEGRIMPYDILLTYNTNASPPKILELLSKDSKIDKYQPIHLENLDESIPGQINKQSISLFITDKKQLLPFIYLQEATTNKSLHLNNKGIIISKKLAQFYHVNTGDFIHLSHSQTLPSRKLKITGVVNANVGHYIFMTKQYYRTIFKKETKDNAFLVKLTKHKIANNLAEKLLEINGVESLTQNALQLASVEAVVRSLDGSMTILVVVSLLLAIVILYNLTNINLAERKRELSTIKVLGFYNEEVTLYIYRETIILSTIGVILGTISGTYLHRQMMLLIGSDQILFGEKVSPTTFIIPISVVVIILISLCFIVNHQLKKLNMLDALKSVDSeqID 482MNKRKLLTVLSIASVAVLSSVTFADEITPSDPTAPSTPLITPTPVDPGTPTDTTKPSTPVDPGTPTDTTKPSTPVDPGTPTDTTKPSTPVDSGTSTNPSDSEATNTNLGTKPTDVVKPETPKIPEVPSTVTPDVIDKVDKETGNITIKPIQISPDKTIIGTQNGNVIIRDSSGSHLVSASEVGGRLNEDGTVTIKDSSGKTKTLPRTGEAKGFLSIIGATILSFVAYLFKQRVTLNSeqID 483MRPIVRKKMYKKGKFLVIAGIVTILGGSAILGQDVKAEQAEAATSTISEKTDSSQTISDTSKLTLPVNSSEAMKNSAEPLIKTGFATSVSSNPREIAATPVKTFDASSKVVVKASTAEHSANQTNSNVNQVANDSEVITQQNSTKQLPKVTYSAHVQDIGWQKSVDNATVSGTVGQEKQVEAIKLSIKAPEGITGKLSYKTYVKGQGWQPSVESGQVSGTVGQSRPIEALSINLTDNLQKLYDVYYRVHVQDIGWMAWAKNGAYAGTLGMSKRLEAYEVKFTLKGQSVLTPTILKEERPVLNYQVKVGQNGWQSNKLEGQMAGTLGESKALDGVKFTLSTLKYGDILYRTHVQDKGWGEILGSQTSKDYQGKRLEAIQLDLSGNLKQNYDIYYRAHVQDKGWMAWQKNNSVAGTVGESKRLEALEVKLVAKASDFSSQTNHSFLEMKHPGLSYQTYLQKDGWKPTVLEGQLGGSIGLSKSIKAIKLNLGSTALGNIEYRTFLNGSGWQTVVNSGRESNVPNESQQVEAIQMRLTGLLSKTYSVMYRVHMQDYGWQDWTYNNDIAGSTNQGKRIEAIEIKLVETAKIPITVQTTYKGTGNYNVRVTNVISPGNLKIAIWSDKNNQDDLKWYTVTPKNHEARLTFNVTNHRDNGKYFIHVYQENASNQKQLLVKTSLQVAHSNYNTPYFSQRDGRWASRRYGMATLGETGCVPTSLAMILSSLKGETVLPTQIADYLYHKTVEFNRGVQGTTSRGILKAAKEWGVTATALGTQANLVQALKDGYHVLAAVQNNVFVLHGSHEIVLKGYNNGLTHVSDPYTPSLSGWYPISQLWKEQSYYSEDRIDIGEPFVKVTDASeqID 484MARIPYQKTLIFCVAVIIAIFILGLSKDLAQSKGQKVANNNTVKTARVVANGDILLHDVLYASARQPDGTYNFTPYFKEVKSWIESADLAIGDYEGTISSEYPLAGYPLFNAPNEIATTMKETGYDVVDLAHNHILDSQLAGAINTVKTFNRMGLDTIGVYLKDRNKEDILIKRVNGIKIAILGYSYGYNGMEANVSKSDYEKHMSDLDTKKIKQDIKKAEKEADITIVMPQMGIEYQKKPTTEQVMLYHSMIKWGADIIFGGHPHVVEPSEVIKKDGQKKFIIYSMGNFISNQRLETVDDIWTERGLLMDVTIEKKGQKTVIKKVKAHPTLVEAKANGRYVEEGFPAYDYRTLVLEDYIEGGKKRSTIDQTMKDKVDKAYKEMNELVNLKWSeqID 485MKHFFDYKTMSVARKLSISFIAVILLGSILLSLPIFQYANAPKTHYIDHLFTTVSMVCVTGLSVFPISKVYNGWGQIVAILLMQTGGLGLVTLMSLSYYTLRRKMSLNDQTLLQSAITYNSSTDLKKYLYMIFKVTLTLEVLAASILAIDFIPRFGLGHGIFNSIFLAVSAFCNAGFDNLGATSLAQFKLNPLVNIIVCFLIISGGLGFAVWKDLIEATIQTSHKGPKLIKTFPKRLSNHSKLVLKTTTIILLTGTLLSWLEFGNFRTIANLSLPKQLMVSFFQQTVTMRTAGFSTIDYTQTDFATNLVYIIQMLIGGAPGGTAGGFKVTVIAILLLLFKAELSGQSQVTFHYRTIPSSIIKQTLSILTFFFIILISGYLLLLELNPHIDPFSLFFEASSALATVGVTMNTTNQLSLGGRIVIMFLMFIGRVGPITVLLSILQKKEKEIHYAETEIILGSeqID 486MLDELKAIIKSPKLWITMAGVALIPTLYNVIFLSSMWDPYGNTKNLPVAVVNQDKSAKLNGKTISIGKDMEDNLSKNDSLDFHFTTAKRAEKELEKGHYYMVITFPKDLSRKATTLMTEKPERLNITYKTTKGRSFVASKMSETAANKLKDEVAESITGTYTESVFKNMGSMKTGINKAADGSQELLNGSNKLQDGSQTLTSNLDVLASSSQTFSGGANKLNSGINLYTDGVGTLSNGLETLSDGVTAYTTGVHKLSEGSQKLDDKSQALVEGSEKLTDGLQQLSQATQLKPEQERTLQNLSDGLKNLNQIITNLQSTATTDSDTNSKLFNFLSTIESSTKALMNTAAADKQKQMTAVQSTSAFKSLTPEQQSQITSAVTGTPTSAETIAANISSNIENMKTVLSEASSSAPSNNGSQNLQTLSGTANNLVLKAISDLDKIQKLPTATKQLYQGSQTLTKGITDYTNAVGQLRKGAVTLDSKSNQLISGTQKASQGAQTLDSKSDQLRDGAGQLASGSDRIADGSNKLAGGGHQLIDGLTELSGGVSQLSSSLGKAGDQLSMVSVNKDNANAVSSPVTIKHEDYDSVDTNGVGMAPYMISVALMVVALSANVIFAKALSGKEPANRFSWAKNKLLINGFIATLAATILFFAVQFIGLKPDYPGKTYFIILLTAWTLMALVTALVGWDNRYGSFLSLLILLFQLGSSAGTYPIELSPKFFQTIQPFLPMTYSVSGLRETISLTGDVNHQWRMLVIFLVSSMILALLIYRKQED
      權(quán)利要求
      1.一種編碼超免疫血清反應(yīng)性抗原或其片段的分離的核酸分子,其包含選自如下的核酸序列a)與選自Seq ID No 14,90,157-216的核酸分子具有至少70%序列相同性的核酸分子,b)互補(bǔ)于a)的核酸分子的核酸分子,c)包含a)或b)的核酸分子至少15個(gè)連續(xù)堿基的核酸分子,d)在嚴(yán)格雜交條件下退火于a)、b)或c)的核酸分子的核酸分子,e)雜交于a)、b)、c)或d)中定義的核酸分子之核酸分子的簡(jiǎn)并性序列。
      2.根據(jù)權(quán)利要求1的分離的核酸分子,其中序列相同性是至少80%,優(yōu)選地至少95%,尤其是100%。
      3.一種編碼超免疫血清反應(yīng)性抗原或其片段的分離的核酸分子,包含選自如下的核酸序列a)與選自Seq ID No 1,3,5-13,15,18-25,27-31,33-36,39-68,70-85,92-100,103-126,128-145,147,149-156,217,435-448和463-474的核酸分子具有96%或高于96%,優(yōu)選地至少98%,尤其是100%序列相同性的核酸分子,b)互補(bǔ)于a)的核酸分子的核酸分子,c)包含a)或b)的核酸分子至少15個(gè)連續(xù)堿基的核酸分子,d)在嚴(yán)格雜交條件下退火于a)、b)或c)的核酸分子的核酸分子,e)雜交于a)、b)、c)或d)中定義的核酸分子之核酸分子的簡(jiǎn)并性序列。
      4.一種編碼超免疫血清反應(yīng)性抗原或其片段的分離的核酸分子,包含選自如下的核酸序列a)與選自Seq ID No 32,86,91,101,127的核酸分子有98%或高于98%,尤其是100%序列相同性的核酸分子,b)互補(bǔ)于a)的核酸的核酸分子,c)雜交于a)、b)、c)或d)中定義的核酸分子之核酸分子的簡(jiǎn)并性序列。
      5.根據(jù)權(quán)利要求1、2、3或4中任何一個(gè)的核酸分子,其中所述核酸是DNA。
      6.根據(jù)權(quán)利要求1、2、3、4或5中任何一個(gè)的核酸分子,其中所述核酸是RNA。
      7.根據(jù)權(quán)利要求1至5中任何一個(gè)的分離的核酸分子,其中從基因組DNA,尤其是無(wú)乳鏈球菌(S.agalactiae)基因組DNA分離所述核酸分子。
      8.一種包含根據(jù)權(quán)利要求1至7中任何一個(gè)的核酸分子的載體。
      9.根據(jù)權(quán)利要求8的載體,其中所述載體經(jīng)改造適于根據(jù)權(quán)利要求1至7中任何一個(gè)的核酸分子編碼的超免疫血清反應(yīng)性抗原或其片段的重組表達(dá)。
      10.一種包含根據(jù)權(quán)利要求8或9的載體的宿主細(xì)胞。
      11.包含根據(jù)權(quán)利要求1、2、5、6或7中任何一個(gè)的核酸分子編碼的氨基酸序列的超免疫血清反應(yīng)性抗原及其片段,優(yōu)選地所述氨基酸序列選自Seq ID No 231,307,374-433。
      12.包含根據(jù)權(quán)利要求3、5、6或7中任何一個(gè)的核酸分子編碼的氨基酸序列的超免疫血清反應(yīng)性抗原及其片段,優(yōu)選地所述氨基酸序列選自Seq ID No 218,220,222-230,232,235-242,244-248,250-253,256-285,287-302,309-317,320-343,345-362,364,366-373,434,449-462和475-486。
      13.包含根據(jù)權(quán)利要求4、5、6或7中任何一個(gè)的核酸分子編碼的氨基酸序列的超免疫血清反應(yīng)性抗原及其片段,優(yōu)選地所述氨基酸序列選自Seq ID No 249,303,308,318,344。
      14.超免疫血清反應(yīng)性抗原的片段,其選自包含表1A“推定的免疫原性氨基酸”和“鑒別的免疫原性區(qū)域的位置”縱欄的氨基酸序列的肽,尤其是包含如下氨基酸的肽Seq ID No 218的4-20,35-44,65-70,73-87,92-98,112-137,152-161,177-186,193-200,206-213,229-255,282-294,308-313,320-326,349-355,373-384,388-406,420-425和115-199;Seq ID No 219的5-24,35-41,44-70,73-89,103-109,127-143,155-161,185-190,192-207,212-219,246-262,304-336,372-382,384-393,398-407,412-418,438-444,1-75,76-161和164-239;SeqID No 220的4-10,16-58,60-71,77-92,100-126,132-146,149-164,166-172,190-209,214-220,223-229,241-256,297-312,314-319,337-343,351-359,378-387,398-418,421-428,430-437,440-448,462-471,510-519,525-536,552-559,561-568,573-582,596-602,608-630,637-649,651-665,681-702,714-732,739-745,757-778,790-805,807-815,821-829,836-842,846-873,880-903,908-914,916-923,931-940,943-948,956-970,975-986,996-1015,1031-1040,1051-1069,1072-1095,1114-1119,1130-1148,1150-1157,1169-1176,1229-1238和802-812;Seq ID No 221的5-12,14-26,35-47,52-67,72-78,83-98,121-141,152-159,163-183,186-207,209-257,264-277,282-299,301-309,312-318,324-339,358-368,372-378,387-397,425-431和46-291;Seq ID No 222的29-38,44-64,70-76,78-87,94-100,102-112,119-134,140-149,163-173,178-186,188-194,207-234,247-262,269-290和73-92;Seq ID No 223的10-28,36-63,77-87,103-119,127-136,141-169,171-183,195-200,207-232,236-246,251-265,268-283,287-297,314-322,335-343,354-363,384-390,405-411,419-436,443-455,467-473,480-513,518-529,550-557,565-585,602-608,616-625,632-660,665-677,685-701,726-736,738-747,752-761,785-796,801-813,838-853,866-871和757-774;Seq ID No 224的31-38,61-66,74-81,90-115,123-145,154-167,169-179,182-193,200-206,238-244,267-272和235-251;Seq ID No225的19-25,38-54,56-64,66-72,74-92,94-100,116-129,143-149,156-183,204-232,253-266,269-275,294-307和241-313;Seq ID No226的5-34,50-56,60-65,74-85,89-97,108-119,159-165,181-199,209-225,230-240,245-251,257-262,274-282,300-305和64-75;Seq ID No 227的5-13,16-21,27-42,45-52,58-66,74-87,108-114,119-131和39-51;Seq ID No 228的6-23,46-54,59-65,78-84,100-120,128-133,140-146,159-165,171-183,190-204,224-232,240-248,250-259,274-280,288-296,306-315和267-274;Seq ID No 229的5-12,15-24,26-36,42-65,68-80,82-104,111-116,125-144,159-167,184-189,209-218,235-243,254-265,269-283,287-300,306-316,318-336,338-352,374-392和162-174;Seq ID No 230的30-42,45-54和25-37;Seq ID No 231的10-30,53-59,86-95,116-130,132-147,169-189,195-201,212-221,247-256,258-265,278-283,291-298,310-316,329-339,341-352,360-367,388-396,398-411,416-432,443-452,460-466,506-512,515-521,542-548和419-431;Seq ID No 232的4-27,30-53,60-67,70-90,92-151,159-185,189-195,198-210,215-239和173-189;Seq ID No 233的4-26,41-54,71-78,116-127,140-149,151-158,161-175,190-196,201-208,220-226,240-252,266-281,298-305,308-318,321-329,344-353,372-378,384-405,418-426,429-442,457-463,494-505,514-522和174-188;Seq ID No 234的17-25,27-39,61-67,81-89,99-110,120-131,133-139,147-161,167-172,179-185,192-198,203-213,226-238,243-258,261-267,284-290,296-307,311-328,340-352,356-371和239-256;Seq ID No 235的8-30,40-49,67-80,114-123,126-142,152-162,188-194和57-70;Seq ID No 236的4-23,28-34,36-47,50-61,76-81,89-94,96-104,112-119,126-146,155-181,195-200,208-214,220-229,244-260,263-276,282-288,292-300,317-323,336-351,353-359,363-375,382-399,415-432,444-455,458-471,476-481,484-492,499-517,522-529,535-541,543-568,572-584,586-600,607-617,626-637,656-675和282-297;Seq ID No 237的6-24,30-35,38-45,63-91,134-140,146-160,167-188,214-220,226-234,244-250,260-270,286-301,316-329,340-371,429-446,448-459,474-481,485-491,512-526,537-544,550-565,573-583,596-613,621-630,652-658和87-97;Seq ID No238的8-20,26-48,56-67,76-86,94-109,115-121,123-129,143-160,178-186,191-198,201-208,221-236,238-244,260-268和237-247;Seq ID No 239的4-40,42-57,73-87,98-117,126-135,150-156,166-174,196-217,231-236,248-258,276-284,293-301,307-313,339-347,359-365,375-387,395-402,428-440,445-456,485-490,497-505,535-541,547-555,610-625,648-656,665-671和448-528;Seq ID No 240的10-18,39-45,51-61,80-96,98-106,110-115,158-172,174-183,191-200,220-237,249-255,274-289,308-324,331-341,372-381,384-397,405-414和322-338;Seq IDNo 241的30-36,38-56,85-108,134-147,149-160,163-183,188-201,206-211,219-238,247-254和5-13;Seq ID No 242的11-40,98-103,110-115,133-145,151-159,172-179,192-201,204-212,222-228,235-245,258-268,283-296,298-309,322-329,342-351,354-362,372-378,385-393,407-418,495-516和1-148;Seq ID No243的5-19,21-36,73-94,112-119,122-137,139-145,152-167,184-190,198-204,208-224,249-265,267-281,299-304,309-317,326-333,356-364,368-374,381-389,391-414,419-425,430-435和113-140;Seq ID No 244的45-54,59-67,78-91和15-23;Seq IDNo 245的11-22,33-47,52-80,88-112,124-129和6-25;Seq ID No246的26-41,51-63,80-89,93-115,150-163,187-193,220-237,240-249,286-294,296-306,316-329,345-353,361-370,407-425,428-437,474-482,484-494,504-517,533-541,549-558,595-613,616-625,660-668,673-685,711-726,736-744,749-761,787-802,812-820,825-837,863-878,888-896,901-913,939-954,964-972,977-989,1003-1008,1016-1022,1028-1034,1041-1053,1059-1074,1101-1122,420-511和581-704;Seq ID No 247的18-25,27-55,71-83,89-95,102-113,120-146,150-156,174-185和159-175;SeqID No 248的24-30,38-56,63-68,87-93,136-142,153-164,183-199,213-219,226-234,244-261,269-278,283-289,291-297,320-328,330-336,340-346,348-356,358-366,382-387,401-408,414-419,449-455,468-491,504-512,531-537,554-560,597-608,621-627,632-643,650-662,667-692,703-716,724-737,743-758,783-794,800-818,846-856和806-884;Seq ID No 249的4-14,21-39,86-9299-107,121-131,136-144,147-154,158-166,176-185,193-199,207-222,224-230和117-136;Seq ID No 250的65-76,85-97,103-109,115-121,125-146,163-169,196-205,212-219,228-237,241-247,254-262,269-288,294-303,305-313,328-367,395-401,405-412,418-429,437-447,481-488,506-513,519-524,530-541,546-557和266-284;Seq ID No 251的5-14,37-42,49-71,78-92,97-112,127-136,147-154,156-163,186-198,216-225,233-243,248-253,295-307,323-332,359-366,368-374,380-398和194-223;Seq ID No 252的4-11,33-39,45-72,100-113,119-129,136-144,169-175,177-185,200-208,210-219,262-276,278-297,320-326,336-344,347-362,381-394,443-453和438-454;Seq ID No 253的4-29,31-52,55-61,95-110,138-158,162-171,179-187,202-229,239-248,251-256,262-267,269-285,304-310,351-360,362-368,381-388,415-428,435-440,448-458和161-178;Seq ID No 254的4-17,19-28,32-43,47-59,89-110,112-126,128-134,140-148,152-161,169-184,191-204,230-235,255-264,328-338,341-347,401-409,413-419,433-441,449-458,463-468,476-482,486-492,500-506,529-545和305-381;Seq ID No 255的10-29,38-45,53-61,134-145,152-160,163-170,202-208,219-229,248-258,266-275,282-288,315-320,328-334,377-385,392-402,418-424,447-453,460-471,479-487,491-497,500-507,531-537,581-594,615-623,629-635,644-652,659-666,668-678,710-717,719-728,736-741,747-760,766-773,784-789,794-800,805-817,855-861,866-887和698-715;Seq ID No 256的16-26,29-37,44-58,62-68,74-80,88-95,97-120,125-144,165-196和58-72;Seq ID No 257的14-21,23-46,49-60,63-74,78-92,96-103,117-129,134-161,169-211,217-231,239-248,252-281,292-299,313-343和243-257;Seq ID No 258的11-27,46-52,67-72,76-84,91-112,116-153,160-175,187-196,202-211,213-220和43-76;Seq ID No 259的5-29,37-56,78-86,108-118,152-161和120-130;Seq ID No 260的8-14,19-41,52-66,75-82,87-92,106-121,127-133,136-143,158-175,180-187,196-204,221-228,239-245,259-265,291-306,318-323,328-340,352-358,361-368,375-381,391-399,411-418,431-442,446-455,484-496,498-510,527-533,541-549,558-565,575-585,587-594,644-655,661-668,671-677和184-196;Seq IDNo 261的4-22,29-38,55-62,75-81,102-107,110-134,143-150,161-167,172-179,191-215,223-233,241-247,251-264,266-272,288-309,340-352,354-366,394-402,414-438和198-218;Seq IDNo 262的24-44,49-70,80-91,105-118,128-136,140-154和77-92;Seq ID No 263的5-22,31-36,41-47,67-74,83-90,105-122,135-143,160-167和118-129;Seq ID No 264的4-25,33-73,81-93,96-106,114-120,122-128,130-172,179-208,210-241,251-283,296-301和92-100;Seq ID No 265的14-24,29-38,43-50,52-72,86-97,101-107,110-125,127-141,145-157,168-175,177-184,186-195,205-226,238-250,255-261,284-290,293-304,307-314,316-323,325-356,363-371,383-390,405-415,423-432,442-454,466-485,502-511,519-527,535-556,558-565,569-574,612-634,641-655,672-686,698-709,715-722,724-732,743-753,760-769,783-792,818-825,830-839,842-849,884-896,905-918,926-940,957-969,979-1007,1015-1021,1049-1057和336-349;Seq ID No 266的6-16,26-31,33-39,62-73,75-85,87-100,113-123,127-152,157-164,168-181,191-198,208-214,219-226,233-254,259-266,286-329和181-195;Seq ID No 267的4-13,32-39,53-76,99-108,110-116,124-135,137-146,149-157,162-174,182-190,207-231,242-253,255-264,274-283,291-323,334-345,351-360,375-388,418-425,456-474,486-492,508-517,520-536,547-560,562-577,31-45和419-443;Seq ID No 268的15-26,30-37,42-49,58-90,93-99,128-134,147-154,174-179,190-197,199-205,221-230,262-274,277-287,300-314,327-333,343-351,359-377,388-396,408-413,416-425,431-446和246-256;Seq ID No 269的5-26,34-42,47-54,61-67,71-104,107-115,131-138,144-153,157-189,196-202,204-210,228-245,288-309,316-329,332-341,379-386,393-399,404-412,414-421,457-468,483-489,500-506,508-517,523-534,543-557,565-580,587-605,609-617,619-627,631-636,640-646,662-668,675-682,705-710,716-723,727-732,750-758,784-789,795-809,869-874,14-138,166-286,372-503,674-696和754-859;Seq ID No 270的5-17,32-38,40-47,80-89,113-119,125-137,140-154,157-163,170-177,185-199,213-225,228-236,242-248,277-290,292-305,323-333,347-353,364-370,385-394,399-406,423-433,441-451,462-474,477-487和116-124;Seq ID No 271的7-16,18-30,32-49,53-61,63-85,95-101,105-115,119-134,143-150,159-178,185-202,212-229,236-250,254-265,268-294和63-72;Seq ID No 272的4-12,19-47,73-81,97-103,153-169,188-198,207-213,217-223,236-242,255-265,270-278,298-305,309-317,335-347,354-363,373-394,419-424,442-465,486-492,500-507,542-549,551-558,560-572,580-589,607-614,617-623,647-653,666-676,694-704,706-714,748-754,765-772,786-792,795-806和358-370;Seq ID No 273的18-28,30-38,40-46,49-55,69-78,82-98,104-134,147-153,180-190,196-202,218-236,244-261,266-273,275-286,290-295,301-314,378-387,390-395,427-434和290-305;Seq ID No 274的4-13,20-31,39-51,54-61,69-84,87-105,117-124和108-125;Seq ID No 275的24-34,43-54,56-66,68-79和50-69;Seq ID No 276的5-43,71-77,102-131,141-148,150-156,159-186,191-207,209-234,255-268,280-286,293-299,317-323,350-357,363-372,391-397,406-418,428-435,455-465,484-497,499-505,525-531,575-582,593-607,621-633,638-649,655-673,684-698,711-725,736-741,743-752,759-769,781-793,813-831,843-853,894-905,908-916,929-946,953-963,970-978,1001-1007,1011-1033,165-178和818-974;Seq ID No 277的16-44,63-86,98-108,185-191,222-237,261-274,282-294,335-345,349-362,374-384,409-420,424-430,440-447,453-460,465-473,475-504,522-534,538-551,554-560,567-582,598-607,611-619,627-640,643-653,655-661,669-680,684-690,701-707,715-731,744-750,756-763,768-804,829-837,845-853,855-879,884-890,910-928,77-90,144-212,279-355,434-536,782-810和875-902;Seq ID No 278的4-22,29-41,45-51,53-66,70-77,86-95,98-104,106-124,129-135,142-151,153-161,169-176,228-251,284-299,331-337,339-370,380-387,393-398,406-411,423-433,440-452,461-469,488-498,501-516,523-530,532-559,562-567,570-602,612-628,630-645,649-659,666-672,677-696,714-723,727-747和212-227;Seq ID No 279的4-9,17-31,35-41,56-61,66-75,81-87,90-124,133-138,149-163,173-192,213-219,221-262,265-275,277-282,292-298,301-307,333-346,353-363,371-378,419-430,435-448,456-469,551-570,583-599,603-612和275-291;Seq IDNo 280的28-34,53-58,72-81,100-128,145-154,159-168,172-189,217-225,227-249,256-263,299-309,322-330,361-379,381-388,392-401,404-417,425-436,440-446,451-464,469-487,502-511,543-551,559-564,595-601,606-612,615-626,633-642,644-650,664-670,674-684,692-701,715-723,726-734,749-756,763-771,781-787,810-843,860-869,882-889,907-917,931-936,941-948,951-958,964-971,976-993,1039-1049,1051-1065,1092-1121,1126-1132,1145-1151,1158-1173,1181-1192,1194-1208,1218-1223,1229-1243,1249-1254,1265-1279,1287-1297,1303-1320,1334-1341,1343-1358,1372-1382,1406-1417,1419-1425,1428-1434,1441-1448,1460-1473,1494-1504,1509-1514,1529-1550,654-669和1400-1483;Seq ID No 281的10-16,20-25,58-65,97-109,118-132,134-146,148-155,186-195,226-233,244-262,275-284,295-310,317-322,330-339,345-351,366-375,392-403,408-415,423-430,435-444,446-457,467-479,486-499,503-510,525-537,540-585,602-612,614-623,625-634,639-645,650-669,700-707,717-724,727-739,205-230和733-754;Seq ID No 282的5-22,37-43,72-81,105-113,128-133,148-160,188-194,204-230,238-245,251-257和194-213;Seq ID No 283的16-21,35-41,56-72,74-92,103-109和62-68;Seq ID No 284的4-15,17-82,90-104,107-159,163-170,188-221,234-245,252-265和220-235;Seq ID No 285的16-22,36-46,61-75,92-107,113-121,139-145,148-160和30-42;Seq ID No 286的4-12,20-26,43-49,55-62,66-78,121-127,135-141,146-161,164-170,178-189,196-205,233-238,269-279,288-318,325-332,381-386,400-407和328-346;Seq ID No 287的5-12,31-49,57-63,69-79,89-97,99-114,116-127,134-142,147-154,160-173,185-193,199-204,211-222,229-236,243-249,256-274和58-68;Seq ID No288的10-20,28-34,39-53,68-79,84-90,99-106和73-79;SeqID No 289的14-37,45-50,61-66,77-82,93-98,109-114,125-130,141-146,157-162,173-178,189-194,205-210,221-226,237-242,253-258,269-274,285-290,301-306,316-332,349-359,371-378,385-406,34-307和312-385;Seq ID No 290的4-10,17-38,50-85,93-99,109-116,128-185,189-197,199-210,223-256,263-287,289-312,327-337,371-386,389-394,406-419,424-432,438-450,458-463,475-502,507-513,519-526,535-542,550-567和361-376;Seq ID No 291的10-39,42-93,100-144,155-176,178-224,230-244,246-255,273-282,292-301,308-325,332-351,356-361,368-379,386-393,400-421和138-155;Seq ID No 292的5-11,17-34,40-45,50-55,72-80,101-123,145-151,164-172,182-187,189-195,208-218,220-241,243-252,255-270,325-331,365-371,391-398,402-418,422-428,430-435,443-452,463-469,476-484,486-494,503-509,529-553,560-565,570-590,608-614,619-627,654-661,744-750,772-780,784-790,806-816,836-853,876-885,912-918,926-933,961-975,980-987,996-1006,1016-1028,1043-1053,1057-1062,994-1003和1033-1056;Seq ID No 293的17-45,64-71,73-81,99-109,186-192,223-238,262-275,283-295,336-346,350-363,375-385,410-421,425-431,441-448,454-463,468-474,476-512,523-537,539-552,568-583,599-608,612-620,628-641,644-654,656-662,670-681,685-695,702-708,716-723,725-735,757-764,769-798,800-806,808-816,826-840,846-854,856-862,874-881,885-902,907-928,274-350和443-513;Seq ID No 294的4-22,29-41,45-51,53-61,70-76,85-92,99-104,111-122,134-140,142-154,163-174,224-232,255-265,273-279,283-297,330-335,337-348,356-367,373-385,391-396,421-431,442-455,475-485,493-505,526-538,544-561,587-599,605-620,622-651,662-670,675-681,687-692,697-712,714-735和252-262;Seq ID No 295的4-12,15-35,40-46,50-59,67-94,110-128,143-169,182-188,207-215,218-228,238-250和74-90;Seq ID No 296的9-18,42-58,78-85,88-95,97-106,115-122,128-134,140-145,154-181,186-202,204-223,261-267,269-278,284-293,300-336,358-368和12-29;Seq ID No 297的7-34,46-53,62-72,82-88,100-105,111-117,132-137,144-160,166-180,183-189,209-221,231-236,246-253,268-282,286-293,323-336,364-372,378-392,422-433和388-405;Seq ID No 298的21-27,34-50,72-77,80-95,164-177,192-198,202-220,226-236,239-247,270-279,285-292,315-320,327-334,348-355,364-371,388-397,453-476,488-497,534-545,556-576,582-588,601-607,609-616,642-662,674-681,687-697,709-715,721-727,741-755和621-739;Seq ID No 299的4-14,16-77,79-109和25-99;Seq ID No 300的4-9,17-23,30-37,44-55,65-72,77-93,102-121,123-132,146-153和17-29;Seq ID No 301的4-18,25-41,52-60,83-92,104-112,117-123,149-155,159-167,170-192,201-210,220-227,245-250和124-137;Seq ID No 302的8-25,50-55,89-95,138-143,148-153,159-169,173-179,223-238,262-268,288-295,297-308,325-335,403-409,411-417,432-446,463-475,492-501,524-530,542-548,561-574,576-593,604-609,612-622,637-654,665-672,678-685,720-725,731-739,762-767,777-783,820-838,851-865,901-908,913-920,958-970,1000-1006,1009-1015,1020-1026,1043-1052,1055-1061,1-128,252-341,771-793和1043-1058;Seq ID No 303的16-26,33-46和64-76;Seq ID No 304的4-27,69-77,79-101,117-123,126-142,155-161,171-186,200-206,213-231,233-244,267-273,313-329,335-344,347-370,374-379,399-408,422-443,445-453,461-468,476-482,518-534,544-553,556-567,578-595,601-620,626-636,646-658,666-681,715-721,762-768,778-785,789-803,809-819,22-108,153-318,391-527和638-757;Seq ID No 305的6-21,32-43,62-92,104-123,135-141,145-152,199-216,218-226,237-247,260-269,274-283,297-303,1-72和127-211;Seq ID No 306的6-26,50-56,83-89,108-114,123-131,172-181,194-200,221-238,241-247,251-259,263-271,284-292,304-319,321-335,353-358,384-391,408-417,424-430,442-448,459-466,487-500,514-528,541-556,572-578,595-601,605-613,620-631,635-648,660-670,673-679,686-693,702-708,716-725,730-735,749-755,770-777,805-811,831-837,843-851,854-860,863-869,895-901,904-914,922-929,933-938,947-952,956-963,1000-1005,1008-1014,1021-1030,1097-1103,1120-1130,1132-1140,1-213,269-592和992-1120;Seq ID No 307的9-16,33-39,47-59,65-79,81-95,103-108,115-123,138-148,163-171,176-185,191-196,205-211,213-221,224-256,261-276,294-302,357-363,384-390,95-111和161-189;Seq ID No 308的21-27,35-45,70-76,92-105,129-143,145-155,161-166,170-191,204-211,214-231,234-246,249-255,259-275和1-18;Seq ID No309的21-35,45-53,56-64,69-97和1-16;Seq ID No 310的25-33,41-47,61-68,86-101,106-114,116-129,134-142,144-156,163-176,181-190,228-251,255-261,276-292,295-305,334-357,368-380,395-410,424-429,454-460,469-482,510-516,518-527,531-546,558-570,579-606,628-636,638-645,651-656,668-674,691-698,717-734,742-754,765-770,792-797,827-835,847-859,874-881,903-909,926-933,942-961,964-977,989-1004,1010-1028,1031-1047,1057-1075,1081-1095,1108-1117,1138-1144,1182-1189,1193-1206,1220-1229,1239-1246,1257-1267,1271-1279,1284-1301,1312-1320,1329-1335,1341-1347,1358-1371,1399-1404,1417-1426,1458-1463,1468-1476,1478-1485,1493-1506,1535-1541,1559-1574,1583-1590,1595-1601,1603-1611,1622-1628,1634-1644,1671-1685,1689-1696,1715-1720,1734-1746,1766-1775,1801-1806,1838-1844,1858-1871,1910-1917,1948-1955,1960-1974,2000-2015,2019-2036,2041-2063,748-847和1381-1391;Seq ID No 311的5-12,18-24,27-53,56-63,96-113,119-124,131-136,157-163,203-209,215-223,233-246,264-273,311-316,380-389,393-399,425-433,445-450,457-462,464-470,475-482,507-513,527-535,542-548,550-565,591-602,607-613,627-642,644-664,673-712,714-732,739-764,769-782,812-818,826-838,848-854,860-871,892-906,930-938,940-954,957-973,990-998,1002-1021,1024-1033,1037-1042,1050-1060,1077-1083,1085-1092,1100-1129,1144-1161,1169-1175,1178-1189,1192-1198,1201-1207,1211-1221,1229-1239,1250-1270,1278-1292,1294-1300,1314-1335,1344-1352,1360-1374,1394-1405,1407-1414,1416-1424,1432-1452,1456-1462,1474-1497,1500-1510,1516-1522,1534-1542,1550-1559,1584-1603,1608-1627,187-273和306-441;Seq ID No 312的70-80,90-97,118-125,128-140,142-148,154-162,189-202,214-222,224-232,254-260,275-313,317-332,355-360,392-398,425-432,448-456,464-470,476-482,491-505,521-528,533-546,560-567,592-597,605-614,618-626,637-644,646-653,660-666,677-691和207-227;Seq ID No 313的5-19,26-34,37-55,57-66,69-83,86-102,115-134,138-143,154-172,178-195,209-246,251-257,290-302,306-311和256-266;Seq IDNo 314的10-20,22-28,35-57,72-79,87-103,108-128,130-144,158-171,190-198,225-242,274-291,301-315,317-324,374-385和353-365;Seq ID No 315的4-9,17-30,34-54,59-66,73-94,118-130,135-150,158-171,189-198,219-239,269-275,283-301,89-106和176-193;Seq ID No 316的14-20,22-74,77-86,89-99,104-109,126-135,154-165,181-195,197-212,216-224,264-275和107-118;Seq ID No 317的4-18,21-38,63-72,101-109,156-162,165-179,183-192,195-210,212-218,230-239,241-256,278-290,299-311,313-322,332-341,348-366,386-401,420-426,435-450,455-460,468-479,491-498,510-518,532-538,545-552,557-563,567-573,586-595,599-609,620-626,628-636,652-657,665-681和1-198;Seq ID No 318的4-10,16-38,51-68,73-79,94-115,120-125,132-178,201-208,216-223,238-266,269-295,297-304,337-342,347-356,374-401,403-422,440-447,478-504,510-516,519-530,537-544和191-206;Seq ID No 319的12-40,42-48,66-71,77-86,95-102,113-120,129-137,141-148,155-174,208-214,218-225,234-240,256-267,275-283,300-306,313-321,343-350,359-367,370-383,398-405,432-439,443-461,492-508,516-526,528-535和370-478;Seq ID No 320的6-14,20-37,56-62,90-95,97-113,118-125,140-145,161-170,183-202,237-244,275-284,286-305,309-316,333-359,373-401,405-412和176-187;Seq ID No 321的33-44,50-55,59-80,86-101,129-139,147-153,157-163,171-176,189-201,203-224,239-245,257-262,281-287,290-297,304-320,322-331,334-350,372-390,396-401,71-88和353-372;Seq ID No322的5-11,15-24,26-33,40-47,75-88,95-103,105-112和17-30;Seq ID No 323的5-11,16-39,46-54,62-82,100-107,111-124,126-150,154-165,167-183,204-238,245-295,301-313,316-335和8-16;Seq ID No 324的4-19,34-48,69-74,79-107,115-127,129-135,143-153,160-169,171-182和142-153;Seq ID No 325的4-30,65-74,82-106,110-120,124-132,135-140,146-175,179-184,190-196,217-223,228-233,250-267,275-292,303-315,322-332和174-186;Seq ID No 326的9-16,29-41,47-57,68-84,87-109,113-119,162-180,186-193,195-201,203-208,218-230,234-243,265-271,281-292,305-312,323-332,341-347,349-363,368-374,383-390,396-410,434-440,446-452,455-464,466-473,515-522,529-542,565-570,589-600,602-613,618-623,637-644,1019-1027,1238-1244,1258-1264,1268-1276,1281-1292,1296-1302和883-936;Seq ID No 327的10-17,23-32,39-44,54-72,75-81,88-111,138-154,160-167,178-185,201-210,236-252,327-334,336-342,366-376,388-400,410-430,472-482,493-526,552-558,586-592,598-603,612-621,630-635,641-660和384-393;Seq ID No 328的4-22,24-39,50-59,73-84,100-105,111-117,130-138,155-161,173-178,182-189,205-215,266-284,308-313,321-328,330-337,346-363,368-374,388-395,397-405,426-434,453-459,482-492,501-507,509-515,518-523,527-544,559-590,598-612,614-629,646-659,663-684,686-694,698-721和445-461;Seq ID No 329的14-22,27-33和3-17;Seq ID No 330的29-41,66-73,81-87,90-108,140-146,150-159,165-184,186-196,216-226,230-238,247-253,261-269和126-140;Seq ID No 331的5-12,16-25,27-33,36-45,60-68,83-88,103-126和86-101;Seq ID No 332的14-23,36-47,56-66,84-89,94-105,111-127,140-153,160-174,176-183,189-203,219-225,231-237,250-257和194-227;Seq ID No 333的4-25,54-60,64-71,73-82,89-106,117-124,157-169,183-188,199-210,221-232,236-244,255-264和58-98;Seq ID No 334的13-19,26-36,41-53,55-71,77-84,86-108,114-135,157-172,177-183,187-194,208-213,218-226,110-125和156-170;Seq ID No 335的5-24,63-69,77-85,94-112,120-137,140-146,152-159,166-172,179-187,193-199,206-212,222-228,234-240,244-252,257-264,270-289,298-309,316-328,337-348,363-375,1-56和340-352;Seq ID No 336的18-39,42-71,78-120,124-144,152-173,179-189,199-209,213-222,228-258,269-304,329-361,364-372,374-389,396-441和313-327;Seq ID No 337的19-25,91-98,108-120,156-162,168-174,191-204,211-216,232-266,272-278,286-308,316-321,327-333,344-355,358-364,384-391,395-428,464-476,487-495,497-511,544-561,563-573,575-582,588-594,10-25和322-338;Seq ID No 338的14-26,32-49,51-57,59-72,80-91,102-112,119-125,147-161,164-173,175-183,188-213,217-222,246-254,260-276,282-303,308-318,321-328,333-350,352-359,371-378,392-401,407-414,416-443,448-463,471-484,490-497,501-514,519-527,539-551,557-570,578-590,592-598,600-610,618-629,633-647,654-667,676-689,702-709,718-726,728-737,741-760,764-780,786-795,808-826,836-842,845-852,865-874,881-887,931-945,949-957,968-974,979-986,1003-1009,1023-1029和90-103;Seq ID No 339的11-16,37-56,60-66,69-77,80-88,93-106,117-139,166-171和72-90;Seq ID No 340的59-84,123-133,145-150,161-167,178-189和115-128;Seq ID No 341的15-33,39-46,52-64,74-87,108-124,127-144,150-156,173-179,184-194,201-208,219-236,243-269,272-295,302-309,343-349,356-361,370-379,405-411,414-423,430-451,457-464,466-475,477-483,496-502,507-522,541-548,557-563,571-577,579-585,590-605,626-642,650-662,671-691,704-710,751-769,775-781,786-791,794-829,851-858,868-878,884-904,913-919,931-939和132-142;Seq ID No 342的33-58,64-71,74-80,83-88,96-120,122-139,146-157,167-177,207-213,220-225,236-242,264-279,300-305,326-336,340-347,350-360,97-115和199-211;Seq ID No343的4-26,43-57,70-99,102-117,121-133,142-148,151-168,170-183,192-220,235-249,258-279和30-41;Seq ID No 344的34-42,48-58,70-94,110-130,154-160,164-172,178-183,195-203,211-222,229-250,256-261,274-284,286-292,312-323和222-233;Seq ID No 345的4-9,15-36,38-45,49-74,78-88,100-112,136-191,211-220,226-233,239-246,254-274,287-307,316-322,342-353,356-366,373-378,384-393,405-431,449-457,459-468,487-511,515-524,529-541,544-552,562-568,571-576和208-280;Seq IDNo 346的10-27,31-37,39-54,71-108,124-143和2-107;Seq IDNo 347的16-27,38-57,64-70,90-102,104-113,116-137,160-166和1-80;Seq ID No 348的13-21,31-36,56-67,127-136,153-171,173-180,184-200,214-222,225-231,239-263,267-273和135-159;Seq ID No 349的12-27,31-51,68-74,77-87,94-101,108-114,117-123,127-134,138-168,173-196,201-207,212-217,227-237,247-257,264-280和205-223;Seq ID No 350的17-22,25-54,70-76,92-100和98-110;Seq ID No 351的7-29,40-50,60-67,87-96,105-111,119-164,172-199,206-212,220-227,237-259,272-279,282-293,295-309,313-319,321-328,345-363,376-386和159-176;Seq ID No 352的4-19,24-30,36-43,50-68,71-89,93-106,141-152,154-172,179-197,199-215,229-239,246-252,255-263,281-298,319-325,329-356,358-368,374-390,397-409,420-429,432-444,450-456,459-475,483-494,496-502,520-528,532-556和362-377;Seq ID No 353的18-25,40-62,77-85,91-97,105-116,123-133,139-184,189-197和122-140;Seq ID No 354的4-49,52-58,62-70,79-105,109-133,142-150,163-168,206-214,220-228,233-240,243-254,274-281,303-311,327-338,357-373,378-396,403-413,420-436,441-453,461-467,475-481,484-498,506-512,514-521,523-529,562-579,589-595,598-603,615-648,714-722,728-742,749-758,777-792,795-807和643-658;Seq IDNo 355的8-27,37-48,51-56,72-79,87-106,120-138,140-147,167-176,187-197,205-216,222-229,234-239,243-249,277-288,292-315,334-343,347-353,363-391,398-404,430-447,461-467,478-492,498-507和456-470;Seq ID No 356的5-12,18-24,59-69,80-93,95-109,119-125,130-137,139-147,158-163,168-176,182-202,206-215,222-239,241-249,267-277,291-298,311-318,321-327,338-344,348-355,373-386,393-406,411-417,434-443,446-465,473-484,514-521,532-553,584-594和221-237;Seq IDNo 357的4-14,27-34,50-58,63-72,79-106,109-114,121-142,146-154,161-167,169-175,178-201,223-238,249-254,259-264,278-292,294-312,319-330和167-191;Seq ID No 358的7-28,36-42,50-61,63-80,122-152,161-174,176-191和140-190;SeqID No 359的20-57,59-65,70-78,86-102,119-133,142-161,163-173,177-188,192-202,204-220,222-236,240-253,279-319,326-331,337-383,390-399,406-412,420-427,431-438和381-395;Seq ID No 360的13-18,28-34,37-43,50-59,75-81,83-97,105-121,139-147,200-206,209-227,231-247,260-271,318-327,366-381,388-394,399-406和182-201;Seq ID No 361的6-29,37-43,51-56,70-77,82-102,110-119,127-143,178-190,201-209,216-243,261-269,281-292,305-313,327-339,341-354,356-373,391-397,423-429,438-445,450-478和21-314;Seq ID No 362的4-12,15-21,32-41,59-76,80-89,96-104和90-103;Seq ID No 363的9-28,30-41,44-54,69-74,77-82,90-97,104-123,125-135,149-155,164-173,177-184,217-226,230-235,238-244,258-272,282-297,300-305,309-315,317-322,327-336,348-362,368-374,380-387,400-411,414-424,451-458,460-466,483-494,497-503,506-511,521-528,540-553,569-587,598-606,628-642,661-681,688-700,718-733,740-749,752-764,769-783,823-834,848-854,862-872,878-884,886-898,915-920,938-951,954-961,963-972,982-989,996-1003,1010-1016,1021-1032,1038-1044,1047-1057,1060-1070,1079-1088,1094-1102,1117-1127,1129-1135,1142-1153,1158-1204,1212-1229,1234-1263,1269-1277,1308-1313,1327-1338,1344-1376,1400-1415,1436-1443,1448-1458,1497-1504,1511-1522,1544-1566,3-82和509-576;Seq ID No 364的8-36,40-64,71-79,88-94,102-109,118-127,138-148,151-159,163-174,192-198,200-206,220-233,268-273,290-301,304-309,316-323,331-349,378-391,414-420,427-437,455-475,494-510,541-547,549-555,616-640,1-60,55-139,212-308,386-458和458-624;Seq ID No 365的16-31,35-42,70-77,91-101,120-130,132-140,143-153,185-190,195-202,215-222,228-238,241-251,257-264,268-277,288-302,312-324,326-333,341-348,364-382,415-429,438-454,458-466,491-499,501-521和273-281;Seq ID No 366的8-14,32-57,74-149,155-177,179-212,221-266,271-296,304-324,329-346,349-359,368-401,413-419,426-454,465-478,493-510和466-490;Seq ID No 367的22-28,33-51,64-89,96-119,126-132,138-146,152-159,161-169,172-179,193-198,205-211,221-231,235-254,273-280,297-303,312-320,328-346,351-373,378-384,391-398,448-454,460-468,470-481,516-558,574-593,597-602,613-623,626-646,649-656,668-673,675-683,696-708,715-722,724-739,745-751,759-777,780-804,816-822和102-113;Seq ID No 368的12-28,41-91,98-107,112-120,125-131,151-193,215-221,240-250,263-280和128-138;Seq ID No 369的16-24,32-38,46-62,68-81,90-105,127-133,144-150,160-166,178-184,186-202,210-219,232-240,252-258,264-273,293-324,337-344,349-357,360-369,385-398,410-416,419-427,441-449,458-476,508-515,523-539,544-549,562-569,571-579,96-109和127-139;Seq ID No 370的19-25,28-34,56-61,85-97,110-116和39-53;Seq ID No 371的4-37,41-50,62-72,91-97,99-109,114-125,136-141,149-158,160-166,201-215和27-225;Seq ID No 372的15-31,44-51,96-105,122-130,149-157,162-168,178-183,185-192,198-204,206-213,221-234,239-245,248-255,257-266,289-335,349-357,415-422,425-441,448-454,462-468和463-481;Seq ID No 373的5-31,39-55,63-72,76-99,106-155,160-177,179-199,207-217,223-240,245-255,261-267,294-316,321-343,354-378,382-452,477-488,529-536,555-569,584-591,593-612,620-627,632-640,647-654,671-680,698-704,723-730,732-750,769-775,781-788,822-852和505-525;Seq ID No 374的3-18;Seq ID No 375的4-14和12-24;Seq ID No 376的4-11,22-30和12-25;Seq ID No377的5-12和4-18;Seq ID No 378的4-28和7-14;Seq ID No379的6-16和8-16;Seq ID No 380的4-15,18-33和24-36;Seq ID No 381的4-10,16-21和20-31;Seq ID No 382的6-19;Seq ID No 383的11-18和3-10;Seq ID No 384的13-24和3-15;Seq ID No 385的15-27和7-16;Seq ID No 386的11-16和1-15;Seq ID No 387的4-16和9-21;Seq ID No 388的4-24,40-48,54-67和22-39;Seq ID No 389的6-30,34-55,62-68,78-106和68-74;Seq ID No 390的3-14;Seq ID No 391的9-19和6-21;Seq ID No 392的4-17和1-9;Seq ID No 393的5-30和1-8;SeqID No 394的4-16,23-46,51-56和45-55;Seq ID No 395的7-16;Seq ID No 396的2-14;Seq ID No 397的4-36,43-65和50-62;Seq ID No 398的10-30和14-21;Seq ID No 399的9-17和1-10;Seq ID No 400的4-12和3-16;Seq ID No 401的4-15和5-23;Seq ID No 402的10-21;Seq ID No 403的6-16;Seq ID No 404的4-29,31-38和2-14;Seq ID No 405的4-35和33-42;Seq ID No406的2-17;Seq ID No 407的9-18,30-35和15-33;Seq ID No408的4-9和6-12;Seq ID No 409的3-17;Seq ID No 410的12-21,37-44,52-61,72-80和38-48;Seq ID No 411的4-10,29-44,54-61,69-78和13-27;Seq ID No 412的13-23,36-53和2-15;Seq ID No 413的4-25,28-46,56-72,81-99,120-132,134-142,154-160和129-141;Seq ID No 414的4-15,24-33,35-41,64-86和21-33;Seq ID No 415的9-15和4-13;Seq ID No 416的4-11,13-19,34-48和15-32;Seq ID No 417的4-21和11-31;Seq IDNo 418的23-57和38-50;Seq ID No 419的4-32和3-13;Seq IDNo 420的4-10,13-25,32-42,56-68,72-84和26-38;Seq ID No421的4-20,31-48,52-58,65-71,80-93,99-108,114-123和37-49;Seq ID No 422的6-12,14-20和3-25;Seq ID No 423的14-25,27-38和5-14;Seq ID No 424的4-41,57-105,109-118,123-136,144-152和86-99;Seq ID No 425的6-19;Seq ID No 426的2-19;Seq ID No 427的14-47和1-14;Seq ID No 428的4-21,29-44和2-18;Seq ID No 429的23-29和10-28;Seq ID No 430的6-16,22-36和11-22;Seq ID No 431的4-19,30-44和18-27;Seq IDNo 432的5-15,37-45,58-65和38-47;Seq ID No 433的4-15,23-34和4-15;Seq ID No 434的30-36,44-54,79-85,101-114,138-152,154-164,170-175,179-200,213-220,223-240,243-255,258-264,268-284和10-28;包含表1B的“相同區(qū)域”縱欄的氨基酸序列的肽,尤其是包含如下氨基酸的肽Seq ID No 449的210-226和738-753;Seq ID No 450的326-344,326-348,338-354,371-392,801-809和877-901;Seq ID No 451的893-906;Seq ID No 452的51-69;Seq ID No 453的110-125;Seq ID No 454的291-305;SeqID No 455的210-226和738-753;Seq ID No 456的326-344,326-348,338-354,371-392,801-809和877-901;Seq ID No 457的893-906;Seq ID No 458的51-69;Seq ID No 459的110-125;SeqID No 460的291-305;Seq ID No 461的32-44;Seq ID No 462的399-410;表2的“氨基酸從”到“氨基酸至”縱欄中指定的血清反應(yīng)性表位,尤其是包含如下氨基酸的肽Sep ID No 218的120-143,138-161和156-179;Seq ID No 219的110-129和168-184;Seq ID No 222的74-90;Seq ID No 223的759-773;Seq ID No 224的237-260;SeqID No 225的265-284;Seq ID No 226的65-74;Seq ID No 227的41-50;Seq ID No 229的163-174;Seq ID No 230的26-37;SeqID No 232的174-189;Seq ID No 234的240-256;Seq ID No 236的285-297;Seq ID No 238的238-247;Seq ID No 239的491-519;Seq ID No 243的114-140;Seq ID No 250的267-284;Seq ID No252的439-453;Seq ID No 253的162-178;Seq ID No 254的347-364;Seq ID No 255的699-715;Seq ID No 256的60-71;SeqID No 257的244-257;Seq ID No 258的44-63和57-76;Seq IDNo 260的185-196;Seq ID No 263的119-129;Seq ID No 266的182-195;Seq ID No 267的32-44和424-442;Seq ID No 268的247-256;Seq ID No 269的678-694,785-805,55-77和72-94;SeqID No 281的210-226;Seq ID No 289的37-59;Seq ID No 296的13-29;Seq ID No 348的136-159;Seq ID No 349的205-222;SeqID No 350的99-110;Seq ID No 351的160-176;Seq ID No 355的457-470;Seq ID No 356的221-237;Seq ID No 357的167-190;Seq ID No 361的96-120;Seq ID No 364的399-417,503-519和544-563;Seq ID No 371的46-68,159-183和184-198;Seq ID No372的463-481;表4的“氨基酸從”到“氨基酸至”縱欄中指定的免疫原性表位;尤其是包含如下氨基酸的肽Seq ID No 219的110-129和168-184;Seq ID No 277的877-901,333-354,326-344和801-809;Seq ID No 347的1-54;Seq ID No 364的544-563,31-51,107-119,399-417和503-519;Seq ID No 218的120-198;Seq ID No 219的20-35;Seq ID No 221的118-201;Seq ID No 242的48-132;SeqID No 249的118-136;Seq ID No 253的162-178;Seq ID No 254的347-364;Seq ID No 255的699-715;Seq ID No 258的50-76;Seq ID No 269的785-819和44-128;Seq ID No 274的90-128;Seq ID No 289的314-384;Seq ID No 293的327-349;Seq ID No304的242-314,405-478和23-100;Seq ID No 305的129-210;Seq ID No 307的162-188;Seq ID No 310的750-772;Seq ID No335的1-56;Seq ID No 337的322-337;Seq ID No 339的72-90;Seq ID No 345的374-395;Seq ID No 348的136-159;Seq ID No358的141-164;Seq ID No 361的96-157;Seq ID No 363的1-82;Seq ID No 364的489-556;Seq ID No 371的159-183和49-133;包含表5的“推定的免疫原性氨基酸”和“鑒別的免疫原性區(qū)域(aa)的位置”縱欄的氨基酸序列的肽,尤其是包含如下氨基酸的肽Seq ID No 475的4-26,35-41,53-61,73-84,103-108,114-120,140-146,156-162,192-208,214-219,227-233,239-252,260-268,284-297,1-48和113-133;Seq ID No 476的4-27,38-44,50-56,59-64,72-79,83-89,92-97,108-116,123-148,152-167,183-196,200-220,232-244,255-261,265-274,282-302,309-317,1-79和231-302;Seq ID No477的6-28,66-72,85-105,115-121,144-151,160-170,176-185,223-230,252-288,296-310,319-333,367-374,458-464,471-480,483-488,520-528,530-549,559-564,593-601,606-616,636-643,655-662,676-682,684-699,719-726,735-750,757-764,777-785,799-810,812-843,846-853,868-873,880-889,891-899,909-929,934-940,963-969,998-1004,1007-1014,1016-1022,1030-1046,1-80和808-821;Seq ID No 478的7-24,35-41,75-81,91-114,122-132,137-144,148-156,183-192,194-200,212-228,233-238,251-258,275-295,326-332,337-346,1-79和305-321;Seq ID No 479的31-38,42-52,66-72,86-92,98-104,115-122,127-146,154-164,169-187,198-212,225-237,255-269,13-92和135-142;Seq ID No480的4-36,39-49,63-69,71-77,81-88,123-131,133-139,160-169,174-180,188-194,210-217,273-278,289-300,317-334,336-341,383-401,425-438,1-68,212-270和402-446;Seq ID No 481的21-29,31-42,49-63,72-79,81-93,112-132,159-165,188-195,197-232,262-267,279-286,294-301,318-326,348-366,381-405,409-426,436-465,471-480,484-492,497-505,521-544,554-561,567-577,581-589,601-609,611-622,636-651,653-667,669-685,700-708,716-722,729-744,749-766,780-786,789-811,814-864,1-57和84-106;Seq ID No 482的6-24,35-48,57-63,72-78,87-92,113-119,123-137,147-153,173-181,212-233和1-124;Seq ID No483的13-34,62-69,78-83,86-91,98-104,107-115,146-159,179-188,195-205,209-221,226-233,239-253,276-282,284-294,297-308,331-354,375-382,388-399,421-433,449-458,464-469,472-491,508-513,525-531,534-550,575-593,601-618,629-635,654-661,666-680,706-721,723-740,771-805,810-830,845-851和1-84;Seq ID No 484的4-32,45-64,73-83,86-92,100-111,125-147,157-163,170-175,177-188,226-232,245-252,258-274,320-335,348-359和1-71;Seq ID No 485的13-40,43-71,76-83,87-101,109-119,125-156,162-175,182-219,226-232,240-262,270-287,306-318,326-342,344-408,414-444,449-456和1-51;Seq ID No 486的4-16,18-34,45-54,99-108,134-140,203-212,241-257,266-274,279-291,308-315,330-336,355-370,374-382,402-410,428-455,466-472,474-480,531-554,560-566,572-580,597-618,632-660,664-674,676-685,691-705,708-735,750-768,1-87和342-480;表6的“氨基酸從”到“氨基酸至”的縱欄中指定的血清反應(yīng)性表位,尤其是包含如下氨基酸的肽No 475的115-132和1-26;Seq ID No 476的33-55;Seq ID No 478的1-25;Seq ID No479的37-61;Seq ID No 480的1-24;Seq ID No 481的1-23;Seq ID No 482的46-60;Seq ID No 483的1-28,23-50和45-71;Seq ID No 484的1-22和17-38;Seq ID No 485的1-22和17-38;Seq ID No 486的1-27,22-47和422-447;表7的“氨基酸從”到“氨基酸至”縱欄中指定的免疫原性表位,尤其是包含如下氨基酸的肽Seq IDNo 475的115-132和1-47;Seq ID No 476的1-55;Seq ID No 477的22-85;Seq ID No 478的307-320和1-44;Seq ID No 479的15-76和40-92;Seq ID No 480的1-59,213-269和403-445;SeqID No 481的1-56和85-105;Seq ID No 482的37-121;Seq ID No483的1-71;Seq ID No 484的1-38;Seq ID No 485的1-38;SeqID No 486的1-47。
      15.一種生產(chǎn)根據(jù)權(quán)利要求11至14中任何一個(gè)的無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原或其片段的方法,包括表達(dá)根據(jù)權(quán)利要求1至7中任何一個(gè)的核酸分子。
      16.一種生產(chǎn)表達(dá)根據(jù)權(quán)利要求11至14中任何一個(gè)的無(wú)乳鏈球菌超免疫血清反應(yīng)性抗原或其片段的細(xì)胞的方法,包括用根據(jù)權(quán)利要求8或權(quán)利要求9的載體轉(zhuǎn)化或轉(zhuǎn)染合適的宿主細(xì)胞。
      17.一種藥用組合物,尤其是疫苗,包含如權(quán)利要求11至14中任何一個(gè)定義的超免疫血清反應(yīng)性抗原或其片段或根據(jù)權(quán)利要求1至7中任何一個(gè)的核酸分子。
      18.根據(jù)權(quán)利要求17的藥物組合物,尤其是疫苗,特征在于它進(jìn)一步包含一種免疫刺激物質(zhì),優(yōu)選地選自尤其是聚陽(yáng)離子肽的聚陽(yáng)離子聚合物、免疫刺激脫氧核苷酸(ODN)、包含至少兩個(gè)LysLeuLys基序的肽、尤其是人生長(zhǎng)激素的神經(jīng)活性化合物、明礬、弗氏完全或不完全佐劑或其組合。
      19.根據(jù)權(quán)利要求1至7中任何一個(gè)的核酸分子或根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段用于制備藥物制品,尤其是用于制備抗無(wú)乳鏈球菌感染的疫苗的用途。
      20.一種抗體或至少其有效部分,所述抗體至少結(jié)合根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段的選擇性部分。
      21.根據(jù)權(quán)利要求20的抗體,其中所述抗體是單克隆抗體。
      22.根據(jù)權(quán)利要求20或21的抗體,其中所述有效部分包含F(xiàn)ab片段。
      23.根據(jù)權(quán)利要求20至22中任何一個(gè)的抗體,其中所述抗體是嵌合抗體。
      24.根據(jù)權(quán)利要求20至23中任何一個(gè)的抗體,其中所述抗體是人源化抗體。
      25.產(chǎn)生根據(jù)權(quán)利要求20至24中任何一個(gè)的抗體的雜交瘤細(xì)胞系。
      26.一種產(chǎn)生根據(jù)權(quán)利要求20的抗體的方法,特征在于下面的步驟·通過(guò)給予非人的動(dòng)物權(quán)利要求11至14中任何一個(gè)定義的超免疫血清反應(yīng)性抗原或其片段而引發(fā)所述動(dòng)物的免疫反應(yīng),·從所述動(dòng)物移出含有抗體的體液,以及·通過(guò)對(duì)所述含有抗體的體液進(jìn)行進(jìn)一步的純化步驟而產(chǎn)生所述抗體。
      27.產(chǎn)生根據(jù)權(quán)利要求21的抗體的方法,特征在于下面步驟·通過(guò)給予非人的動(dòng)物如權(quán)利要求12至15中任何一個(gè)定義的超免疫血清反應(yīng)性抗原或其片段而引發(fā)所述動(dòng)物的免疫反應(yīng),·從所述動(dòng)物移出脾或脾細(xì)胞,·產(chǎn)生所述脾或脾細(xì)胞的雜交瘤細(xì)胞,·挑選并克隆特異于所述超免疫血清反應(yīng)性抗原或其片段的雜交瘤細(xì)胞,·通過(guò)所述克隆雜交瘤細(xì)胞的培養(yǎng)和可選的進(jìn)一步的純化步驟產(chǎn)生所述抗體。
      28.根據(jù)權(quán)利要求20至24中任何一個(gè)的抗體用于制備治療或預(yù)防無(wú)乳鏈球菌感染的藥物的用途。
      29.一種拮抗劑,其結(jié)合根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段。
      30.一種鑒別能夠結(jié)合根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段的拮抗劑的方法,包括a)在允許候選拮抗劑與分離的或固定化的根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段結(jié)合的條件下,在能提供響應(yīng)于所述候選拮抗劑與所述超免疫血清反應(yīng)性抗原或其片段結(jié)合的可檢測(cè)信號(hào)的組分的存在下,將所述超免疫血清反應(yīng)性抗原或其片段與所述候選拮抗劑接觸;以及b)檢測(cè)響應(yīng)于所述拮抗劑與超免疫血清反應(yīng)性抗原或其片段的結(jié)合產(chǎn)生的信號(hào)的存在與否。
      31.鑒別能夠降低或抑制根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段與其相互作用伴侶之相互作用活性的拮抗劑的方法,包括a)提供根據(jù)權(quán)利要求11-14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其高免疫片段,b)向尤其是根據(jù)權(quán)利要求20至24中任何一個(gè)的抗體的所述超免疫血清反應(yīng)性抗原或其片段提供相互作用伴侶,c)允許所述超免疫血清反應(yīng)性抗原或其片段與所述相互作用伴侶相互作用以形成相互作用復(fù)合物,d)提供候選拮抗劑,e)允許候選拮抗劑和相互作用復(fù)合物之間發(fā)生競(jìng)爭(zhēng)反應(yīng),f)測(cè)定候選拮抗劑是否抑制或降低超免疫血清反應(yīng)性抗原或其片段與相互作用伴侶的相互作用活性。
      32.根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段的用途,用于所述超免疫血清反應(yīng)性抗原或其片段的相互作用伴侶的分離和/或純化和/或鑒別。
      33.一種體外診斷與根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段的表達(dá)相關(guān)的疾病的方法,包括測(cè)定編碼所述超免疫血清反應(yīng)性抗原和片段的根據(jù)權(quán)利要求1-7中任何一個(gè)的核酸序列的存在,或根據(jù)權(quán)利要求11-14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段的存在。
      34.一種細(xì)菌感染,尤其是無(wú)乳鏈球菌感染的體外診斷的方法,包括分析編碼所述超免疫血清反應(yīng)性抗原或其片段的根據(jù)權(quán)利要求1至7中任何一個(gè)的核酸序列的存在,或者根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段的存在。
      35.根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段的用途,用于產(chǎn)生結(jié)合所述超免疫血清反應(yīng)性抗原或其片段的肽,其中所述肽選自抗促成素。
      36.根據(jù)權(quán)利要求11至14中任何一個(gè)的超免疫血清反應(yīng)性抗原或其片段用于功能性核酸制造的用途,其中所述功能性核酸選自適體和鏡面體。
      37.根據(jù)權(quán)利要求11至14中任何一個(gè)的核酸分子用于制備功能性核糖核酸的用途,其中功能性核糖核酸選自核酶、反義核酸和siRNA。
      全文摘要
      本發(fā)明公開(kāi)了編碼超免疫血清反應(yīng)性抗原或其片段和來(lái)自無(wú)乳鏈球菌的超免疫血清反應(yīng)性抗原或其片段的分離的核酸分子、分離這樣的抗原的方法及其特定用途。
      文檔編號(hào)A61K39/09GK1784419SQ200480012219
      公開(kāi)日2006年6月7日 申請(qǐng)日期2004年5月6日 優(yōu)先權(quán)日2003年5月7日
      發(fā)明者A·梅克, E·納吉, M·漢納, M·霍基, S·卡倫達(dá), S·普拉斯托莫斯基 申請(qǐng)人:英特塞爾股份公司
      網(wǎng)友詢(xún)問(wèn)留言 已有0條留言
      • 還沒(méi)有人留言評(píng)論。精彩留言會(huì)獲得點(diǎn)贊!
      1