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編碼代謝途徑蛋白的谷氨酸棒桿菌基因的制作方法

文檔序號(hào):597894閱讀:367來源:國知局

專利名稱::編碼代謝途徑蛋白的谷氨酸棒桿菌基因的制作方法編碼代謝途徑蛋白的谷氨酸棒桿菌基因本申請(qǐng)是申請(qǐng)日為2000年12月22日,申請(qǐng)?zhí)枮?0819506.4的、發(fā)明名稱和本發(fā)明相同的發(fā)明專利申請(qǐng)的分案申請(qǐng)。相關(guān)申請(qǐng)本申請(qǐng)是2000年6月23日提交的美國專利申請(qǐng)09/606,740的部分繼續(xù)申請(qǐng)。本申請(qǐng)也是2000年6月23日提交的美國專利申請(qǐng)09/603,124的部分繼續(xù)申請(qǐng)。本申請(qǐng)要求以下申請(qǐng)的優(yōu)先權(quán)1999年6月25日提交的美國臨時(shí)專利申請(qǐng)60/141031,1999年6月2日提交的美國臨時(shí)專利申請(qǐng)60/142101,1999年8月12日提交的美國臨時(shí)專利申請(qǐng)60/148613,2000年3月9日提交的美國臨時(shí)專利申請(qǐng)60/187970,以及1999年7月8日提交的德國專利申請(qǐng)19931420.9。上述申請(qǐng)的全部內(nèi)容本文引為參考。發(fā)明背景細(xì)胞中天然存在的代謝過程中的特定產(chǎn)物和副產(chǎn)物,在包括食品、祠料、化妝品和制藥產(chǎn)業(yè)在內(nèi)的很多行業(yè)中有用。這些分子總稱為"精細(xì)化學(xué)物質(zhì)",包括有機(jī)酸、蛋白源的和非蛋白源的氨基酸、核苷酸和核苷、脂質(zhì)和脂肪酸、二醇、糖類、芳香族化合物、維生素和輔因子以及酶??梢酝ㄟ^大規(guī)模培養(yǎng)產(chǎn)生并分泌大量特定所需分子的細(xì)菌,最方便的制備這些產(chǎn)品。用于這一目的的一種特別有用的生物體就是谷氨酸+奉才干菌(Coo;"e6a"eWw附g/z^amz.cwm),一種革蘭氏P曰'I"生非病原、菌。通過菌抹篩選,出現(xiàn)了許多產(chǎn)生大批所需化合物的突變抹。然而,為改進(jìn)特殊分子生產(chǎn)而進(jìn)行的菌抹篩選,是一個(gè)耗時(shí)并且困難的過程。發(fā)明概述本發(fā)明提供了新的細(xì)菌核酸分子,這些分子具有多種用途。這些用途包括鑒定可以產(chǎn)生精細(xì)化學(xué)物質(zhì)(如賴氨酸和曱硫氨酸等氨基酸)的微生物、調(diào)節(jié)谷氨酸棒桿菌或者親緣細(xì)菌中的精細(xì)化學(xué)物質(zhì)的產(chǎn)生、谷氨酸棒桿菌或者親緣細(xì)菌的分型和鑒定、作為繪制谷氨酸棒桿菌基因組圖譜的參照點(diǎn)。這些新的核酸分子編碼蛋白質(zhì),此處稱為代謝途徑(MP)蛋白質(zhì)。谷氨酸棒桿菌是一種革蘭氏陽性需氧細(xì)菌,通常用于工大規(guī)模生產(chǎn)各種精細(xì)化學(xué)物質(zhì),也用于降解烴類(例如在石油泄漏中)和氧化辟品醇。因此,本發(fā)明的MP核酸分子,可用來鑒定能用于生產(chǎn)精細(xì)化學(xué)物質(zhì)的微生物,例如通過發(fā)酵方法。調(diào)節(jié)本發(fā)明MP核酸分子的表達(dá),或者修飾本發(fā)明MP核酸分子的序列,可以用于調(diào)節(jié)微生物中一種或者多種精細(xì)化學(xué)物質(zhì)的生產(chǎn)(例如,提高棒桿菌或者短桿菌中一種或者多種精細(xì)化學(xué)物質(zhì)的產(chǎn)生)。在一個(gè)優(yōu)選實(shí)施方案中,本發(fā)明的MP基因與參與相同和不同代謝途徑的一個(gè)或多個(gè)基因組合,以調(diào)節(jié)微生物生產(chǎn)一種或多種精細(xì)化學(xué)物質(zhì)。本發(fā)明MP核酸分子可用于鑒定一種微生物是否是谷氨酸棒桿菌或者其親緣菌抹,或者鑒定微生物混合群體中谷氨酸棒桿菌或者其親緣菌抹的存在。本發(fā)明提供了許多谷氨酸棒桿菌基因的核酸序列;在嚴(yán)格條件下,用探針探查從單一微生物或者混合微生物群體培養(yǎng)物中提取的基因組DNA,該探針覆蓋了谷氨酸棒桿菌基因特有的一段區(qū)域,可以確定是否有該微生物存在。盡管谷氨酸棒桿菌本身是非病原性的,但是它與人體中的病原菌種有關(guān),例如白喉棒狀菌(Corywe6a"en'wm^p/^/eWae)(白喉致病原);探測(cè)這種微生物具有重大的臨床實(shí)用性。本發(fā)明MP核酸分子也可以用作繪制谷氨酸棒桿菌基因組圖譜的參照點(diǎn),或者繪制其親緣菌抹基因組圖譜的參照點(diǎn)。相似的,這些分子,或者其變體或其部分,可以用作遺傳工程棒桿菌或者短桿菌的遺傳標(biāo)記。例如,本發(fā)明新核酸分子編碼的MP蛋白可以進(jìn)行某些精細(xì)化學(xué)物質(zhì)代謝中的酶促步驟,所述精細(xì)化學(xué)物質(zhì)包括氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、營養(yǎng)因子(nutraceutical)、核苷酸、核苷和海藻糖??紤]到可在谷氨酸棒桿菌中使用的克隆栽體的實(shí)用性,例如在Sinskey"美國專利號(hào)No.4,649,119中公開的,并且考慮到谷氨酸棒桿菌和親緣短桿菌菌種(例如乳發(fā)酵短桿菌)的遺傳操作技術(shù)(Yashihama"a/,5a"e〃'o/.162:591-597(1985);Katsumata"a/.,丄Ba"en'o/.159:306-311(1984);以及Santamaria"a/"J.Gen.Microbiol.130:2237-2246(1984)),本發(fā)明的核酸分子可用于該生物體的遺傳工程,使之成為一種或者多種精細(xì)化學(xué)物質(zhì)更好的或者更有效的生產(chǎn)者。精細(xì)化學(xué)物質(zhì)的提高或有效生產(chǎn)可以是本發(fā)明基因操作的直接作用或這種基因操作的間接作用。具體而言,谷氨酸棒桿菌氨基酸如賴氨酸和曱疏氨酸、維生素、輔因子、核苷酸和海藻糖代謝途徑的改變對(duì)這種生物生產(chǎn)一種或多種這些所需化合物具有直接的效應(yīng)。例如,優(yōu)化賴氨酸或曱硫氨酸生物合成途徑蛋白活性或降低賴氨酸或曱硫氨酸分解途徑蛋白活性可以導(dǎo)致由這種工程改造的生物生產(chǎn)賴氨酸或甲硫氨酸的產(chǎn)量或效率提高。這些代謝途徑蛋白的改變也會(huì)對(duì)所需精細(xì)化學(xué)物質(zhì)生產(chǎn)或效率有間接影響。例如,與生產(chǎn)所需分子必須的中間體竟?fàn)幍姆磻?yīng)可以被消除,或者生產(chǎn)所需化合物特定中間體必須的途徑可以被優(yōu)化。此外,氨基酸如賴氨酸或曱硫氨酸、維生素或核苷酸生物合成或降解的調(diào)控可以增加生產(chǎn)和分裂的能力,從而增加培養(yǎng)物中微生物的數(shù)量和/或生產(chǎn)能力,并增加所需精細(xì)化學(xué)物質(zhì)的可能產(chǎn)量。本發(fā)明的核酸和蛋白分子單獨(dú)或與一種或多種相同或不同代謝途徑的核酸和蛋白分子組合,可以用來直接提高谷氨酸棒桿菌中一種或多種所需精細(xì)化學(xué)物質(zhì)(如甲硫氨酸或賴氨酸)的生產(chǎn)或生產(chǎn)效率。使用本領(lǐng)域已知的重組技術(shù),一種或多種本發(fā)明的氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖的生物合成或降解酶可以被改變,從而調(diào)節(jié)其功能。例如,可以提高生物合成酶的效率,或破壞其別構(gòu)控制區(qū)從而防止化合物生產(chǎn)的反饋抑制。類似地,降解酶可以通過置換、缺失或增加被缺失或修飾,從而其對(duì)所需化合物的降解活性降低,而不影響細(xì)胞的活力。在各種情況下,所需精細(xì)化學(xué)物質(zhì)的總產(chǎn)量或產(chǎn)率均被提高。本發(fā)明的蛋白質(zhì)和核苷酸分子的改變也可能通過間接機(jī)制提高除氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖以外的其它精細(xì)化學(xué)物質(zhì)的生產(chǎn)。任一種化合物的代謝必然與細(xì)胞內(nèi)其它生物合成和降解途徑關(guān)聯(lián),一種途徑中的必需輔因子、中間體或底物可能由其它同類途徑供給或受其限制。因此,通過調(diào)整一種或多種本發(fā)明蛋白的活性,另一種精細(xì)化學(xué)物質(zhì)生物合成或降解途徑活性的生產(chǎn)或效率可能會(huì)受到影響。例如,氨基酸可以作為所有蛋白質(zhì)的結(jié)構(gòu)單元,但其在細(xì)胞內(nèi)的存在的水平可能會(huì)限制蛋白合成;因此,通過增加細(xì)胞內(nèi)一種或多種氨基酸的生產(chǎn)效率或產(chǎn)率,諸如生物合成或降解蛋白的蛋白可以更容易合成。同樣,代謝途徑酶的改變使得特定副反應(yīng)更有利或不利時(shí),會(huì)導(dǎo)致一種或多種用作生產(chǎn)所需精細(xì)化學(xué)物質(zhì)的中間體或底物的化合物過量生產(chǎn)或生產(chǎn)不足。本發(fā)明提供了新的編碼蛋白質(zhì)的核酸分子,這種蛋白質(zhì)在此處稱作代謝途徑(MP)蛋白質(zhì),它們能夠完成對(duì)細(xì)胞正常功能重要的分子例如氨基酸如賴氨酸和曱硫氨酸、維生素、輔因子、核苷酸和核苷酸或海藻糖代謝過程中的酶促步驟。編碼MP蛋白的核酸分子此處稱為MP核酸分子。在優(yōu)選實(shí)施方案中,MP蛋白單獨(dú)或與相同或不同代謝途徑的一種或多種蛋白組合,執(zhí)行與以下一種或多種物質(zhì)的代謝相關(guān)的酶促步驟氨基酸如賴氨酸和曱硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷和海藻糖。這些蛋白質(zhì)的實(shí)例,包括那些在表l中列出的基因所編碼的蛋白質(zhì)。因此,本發(fā)明的一個(gè)方面涉及,分離含有一^a編碼一種MP蛋白或者其生物活性部分的核酸序列的核酸分子(例如,cDNA,DNA,或者RNA),以及分離適合作為探測(cè)或擴(kuò)增MP編碼核酸(例如DNA或者RNA)的引物或者雜交探針的核酸片段。在特別優(yōu)選的實(shí)施方案中,分離的核酸分子包含一段列在序列表中的序列號(hào)為奇數(shù)的核酸序列(例如,SEQIDNO:1,SEQIDNO:3,SEQIDNO:5)或者一條這種核苷酸序列的編碼區(qū)域或者其互補(bǔ)序列。在其他特別優(yōu)選的實(shí)施方案中,分離的本發(fā)明核酸分子包含與序列表中的序列號(hào)為奇數(shù)的核苦酸序列(例如,SEQIDNO:1,SEQIDNO:3,SEQIDNO:5)或者其部分有至少大約50%、51%、52%、53%、54%、55%、56%、57%、58%、59%或60%同源性,優(yōu)選有至少大約61°/。、62%、63%、64%、65%、66%、67%、68%、69%或70%的同源性,更優(yōu)選有至少大約71%,72%、73%、74%、75%、76%、77%、78%、79%或80%、81%、82%、83%、84%、85%、86%、87%、88%、89%或90%或91%、92%、93%、94%的同源性,甚至更優(yōu)選的有至少大約95%,96%,97%,98%,99%、99.7%或者更高的同源性。在其他優(yōu)選的實(shí)施方案中,已分離的核酸分子編碼列在序列表中的偶數(shù)序列號(hào)氨基酸序列(例如,SEQIDNO:2,SEQIDNO:4,SEQIDNO:6)。本發(fā)明優(yōu)選的MP蛋白也優(yōu)選具有至少一種此處描述的MP活性。在另一個(gè)實(shí)施方案中,已分離的核酸分子編碼一種蛋白質(zhì)或者其部分,其中的蛋白質(zhì)或者其部分包含一段氨基酸序列,該序列與本發(fā)明的氨基酸序列(例如,在序列表中偶數(shù)序列號(hào)的序列,如SEQIDNO:2,SEQIDNO:4,SEQIDNO:6)有充分的同源性,例如,與本發(fā)明的氨基酸序列有充分的同源性而使得該蛋白質(zhì)或者其部分具有MP活性。優(yōu)選,核酸分子編碼的蛋白質(zhì)或者其部分,保持進(jìn)行氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、核苷酸和核苷酸或海藻糖代謝途徑中的酶促反應(yīng)的能力。在一個(gè)實(shí)施方案中,核酸分子編碼的蛋白質(zhì)與本發(fā)明的氨基酸序列(例如,從序列表中的偶數(shù)序列號(hào)序列如SEQIDNO:2,SEQIDNO:4,SEQIDNO:6中選出的完整氨基酸序列)有至少大約50%、51%、52%、53%、54%、55%、56%、57%、58%、59%或60%同源性,優(yōu)選有至少大約61%、62%、63%、64%、65%、66%、67%、68%、69%或70%的同源性,更優(yōu)選有至少大約71%,72%、73%、74%、75%、76%、77%、78%、79%或80%、81%、82%、83%、84%、85%、86%、87%、88%、89%或卯%或91%、92%、93%、94%的同源性,甚至更優(yōu)選的有至少大約95%,96%,97%,98%,99%、99.7%或者更高的同源性。在另一個(gè)優(yōu)選的實(shí)施方案中,蛋白質(zhì)是全長的谷氨酸棒桿菌蛋白質(zhì),該蛋白質(zhì)與本發(fā)明的全長氨基酸序列(由顯示在相應(yīng)序列表中的奇數(shù)序列號(hào)核酸序列(例如,SEQIDNO:1,SEQIDN0:3,SEQIDN0:5)開放閱讀框架編碼的)基本同源。在另一個(gè)優(yōu)選的實(shí)施方案中,分離的核酸分子來自谷氨酸棒桿菌,并編碼一種蛋白質(zhì)(例如一種MP融合蛋白),該蛋白質(zhì)包含一段生物活性區(qū)域,該區(qū)域與本發(fā)明的一種氨基酸序列(例如,序列表偶數(shù)序列號(hào)序列如SEQIDNO:2,SEQIDNO:4,SEQIDNO:6中的一個(gè)序列)有至少大約50%或者更高的同源性,并且該蛋白質(zhì)能夠催化氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、核苷酸和核苷酸或海藻糖代謝途徑中的反應(yīng),或者擁有一種或者多種列在表l中的活性,并且該蛋白質(zhì)還包含有一段編碼異源多肽或者調(diào)節(jié)區(qū)域的異源核酸序列。在另一個(gè)實(shí)施方案中,分離的核酸分子至少有15個(gè)核苷酸的長度,并且在嚴(yán)格條件下與含有本發(fā)明核苷酸序列(例如,在序列表中奇數(shù)序列號(hào)序列如SEQIDNO:1,SEQIDNO:3,SEQIDNO:5)的核酸分子雜交。優(yōu)選,分離的核酸分子與天然存在的核酸分子一致。更加優(yōu)選,分離的核酸分子編碼天然存在的谷氨酸棒桿菌MP蛋白,或者其生物活性部分。本發(fā)明的另一個(gè)方面涉及栽體,例如含有本發(fā)明核酸分子或者含有本發(fā)明核酸分子與相同或不同途徑的一種或多種核酸分子組合的重組表達(dá)載體,和被引入這種載體的宿主細(xì)胞。在一個(gè)實(shí)施方案中,通過在合適的培養(yǎng)基中進(jìn)行培養(yǎng),這種宿主細(xì)胞被用于生產(chǎn)MP蛋白。然后可以從培養(yǎng)基或者宿主細(xì)胞中分離該MP蛋白。另外,本發(fā)明的另一個(gè)方面涉及一種經(jīng)過遺傳改變的微生物,一種或多種MP基因已經(jīng)被單獨(dú)或與一種或多種相同或不同代謝途徑的基因組合引入其中或者已經(jīng)被改變。在一個(gè)實(shí)施方案中,通過單獨(dú)引入作為轉(zhuǎn)基因的編碼一種或多種野生型或者突變型MP序列的本發(fā)明核酸分子或與一種或多種相同或不同代謝途徑的核酸分子,改變了該微生物的基因組。在另一個(gè)實(shí)施方案中,改變了該微生物基因組中的一種或多種內(nèi)源MP基因,例如,通過使用一種或多種已改變的MP基因進(jìn)行同源重組而進(jìn)行功能性破壞。在另一個(gè)實(shí)施方案中,該微生物中一種或多種內(nèi)源的或者引入的MP基因(單獨(dú)或與一種或多種相同或不同代謝途徑的基因組合)通過一個(gè)或者多個(gè)點(diǎn)突變、缺失或者倒位而被改變,但是仍然能編碼功能MP蛋白。在另一個(gè)實(shí)施方案中,改變一種或多種微生物MP基因(單獨(dú)或與一種或多種相同或不同代謝途徑的基因組合)的一個(gè)或者多個(gè)調(diào)節(jié)區(qū)域(例如,啟動(dòng)子、阻抑物或者誘導(dǎo)物),從而調(diào)節(jié)一種或多種MP基因的表達(dá)。在優(yōu)選的實(shí)施方案中,微生物屬于棒桿菌種或者短桿菌種,特別優(yōu)選是谷氨酸棒桿菌。在優(yōu)選的實(shí)施方案中,也使用微生物生產(chǎn)所需的化合物,例如氨基酸,特別優(yōu)選是賴氨酸和曱硫氨酸。在特別優(yōu)選的實(shí)施方案中,MP基因是metZ基因(SEQIDNO:1)、metC基因(SEQIDNO:3)或RXA00657基因(SEQIDNO:5),單獨(dú)或與一種或多種本發(fā)明的MP基因或與參與曱硫氨酸和/或賴氨酸代謝的一種或多種基因組合。另一方面,本發(fā)明提供了一種鑒定受試者中白喉棒桿菌存在或者活性的方法。該方法包括對(duì)受試者中本發(fā)明的一種或者多種核酸或者氨基酸序列(例如,列在序列表中SEQIDN01至122的序列)的檢測(cè),從而可以檢測(cè)受試者中谷氨酸棒桿菌的存在或者活性。另外,本發(fā)明的另一個(gè)方面涉及已分離出MP蛋白或者其部分,例如其生物活性部分。在一個(gè)優(yōu)選的實(shí)施方案中,分離的MP蛋白或者其部分,單獨(dú)或與一種或多種本發(fā)明的MP蛋白或與相同或不同代謝途徑的一種或多種蛋白組合,可以催化氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝的一種或多種途徑中的酶促反應(yīng)。在另一個(gè)優(yōu)選的實(shí)施方案中,已分離的MP蛋白或者其部分與本發(fā)明的一種氨基酸序列(例如,序列表偶數(shù)序列號(hào)序列如SEQIDNO:2,SEQIDNO:4,SEQIDNO:6中的一個(gè)序列)有足夠高的同源性,使得該蛋白質(zhì)或者其部分保持催化氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝的一種或多種途徑中的酶促反應(yīng)的能力。本發(fā)明也提供了MP蛋白的分離制品。在優(yōu)選的實(shí)施方案中,MP蛋白包含本發(fā)明的氨基酸序列(例如,序列表偶數(shù)序列號(hào)序列如SEQIDNO:2,SEQIDNO:4,SEQIDNO:6中的一個(gè)序列)。在另一個(gè)優(yōu)選的實(shí)施方案中,本發(fā)明與分離的全長蛋白質(zhì)有關(guān),該蛋白質(zhì)與本發(fā)明的完全氨基酸序列(序列表偶數(shù)序列號(hào)序列如SEQIDNO:2,SEQIDNO:4,SEQIDNO:6中的一個(gè)序列)(由顯示在相應(yīng)序列表中的序列號(hào)為奇數(shù)如SEQIDNO:1,SEQIDNO:3或SEQIDNO:5的開放閱讀框架編碼)有相當(dāng)高的同源性。此外,在另一個(gè)實(shí)施方案中,蛋白質(zhì)與本發(fā)明的完全氨棊酸序列(例如,序列表中偶數(shù)序列號(hào)序列如SEQIDNO:2,SEQIDNO:4或SEQIDNO:6)有至少大約50%、51%、52%、53%、54%、55%、56%、57%、58%、59%或60%同源性,優(yōu)選有至少大約61%、62%、63%、64%、65%、66%、67%、68%、69%或70°/。的同源性,更優(yōu)選有至少大約71%,72%、73%、74%、75%、76%、77%、78%、79%或80%、81%、82%、83%、84%、85%、86%、87%、88%、89%或90%或91%、92%、93%、94%的同源性,甚至更優(yōu)選有至少大約95%,96%,97%,98%,99%、99.7%或者更高的同源性。在另一個(gè)實(shí)施方案中,分離的MP蛋白包含的氨基酸序列與本發(fā)明的一條氨基酸序列(例如,序列表中的偶數(shù)序列號(hào)序列如SEQIDNO:2,SEQIDNO:4,SEQIDNO:6中的一個(gè)序列)有至少大約50%或者更高的同源性,并且單獨(dú)或者與一種或多種本發(fā)明的MP蛋白或相同或不同代謝途徑的任何蛋白組合,能夠催化氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng),或者具有表l中列出的一種或者多種活性。另外,分離的MP蛋白可以含有由核酸序列編碼的氨基酸序列,該核酸序列與列在序列表中的偶數(shù)序列號(hào)的一個(gè)核苷酸序列雜交,例如在嚴(yán)格條件下雜交,或者與該核苷酸序列有至少大約50%、51%、52%、53%、54%、55%、56%、57%、58%、59%或60%同源性,優(yōu)選有至少大約61%、62%、63%、64%、65%、66%、67%、68%、69%或70%的同源性,更優(yōu)選有至少大約71%,72%、73%、74%、75%、76%、77%、78%、79%或80%、81%、82%、83%、84%、85%、86%、87%、88%、89%或90%或91%、92%、93%、94%的同源性,甚至更優(yōu)選的有至少大約95%,96%,97%,98%,99%、99.7%或者更高的同源性。也優(yōu)選MP蛋白的優(yōu)選形式同樣具有一種或者多種此處描述的生物活性。MP多肽或者其生物活性部分,可以有效的連接到非MP多肽上而形成融合蛋白質(zhì)。在優(yōu)選的實(shí)施方案中,該融合蛋白質(zhì)具有不同于單獨(dú)MP蛋白本身的活性。在另外優(yōu)選的實(shí)施方案中,該融合蛋白質(zhì)被引入谷氨酸棒桿菌氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、營養(yǎng)因子代謝途徑時(shí),引起谷氨酸棒桿菌中所需精細(xì)化學(xué)物質(zhì)產(chǎn)量、生產(chǎn)和/或生產(chǎn)效率的增加。在特別優(yōu)選的實(shí)施方案中,把該融合蛋白整合進(jìn)宿主細(xì)胞的氨基酸、微生物、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑,可以調(diào)節(jié)細(xì)胞中所需化合物的生產(chǎn)。另一方面,本發(fā)明提供了篩選可調(diào)節(jié)MP蛋白活性的分子的方法。該分子通過與蛋白質(zhì)分子本身或者底物相互作用,或者與MP蛋白的配偶體結(jié)合,或者通過調(diào)節(jié)本發(fā)明MP核酸分子的轉(zhuǎn)錄或者翻譯來調(diào)節(jié)MP蛋白活性。本發(fā)明的另一個(gè)方面涉及生產(chǎn)精細(xì)化學(xué)物質(zhì)的方法。該方法涉及培養(yǎng)含有一種或多種載體的細(xì)胞,該載體指導(dǎo)本發(fā)明MP核酸分子單獨(dú)表達(dá),或與一種或多種本發(fā)明的MP核酸核酸分子或相同或不同代謝途徑的任何核酸分子組合表達(dá),從而產(chǎn)生精細(xì)化學(xué)物質(zhì)。在一個(gè)優(yōu)選的實(shí)施方案中,該方法還包含獲得含有該載體細(xì)胞的步驟,在該步驟中,使用可以指導(dǎo)MP核酸分子表達(dá)的載體轉(zhuǎn)染細(xì)胞。在另一個(gè)優(yōu)選的實(shí)施方案中,該方法還包含從培養(yǎng)基中回收精細(xì)化學(xué)物質(zhì)的步驟。在一個(gè)特別優(yōu)選的實(shí)施方案中,細(xì)胞是棒桿菌種或者短桿菌種,或者選自列在表3中的那些菌林。在另一個(gè)優(yōu)選實(shí)施方案中,MP基因是metZ基因(SEQIDNO:1)、metC基因(SEQIDNO:3)或RXA00657基因(SEQIDNO:5),單獨(dú)或與一種或多種本發(fā)明的MP基因或與參與甲硫氨酸和/或賴氨酸代謝的一種或多種基因組合.在另一個(gè)優(yōu)選實(shí)施方案中,精細(xì)化學(xué)物質(zhì)是氨基酸如L-賴氨酸和L-甲硫氨酸。本發(fā)明的另一方面涉及調(diào)節(jié)微生物中一種分子產(chǎn)生的方法。這種方法包括使用調(diào)節(jié)MP蛋白活性或者M(jìn)P核酸表達(dá)的藥劑接觸細(xì)胞,使得細(xì)胞的相關(guān)活性相對(duì)于缺少這種藥劑時(shí)的活性發(fā)生了改變。在一個(gè)優(yōu)選的實(shí)施方案中,調(diào)節(jié)谷氨酸棒桿菌細(xì)胞的一種或多種氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑,使得這種微生物所需精細(xì)化學(xué)物質(zhì)的產(chǎn)量或者產(chǎn)生效率得到提高。調(diào)節(jié)MP蛋白活性的藥劑,可以是刺激MP蛋白活性或者M(jìn)P核酸表達(dá)的藥劑。刺激MP蛋白活性或者M(jìn)P核酸表達(dá)的藥劑的實(shí)例,包括小分子、活性MP蛋白、以及編碼已導(dǎo)入細(xì)胞的MP蛋白的核酸。抑制MP蛋白活性或者表達(dá)的藥劑的實(shí)例包括小分子和反義MP核酸分子。本發(fā)明的另一個(gè)方面,涉及調(diào)節(jié)細(xì)胞中所需化合物產(chǎn)量的方法,包括把野生型或者突變型MP基因?qū)爰?xì)胞,單獨(dú)或與一種獲得多種本發(fā)明的MP核酸分子或相同或不同代謝途徑的任何核酸分子組合,該基因或者保留在單獨(dú)的質(zhì)粒上,或者整合到宿主細(xì)胞基因組中。如果整合到宿主細(xì)胞基因組中,這種整合可以是任意的,或者是通過同源重組發(fā)生的,從而使得引入的拷貝取代天然基因,導(dǎo)致細(xì)胞中所需化合物的產(chǎn)生得到調(diào)節(jié)。在一個(gè)優(yōu)選的實(shí)施方案中,該產(chǎn)量得到增加。在另一個(gè)優(yōu)選的實(shí)施方案中,所說的精細(xì)化學(xué)物質(zhì)是氨基酸。在一個(gè)特別優(yōu)選的實(shí)施方案中,所說的氨基酸是L-賴氨酸和L-曱硫氨酸。在另一個(gè)優(yōu)選實(shí)施方案中,所述基因是metZ基因(SEQIDNO:1)、metC基因(SEQIDNO:3)或RXA00657基因(SEQIDNO:5),單獨(dú)或與一種或多種本發(fā)明的MP核酸分子或與參與甲硫氨酸和/或賴氨酸代謝的一種或多種基因組合。發(fā)明詳述本發(fā)明提供了MP核酸和蛋白質(zhì)分子,它們參與谷氨酸棒桿菌中某些精細(xì)化學(xué)物質(zhì)包括氨基酸如賴氨酸和甲硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷和海藻糖的代謝。本發(fā)明的分子可用于調(diào)節(jié)微生物如谷氨酸棒桿菌中精細(xì)化學(xué)物質(zhì)的生產(chǎn),這種調(diào)節(jié),可以是直接的(例如在賴氨酸和曱>5克氨酸生物合成蛋白的調(diào)節(jié)對(duì)該生物體的賴氨酸和甲硫氨酸生產(chǎn)或生產(chǎn)效率具有直接影響時(shí)),或者具有間接影響,但會(huì)導(dǎo)致所需化合物產(chǎn)量或生產(chǎn)效率的增加(例如當(dāng)核苦酸生物合成蛋白活性的調(diào)節(jié)對(duì)細(xì)菌的有機(jī)酸或脂肪酸生產(chǎn)有影響,可能是由于生長改進(jìn)或必需的輔因子、能量化合物或前體分子的供應(yīng)增加)。MP分子可以單獨(dú)使用,或與本發(fā)明的其他MP分子分子組合使用,或與相同或不同代謝途徑(如賴氨酸或曱硫氨酸代謝)中的其他分子組合使用。在一個(gè)優(yōu)選實(shí)施方案中,MP分子是metZ(SEQIDNO:1)、metC(SEQIDNO:3)或RXA00657(SEQIDNO:5)核酸分子和由這些核酸分子編碼的蛋白(分別是SEQIDNO:2、SEQIDNO:4和SEQIDNO:6。本發(fā)明的各個(gè)方面進(jìn)一步詳細(xì)i兌明i口下。I.精細(xì)化學(xué)物質(zhì)"精細(xì)化學(xué)物質(zhì),,這個(gè)詞是本領(lǐng)域熟知的,包括生物體產(chǎn)生的在各種產(chǎn)業(yè)中使用的分子,例如但不僅僅局限于,制藥、農(nóng)業(yè)和化妝品產(chǎn)業(yè)。這種化合物包括有機(jī)酸,例如酒石酸、衣康酸和二氨基庚二酸,蛋白質(zhì)源和非蛋白質(zhì)源氨基酸,嘌呤堿基和嘧咬堿基,核苷,以及核苷酸(例如像是描述在Kuninaka,A.(1996)Nucleotidesandrelatedcompounds,p.561-612,inBiotechnologyvol.6,RehmWa/.,eds.VCH:Weinheim及其所含參考文獻(xiàn)中的),脂質(zhì),飽和和不飽和脂肪酸(例如花生四烯酸),二醇(例如,丙烷二醇和丁烷二醇),芳香族化合物(例如,芳香胺、香草趁和龍),維生素和輔因子(參見Ullmann,sEncyclopediaofIndustrialChemistry,vol.A27,"Vitamins",p.443-613(1996)VCH:Weinheimandreferencestherein;andOng,A.S.,Niki,E.&Packer,L.(1995)"Nutrition,Lipids,Health,andDisease"ProceedingsoftheUNESCO/ConfederationofScientificandTechnologicalAssociationsinMalaysia,andtheSocietyforFreeRadicalResearch-Asia,heldSept1-3,1994atPenang,Malaysia,AOCSPress,(1995)),酶,聚酮化合物(ployketides)(Cane"(1998)282:63-68),以及所有在Gutcho(1983)ChemicalsbyFermentation,NoyesDataCorporation,ISBN:0818805086及其參考文獻(xiàn)中描述的化學(xué)物質(zhì)。某些這些精細(xì)化學(xué)物質(zhì)的代謝和用途進(jìn)一步詳細(xì)iJt明如下。爿.肩^凝WY"t'浙希^途氨基酸包括所有蛋白質(zhì)的基本結(jié)構(gòu)單元,同樣也是所有生物體正常細(xì)胞生物功能所必需的。"氨基酸"這個(gè)詞是本領(lǐng)域熟知的。蛋白質(zhì)源的氨基酸有20種,是蛋白質(zhì)的結(jié)構(gòu)單元,相互之間由肽鍵相連接,而非蛋白質(zhì)源氨基酸(已知的有幾百種)通常情況下不會(huì)出現(xiàn)在蛋白質(zhì)中(參見Ulmann,sEncyclopediaofIndustrialChemistry,vol.A2,p.57-97VCH:Weinhdm(1985))。雖然L-氨基酸通常是天然存在蛋白質(zhì)中的唯一類型,但是氨基酸可以是D-或者L-光學(xué)構(gòu)型。20種蛋白質(zhì)源氨基酸中每一種的生物合成或者降解途徑,都在原核細(xì)胞或者真核細(xì)胞中有各自的特點(diǎn)(例如參見Stryer,L.Biochemistry,3rdedition,pages578-590(1988))。"必需"氨基酸(組氨酸、異亮氨酸、亮氨酸、賴氨酸、曱硫氨酸、苯丙氨酸、蘇氨酸、色氨酸和纈氨酸)之所以這樣命名,是因?yàn)檫@些氨基酸生物合成復(fù)雜通常是必需的營養(yǎng)條件,它們可以通過簡單的生物合成途徑轉(zhuǎn)化為其余的11種"非必需"氨基酸(丙氨酸、精氨酸、天冬酰胺、天冬氨酸、半胱氨酸、谷氨酸、谷氨酰胺、甘氨酸、脯氨酸、絲氨酸、酪氨酸)。雖然高等生物確實(shí)具有合成一些這種氨基酸的能力,但是為了正常的蛋白質(zhì)合成必須從飲食中補(bǔ)充必需氨基酸。它們除了在蛋白質(zhì)合成中的功能,這些氨基酸就其自身來說是有趣的化學(xué)物質(zhì),并且它們中的很多在食品、祠料、化學(xué)、化妝品、農(nóng)業(yè)和制藥產(chǎn)業(yè)中具有各種應(yīng)用。賴氨酸在營養(yǎng)方面不僅對(duì)于人類是一種重要的氨基酸,而且對(duì)于像是家禽和豬這樣單胃動(dòng)物也是重要的。谷氨酸是最常用的風(fēng)味添加劑(谷氨酸單鈉,MSG),并且廣泛應(yīng)用于整個(gè)食品產(chǎn)業(yè),如同天冬氨酸、甘氨酸、半胱氨酸一樣。甘氨酸、L-曱疏氨酸和色氨酸全部用于制藥產(chǎn)業(yè)。谷氨酰胺、纈氨酸、亮氨酸、異亮氨酸、組氨酸、精氨酸、脯氨酸、絲氨酸和丙氨酸都應(yīng)用在制藥產(chǎn)業(yè)和化妝品產(chǎn)業(yè)中。蘇氨酸、色氨酸和D/L-甲硫氨酸是常用的飼料添加劑(Leuchtenberger,W.(1996)Aminoaids-technicalproductionanduse,p.466-502inRehmetal.(eds.)Biocemistryvol.6,chapter14a,VCH:Weinheim)。另外,這些氨基酸作為合成氨基酸和蛋白質(zhì)合成的前體也是很有用的,例如N-乙酰半胱氨酸,S-羧甲基-L-半胱氨酸,(S)-5-羥色氨酸,以及其4也在Ulmann,sEncyclopediaofIndustrialChemistry,vol.A2,p.57-97VCH:Weinheim,1985中描述的分子。在能夠產(chǎn)生天然氨基酸的生物體中,例如細(xì)菌,這些天然氨基酸的生物合成已經(jīng)了解得很充分(細(xì)菌氨基酸的生物合成及其調(diào)節(jié),參見Umbarger,H.E.(1978)爿朋.iev.Aoc/^w.47:533-606)。天冬氨酸由oc-酮戊二酸還原型氨化合成,后者是檸檬酸循環(huán)的中間體。谷氨酰胺、脯氨酸和精氨酸都是由谷氨酸依次產(chǎn)生的。絲氨酸的生物合成是一個(gè)三步的過程,開始于3-磷酸甘油酸(糖酵解的中間體),經(jīng)過氧化作用、轉(zhuǎn)氨作用、水解作用各步驟之后,終止于該氨基酸。半胱氨酸和甘氨酸都由絲氨酸產(chǎn)生;前者由高半胱氨酸與絲氨酸縮合而成,后者是把側(cè)鏈p-碳原子轉(zhuǎn)移到四氫葉酸得到的,該反應(yīng)是由絲氨酸羥曱基轉(zhuǎn)移酶催化的。苯丙氨酸和酪氨酸,由4-磷酸赤蘚糖和磷酸烯醇丙酮酸在一條9步的生物合成途徑中合成,它們是糖酵解途徑和戊糖磷酸途徑的前體,這兩條途徑只是在合成預(yù)苯酸之后不同。色氨酸也可以由這兩種初始分子產(chǎn)生,但是其合成是一個(gè)11步的途徑。酪氨酸也可以由苯丙氨酸合成,其反應(yīng)是由苯丙氨酸輕化酶催化的。丙氨酸、纈氨酸和亮氨酸都是糖酵解終產(chǎn)物丙酮酸的生物合成產(chǎn)物。天冬氨酸由草酰乙酸合成,后者是檸檬酸循環(huán)的中間體。天冬酰胺、曱硫氨酸、蘇氨酸和賴氨酸都由天冬氨酸轉(zhuǎn)化而成。異亮氨酸由蘇氨酸形成。曱硫氨酸生物合成途徑已經(jīng)在不同生物體中進(jìn)行了研究。第一步即高絲氨酸的酰化在所有生物體中是相同的,即便轉(zhuǎn)移?;膩碓床煌4竽c桿菌和相關(guān)物種使用琥珀酰輔酶A(Michaeli,S.AndRon,E.Z.(19810Mol.Gen.Genet.182,349-354),而釀酒酵母(Langin,T.,etal.(1986)Gene49,283-293)、黃色短桿菌(Miyajima,R.AndShiio,1.(1973)J.Biochem.73,1061-1068;Ozaki,HandShiio,1.(1982)J.Biochem.91,1163-1171)、谷氨酸棒桿菌(Park,S.D.etal.(1998)Mol.Cells8,286-294)和邁氏鉤端螺旋體(Belfaiza,J."a/.(1998)180,250-255;Bourhy,P.,"a/.(1997)^z"eno/.179,4396-4398)使用乙酰輔酶A作為?;w。由?;呓z氨酸形成高半胱氨酸有兩種不同途徑。大腸桿菌使用轉(zhuǎn)硫途徑,通過胱硫醚r合酶(metB的產(chǎn)物)和胱硫醚P裂合酶(metC的產(chǎn)物)催化。釀酒酵母(Cherest,H.andSurdin-Kerjan,Y.(1992)Gewe/toy130,51-58),黃色短桿菌(Ozaki,H.andShiio,I.(1982)^oc/zem.91,1163-1171),銅綠假單胞菌(Foglino,M.,"a/.(1995)A^ro&o/ogy141,431-439),和邁氏鉤端螺旋體(Belfaiza,J.,"(1998)5a"m'o/.180,250-255)利用直接硫化氫解途徑,由?;呓z氨酸硫化氫解酶催化。不像密切相關(guān)的黃色短桿菌僅利用直4矣石克化氫解途徑,在谷氨酸棒桿菌的抽提物中檢測(cè)到了轉(zhuǎn)硫途徑的酶活性,在該生物中該途徑被認(rèn)為是甲硫氨酸生物合成的路徑(Hwang,B-J.,"(1999)M9/.Ceto9,300-308;Kase,H.andNakayama,K.(1974)爿gr.歷o/.Oew.38,2021-2030;Park,S,D.,e/1998)Mo/.Ce〃j8,286-294)。盡管已經(jīng)分離到參與谷氨酸棒桿菌曱硫氨酸生物合成的某些酶,關(guān)于谷氨酸棒桿菌中曱硫氨酸生物合成的信息仍非常有限。從該生物中只分離出了metA和圖tB基因。為了理解谷氨酸棒桿菌中甲硫氨酸的生物合成途徑,我們分離和鑒定了谷氨酸棒桿菌的m"C基因(SEQIDNO:3)和膨fZ(也稱為/w^y)基因(SEQIDNO:l)(見表l)。超出細(xì)胞蛋白質(zhì)合成所需的氨基酸是不能儲(chǔ)存的,而是被降解后為細(xì)胞主要代謝途徑提供中間體(評(píng)論參見Stryer,L.Biochemistry3rded.Ch,21"AminoAcidDegradationandtheUreaCycle"p.495-516(1988))。盡管細(xì)胞能轉(zhuǎn)化多余的氨基酸為有用的代謝中間體,但是產(chǎn)生氨基酸要消耗很多的能量、前體分子和合成所需的酶。因此用反饋抑制來調(diào)節(jié)氨基酸的生物合成是不令人吃驚的,特殊氨基酸的存在可以減慢或者完全停止其自身的產(chǎn)生(對(duì)于氨基酸生物合成途徑反饋機(jī)制的評(píng)論,參見Stryer,L.Biochemistry3rded.Ch.24"BiosynthesisofAminoAcidandHeme"p.575-600(1988))。因此,任何特定氨基酸的產(chǎn)量都被細(xì)胞內(nèi)存在的氨基酸數(shù)量所限制。及灌4#、裙西^^營#西子^^謝#^途維生素、輔因子和營養(yǎng)因子包括另一組分子,雖然其他生物,例如細(xì)菌,可以合成這些分子,但是高等動(dòng)物失去了合成它們的能力而只能攝取。這些分子或者其本身是生物活性物質(zhì),或者是生物活性物質(zhì)的前體,該生物活性物質(zhì)可以是電子載體或者各種代謝途徑的中間體。除了其營養(yǎng)價(jià)值,這些化合物作為色素、抗氧化劑和催化劑或者其他加工助劑也有重大的工業(yè)價(jià)值。(對(duì)于這些化合物結(jié)構(gòu)、活性和工業(yè)應(yīng)用的評(píng)述,參見例長o,Ullmann,sEncyclopediaofIndustrialChemistry,"Vitamins"vol.A27,p.443-613VCH:Weinheim19%.)"維生素"這個(gè)詞是本領(lǐng)域熟知的,包含了生物體正常功能所需但是又不能自身合成的營養(yǎng)素。維生素可以包括輔因子和營養(yǎng)因子化合物。術(shù)語"輔因子"包含了進(jìn)行正常酶活性所需的非蛋白質(zhì)化合物。這些化合物可以是無4幾的或者有機(jī)的;本發(fā)明的輔因子分子優(yōu)選是有機(jī)的。"營養(yǎng)因子"這個(gè)詞包含了對(duì)植物和動(dòng)物,特別是人體有益的飲食增補(bǔ)劑。這些分子的實(shí)例是維生素、抗氧化劑和某些脂質(zhì)(例如多飽和脂肪酸)。在能夠產(chǎn)生這些分子的生物體,例如細(xì)菌中這些分子的生物合成,大部分已纟至4皮鑒定(Ullman,sEncyclopediaofIndustrialChemistry,"Vitamins"vol.A27,p.443-613,VCH:Weinheim,1996;Michal,G.(1999)BiochemicalPathways:AnAtlasofBiochemistryandMolecularBiology,JohnWiley&Sons;Ong,A.S.,Niki,E.&Packer,L.(1995)"Nutrition,Lipids,Health,andDisease"ProceedingsoftheUNESCO/ConfederationofScientificandTechnologicalAssociationsinMalaysia,andtheSocietyforFreeRadicalResearch-Asia,heldSept.1-3,1994atPenang,Malaysia,AOCSPress:Champaign,ILX,374S)硫胺素(維生素Bl)是由嘧啶和噻唑經(jīng)化學(xué)連接產(chǎn)生的。核黃素(維生素B2)由5,-三磷酸鳥噪呤核苷和5,-磷酸核糖合成。核黃素依次用于合成黃素單核苷酸(FMN)和黃素腺嘌呤二核苷酸(FAD)。合稱為"維生素B6"的一組化合物(例如,吡,醇、吡P多胺,5,-磷酸吡,醛,以及商品化的鹽酸吡噴醛)都是共同結(jié)構(gòu)單元5-羥基-6-甲基吡啶的衍生物。泛酸鹽(泛酸,(RH+)-N-(2,4-二羥基-3,3-二甲基-l-氧代丁基)-P-丙氨酸)可由化學(xué)合成或者發(fā)酵得到。泛酸鹽生物合成的最后一步包括ATP驅(qū)動(dòng)的p-丙氨酸和泛解酸的縮合。負(fù)責(zé)轉(zhuǎn)化成泛解酸和P-丙氨酸酶,以及縮合成泛酸鹽的酶都是已知的。泛酸鹽的代謝活性形式是輔酶A,其生物合成過程是5個(gè)酶促步驟。泛酸鹽、5,-磷酸吡哆醛、半胱氨酸和ATP是輔酶A的前體。這些酶不僅催化泛酸鹽的形成,也催化(R)-泛解酸、(R)-pantolacton,(R)-泛醇(維生素原B5)泛酰巰基乙胺(及其衍生物)的產(chǎn)生。在微生物中由前體分子庚二酰輔酶A到生物素的生物合成研究得很詳細(xì),并且所涉及的幾個(gè)基因已被鑒定。很多相應(yīng)的蛋白質(zhì)也被發(fā)現(xiàn)參與了鐵簇(Fe-cluster)的合成,并且是nifS家族蛋白質(zhì)成員。硫辛酸來自辛酸,在能量代謝中用作輔酶,可以成為丙酮酸脫氫酶復(fù)合物和oc-酮戊二酸脫氫酶復(fù)合物的一部分。葉酸鹽是一組葉酸的衍生物,依次來自L-谷氨酸、對(duì)氨基苯甲酸和6-曱基蝶呤。起始于代謝中間體5,-三磷酸鳥噪呤(GTP)、L-谷氨酸和對(duì)氨基苯甲酸的葉酸及其衫f生物的生物合成,在某些微生物中有詳細(xì)的研究。類咕啉(例如鈷胺素,以及特別是維生素B12)和卟啉都屬于以四吡咯環(huán)體系為特征的化學(xué)物質(zhì)。維生素B12的生物合成是這樣的復(fù)雜,以至于還沒有徹底了解其特征,但是許多涉及的酶和底物現(xiàn)在已知。煙酸(煙酸鹽)和煙堿是吡-定底衍生物,也被稱作"尼亞新"。尼亞新是重要輔酶NAD(煙酰胺腺嘌呤二核苷酸)和NADP(煙酰胺腺噤呤二核苷酸磷酸)及其還原形式的前體。盡管有些這樣的化合物也可以用大規(guī)模微生物培養(yǎng)生產(chǎn),例如核黃素、維生素B6、泛酸和生物素,但是大規(guī)模生產(chǎn)這些化合物很大程度還依賴于非細(xì)胞化學(xué)體系。只有維生素B12,由于其合成的復(fù)雜性,只能用發(fā)酵生產(chǎn)。體外方法需要相當(dāng)多的物質(zhì)和時(shí)間投入,經(jīng)常花費(fèi)很大。C禁哈,發(fā)定.凝茅々裙芬^W^謝;fM^速嘌呤和嘧啶代謝基因及其相應(yīng)的蛋白質(zhì),是腫瘤疾病治療和病毒感染治療重要的目標(biāo)物。術(shù)語"嘌呤"和"嘧啶",包含了作為核酸、輔酶和核苷酸組成的含氮堿基。術(shù)語"核苷酸"包含核酸分子基本結(jié)構(gòu)單元,核酸分子由含氮堿基、戊糖(對(duì)于RNA,該戊糖是核糖;對(duì)于DNA,該戊糖是脫氧核糖)和磷酸組成。術(shù)語"核苷"包含了作為核苷酸前體的分子,但是缺少核苷酸所具有的磷酸部分。通過抑制這些分于的生物合成,或者抑制為合成核酸分子而進(jìn)行的移動(dòng),可能會(huì)抑制RNA和DNA的合成;通過定向腫瘤細(xì)胞的方式來抑制該活性,腫瘤細(xì)胞分裂和復(fù)制的能量可能會(huì)得到抑制。另外,有的核苷酸不用于形成核酸,而是用作能量儲(chǔ)存(例如AMP)或者輔酶(例如FAD和NAD)。有些出版物描述了通過影響噪呤和/或嘧啶的代謝,這些化學(xué)物質(zhì)作為這些醫(yī)學(xué)指征的使用(例如,Christopherson,R.I.andLyons,S.D.(1990)"Potentinhibitorsof<ienovopyrimidineandpurinebiosynthesisaschemotherapeuticagents."Med.板脅/ews10:505-548)。涉及噤呤和嗜啶代謝酶類的研究,集中在可以使用的新藥開發(fā)上面,例如,作為免疫抑制劑或者抗增生劑(Smith,J.L.,(1995)"Enzymeinnucleotidesynthesis."Cw/r.O豐編.5:752-757;(1995)5zo由mSoc.23:877-902)。然而,噤呤和嗜咬堿基,核苦和核苷酸還具有另外的作用作為許多精細(xì)化學(xué)物質(zhì)生物合成的中間體(例如,^琉胺素、S-腺苷甲硫氨酸、葉酸、或者核黃素),作為細(xì)胞能量栽體(例如ATP或者GTP),而作為化學(xué)物質(zhì)本身,通常用作風(fēng)味增強(qiáng)劑(例如IMP或者GMP)或者幾種醫(yī)學(xué)應(yīng)用(參見,例如,Kuninaka,A.(I"6)NucleotidesandRelatedCompoundsinBiotechnologyvol.6,Rehm""/.,eds.VCH:Weinheim,,p.561-612)。同樣,涉及嘌呤、嘧啶、核苷或者核苷酸代謝的酶,日漸成為開發(fā)出的用作保護(hù)農(nóng)作物的化學(xué)物質(zhì)的作用目標(biāo),這些化學(xué)物質(zhì)包括殺真菌劑、除草劑和殺蟲劑。細(xì)菌中這些化合物的代謝具有特征(評(píng)論參見,例如Zalkin,H.andDixon,J.E.(1992)"de加vopurinenucleotidebiosynthesis",in:ProgressinNucleicAcidResearchandMolecularBiology,vol.42,AcademicPress:,p.259-287;andMichal,G.(1999)"NucleotidesandNucleosides",Chapter8in:BiochemicalPathways:AnAtlasofBiochemistryandMolecularBiology,Wiley:NewYork)。嘌呤代謝一直是重點(diǎn)研究課題,而且它是細(xì)胞正常功能所必需的。高等動(dòng)物中受損的噪呤代謝能夠造成嚴(yán)重的疾病,例如痛風(fēng)。嘌呤核苷酸由5,-磷酸核糖合成,通過一系列步驟,經(jīng)過中間體5,-磷酸次黃噪呤核苷(IMP),最終產(chǎn)生5,-單磷酸鳥噤呤(GMP)和5,-單磷酸腺噤呤(AMP),并由它們形成用作核苷酸的三磷酸形式。這些化合物也用作能量儲(chǔ)存,其降解為細(xì)胞中各種不同的生化過程提供能量。嘧啶的生物合成,是通過由5'-磷酸核糖形成5'-磷酸尿嗜啶核香(UMP)。UMP接下來轉(zhuǎn)變成5,-三磷酸胞嘧梵(CTP)。所有這些核苷酸的脫氧形式都是經(jīng)過一步還原反應(yīng)產(chǎn)生的,由核苷酸的二磷酸核糖形式到核苷酸的二磷酸脫氧核糖形式。一經(jīng)磷酸化,這些分子就可以參與DNA的合成了。A漆漠潛^^游弄力遞海藻糖包括兩個(gè)葡萄糖分子,通過oc,ot-l,l連接。通常在食品產(chǎn)業(yè)中用作增甜劑、千燥食品或者冷凍食品添加劑,以及飲料當(dāng)中。而且,它也應(yīng)用在制藥、化妝品和生物技術(shù)產(chǎn)業(yè)(參見,例如Nishimotoetal.,(1998)U.S.PatentNo.5,759,610;Singer,M.A.andLindquist,S.(1998)7>e"&Ao^c/z.16:460-467;Paiva,C.L.A.andPanek,A.D.(1996)5/o&c/2.力肌脅.2:293-314;andShiosaka,M.(1997)J.J叩an172:97-102)。很多微生物中的酶可以產(chǎn)生海藻糖,并將其天然釋放到周圍培養(yǎng)基中,可以使用技術(shù)上熟知的方法從中進(jìn)行收集。II.本發(fā)明的元件和方法本發(fā)明至少部分是建立在發(fā)現(xiàn)新分子的基礎(chǔ)上的,此處將其稱作MP核酸和蛋白質(zhì)分子(見表1),它們?cè)谝环N或多種細(xì)胞代謝途徑中起作用或發(fā)揮功能。在一個(gè)實(shí)施方案中,MP分子催化一種或多種氨基酸如賴氨酸或甲硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng)。在優(yōu)選實(shí)施方案中,本發(fā)明的一種或多種谷氨酸棒桿菌氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的MP分子活性,單獨(dú)或與相同或不同代謝途徑(如甲硫氨酸或賴氨酸代謝)的分子組合,對(duì)用該微生物生產(chǎn)所需精細(xì)化學(xué)物質(zhì)有影響。在一個(gè)特別優(yōu)選的實(shí)施方案中,本發(fā)明MP分子的活性被調(diào)節(jié),使得本發(fā)明的MP蛋白參與的代謝途徑效率或產(chǎn)量被調(diào)節(jié),這會(huì)直接或間接影響谷氨酸棒桿菌中一種或者多種精細(xì)化學(xué)物質(zhì)的生產(chǎn)和生產(chǎn)效率。在優(yōu)選實(shí)施方案中,精細(xì)化學(xué)物質(zhì)是氨基酸如賴氨酸或甲硫氨酸。在另一個(gè)優(yōu)選實(shí)施方案中,MP分子是metZ、metY和/或RXA00657(見表1)。術(shù)語"MP蛋白"或者"MP多肽"包含了在一種或多種氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中起作用如催化其中的酶促反應(yīng)的蛋白質(zhì)。MP蛋白的實(shí)例包括那些由列在序列表中序列號(hào)為奇數(shù)的MP基因編碼的蛋白質(zhì)。術(shù)語"MP基因"或者"MP核酸序列"包含了編碼MP蛋白的核酸序列,后者包含編碼區(qū)域以及相應(yīng)的非翻譯的5'和3'序列區(qū)域。MP基因的實(shí)例包括那些列在表1中的基因。術(shù)語"生產(chǎn)"或者"生產(chǎn)力"是本領(lǐng)域熟知的,包含了在給定時(shí)間和給定發(fā)酵體積內(nèi),發(fā)酵產(chǎn)物(例如,所需精細(xì)化學(xué)物質(zhì))的濃度(例如,每小時(shí)每升千克產(chǎn)物)。術(shù)語"生產(chǎn)效率"包含了,要達(dá)到特定的生產(chǎn)水平所需的時(shí)間(例如,需要多長時(shí)間才能使細(xì)胞達(dá)到特定的精細(xì)化學(xué)物質(zhì))。術(shù)語"收益""產(chǎn)物/碳收益"是本領(lǐng)域熟知的,包含了把碳源轉(zhuǎn)化成產(chǎn)物(例如精細(xì)化學(xué)物質(zhì))的效率。例如,經(jīng)常寫作千克產(chǎn)物每千克碳源。通過提高化合物的收益或者生產(chǎn),可增加回收分子的數(shù)量,或者增加在給定時(shí)間內(nèi)給定數(shù)量的培養(yǎng)物中該化合物有用回收分子的數(shù)量。術(shù)語"生物合成"或者"生物合成途徑"是本領(lǐng)域熟知的,包含了在細(xì)胞中,從中間化合物經(jīng)過可能是多步并且是高度調(diào)控的過程,合成化合物,特別是有機(jī)化合物。術(shù)語"降解"或者一條"降解途徑"是本領(lǐng)域熟知的,包含了在細(xì)胞中,經(jīng)過可能是多步并且是高度調(diào)控的過程,把化合物,優(yōu)選是有機(jī)化合物,分解為降解產(chǎn)物(一般而言,是更小或者復(fù)雜性更小的分子)。術(shù)語"代謝"是本領(lǐng)域熟知的,包含了生物體中所發(fā)生的生化反應(yīng)的全部。因而,特殊化合物的代謝(例如,像是甘氨酸這樣的氨基酸代謝)包括細(xì)胞中與該化合物相關(guān)的全部生物合成、修飾和降解途徑。本發(fā)明的MP分子可以與一種或多種本發(fā)明的MP分子或一種或多種相同或不同代謝途徑的分子組合,以增加所需精細(xì)化學(xué)物質(zhì)的產(chǎn)量。在優(yōu)選實(shí)施方案中,精細(xì)化學(xué)物質(zhì)是氨基酸如賴氨酸和甲^i氨酸?;蛘撸送?,不需要的負(fù)產(chǎn)物通過MP分子或其他代謝分子(如參與賴氨酸或一曱硫氨酸代謝的分子)的組合,破壞而得以減少。與相同,不同代謝途列,以改變其生理?xiàng)l件下的活性,從而增加所需精細(xì)化學(xué)物質(zhì)的產(chǎn)量和/或產(chǎn)率。在再一個(gè)實(shí)施方案中,原始形式或如上所述改變形式的MP分子可以與相同或不同代謝途徑的其他分子組合,這些分子的核苷酸序列發(fā)生了改變,導(dǎo)致所需精細(xì)化學(xué)物質(zhì)如曱硫氨酸或賴氨酸等氨基酸的產(chǎn)量和/或產(chǎn)率增加。在另一個(gè)實(shí)施方案中,本發(fā)明的MP分子單獨(dú)或與相同或不同代謝添加中的一種或多種分子組合,能夠調(diào)節(jié)微生物中,例如谷氨酸棒桿菌中,所需化合物例如精細(xì)化學(xué)物質(zhì)的產(chǎn)生。使用重組遺傳技術(shù)可以操作本發(fā)明的一種或者多種氨基酸如賴氨酸或甲硫氨酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖生物合成或降解酶,從而調(diào)節(jié)其活性。例如,可以提高生物合成酶的效率,或破壞其別構(gòu)控制區(qū)從而防止化合物生產(chǎn)的反饋抑制。類似地,降解酶可以通過置換、缺失或增加被缺失或修飾,從而其對(duì)所需化合物的降解活性降低,而不影響細(xì)胞的活力。在各種情況下,所需精細(xì)化學(xué)物質(zhì)的總產(chǎn)量或產(chǎn)率均被提高。本發(fā)明的蛋白質(zhì)和核苷酸分子的改變也可能提高除氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖以外的其它精細(xì)化學(xué)物質(zhì)的生產(chǎn)。任一種化合物的代謝必然與細(xì)胞內(nèi)其它生物合成和降解途徑關(guān)聯(lián),一種途徑中的必需輔因子、中間體或底物可能由其它同類途徑供給或受其限制。因此,通過調(diào)整一種或多種本發(fā)明蛋白的活性,另一種精細(xì)化學(xué)物質(zhì)生物合成或降解途徑活性的生產(chǎn)或效率可能會(huì)受到影響。例如,氨基酸可以作為所有蛋白質(zhì)的結(jié)構(gòu)單元,但其在細(xì)胞內(nèi)的存在的水平可能會(huì)限制蛋白合成;因此,通過增加細(xì)胞內(nèi)一種或多種氨基酸的生產(chǎn)效率或產(chǎn)率,諸如生物合成或降解蛋白的蛋白可以更容易合成。同樣,代謝途徑酶的改變使得特定副反應(yīng)更有利或不利時(shí),會(huì)導(dǎo)致一種或多種用作生產(chǎn)所需精細(xì)化學(xué)物質(zhì)的中間體或底物的化合物過量生產(chǎn)或生產(chǎn)不足。本發(fā)明的分離核酸序列,包含在谷氨酸棒桿菌菌林的基因組中,該菌林可由美國典型培養(yǎng)物保藏中心獲得,保藏號(hào)ATCC13032。分離的谷氨酸棒桿菌MPDNA核酸序列,以及預(yù)測(cè)的谷氨酸棒桿菌MP蛋白氨基酸序列,在序列表中分別以奇數(shù)序列號(hào)和偶數(shù)序列號(hào)列出。進(jìn)行了計(jì)算機(jī)分析,并將這些核酸序列分類和/或鑒定為編碼代謝途徑蛋白質(zhì)的序列,如參與甲硫氨酸或賴氨酸代謝途徑的蛋白。本發(fā)明也與這樣的蛋白質(zhì)有關(guān),該蛋白質(zhì)的氨基酸序列與本發(fā)明的氨基酸序列有充分的同源性(例如,序列表中偶數(shù)序列號(hào)的序列)。如此處所用的那樣,具有與挑選出的氨基酸序列有充分同源性的氨基酸序列的蛋白質(zhì),與挑選出的氨基酸序列,例如挑選出的氨基酸全序列,有至少大約50%同源性。具有與挑選出的氨基酸序列有很大同源性的氨基酸序列的蛋白質(zhì),也可以與挑選出的氨基酸序列有至少大約50%、51%、52%、53%、54%、55%、56%、57%、58%、59%或60%同源性,優(yōu)選有至少大約61%、62%、63%、64%、65%、66%、67%、68%、69%或70%的同源性,更優(yōu)選有至少大約71%,72%、73%、74%、75%、76%、77%、78%、79%或80%、81%、82%、83%、84%、85%、86%、87%、88%、89%或90%或91%、92%、93%、94%的同源性,甚至更優(yōu)選的有至少大約95%,96%,97%,98%,99%、99.7%或者更高的同源性。本發(fā)明的MP蛋白或者其生物活性部分或其片段,單獨(dú)或與一種或多種相同或不同代謝途徑的蛋白組合,能夠催化一種或多種氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng),或者具有表l中列出的一種或者多種活性(如甲硫氨酸或賴氨酸生物合成代謝)。以下各部分更加詳細(xì)地描述了本發(fā)明的各個(gè)方面A.分離的核酸分子本發(fā)明的一個(gè)方面涉及分離的編碼MP多肽或者其生物活性部分的核酸分子,以及足夠用作雜交探針或者引物的核酸分子片段,這些片段用于鑒定或者擴(kuò)增編碼MP的核酸(例如MPDNA)。如此處所用的那樣,術(shù)語"核酸分子"的意思是包含DNA分子(例如,cDNA或者基因組DNA)和RNA分子(例如mRNA),以及由核苷酸類似物產(chǎn)生的DNA或者RNA類似物。該術(shù)語也包括位于基因編碼區(qū)域3'和5'末端的非翻譯序列編碼區(qū)域5,末端上游序列的至少IOO個(gè)核苷酸,和基因編碼區(qū)域3,末端下游序列的至少20個(gè)核苷酸。核酸分子可以是單鏈的或者雙鏈的,但是優(yōu)選是雙鏈DNA。"分離的"核酸分子,是指那些與存在于核酸天然來源中的其他核酸分子相互分離的核酸分子。優(yōu)選,"分離的"核酸不含有天然位于生物體基因組DNA中核酸兩側(cè)的序列(例如,位于核酸5,和3,末端的序列),核酸就是從該生物體中獲得的。例如,在各種實(shí)施方案中,分離的MP核酸分子可以含有少于大約5kb,4kb,3kb,2kb,lkb,0.5kb或者O.lkb的核苷酸序列,該序列天然位于細(xì)胞基因組DNA核酸分子的兩側(cè),核酸就是從這些細(xì)胞(例如,谷氨酸棒桿菌細(xì)胞)中獲得的。另外,"分離的"核酸分子,例如DNA分子,當(dāng)用重組拔術(shù)生產(chǎn)時(shí)可以基本上不含有其他細(xì)胞物質(zhì)或者培養(yǎng)基,當(dāng)化學(xué)合成時(shí)可以不含化學(xué)前體或者其他化學(xué)物質(zhì)。本發(fā)明核酸分子,例如序列表中奇數(shù)序列號(hào)的核苷酸序列,或者其部分,可以通過標(biāo)準(zhǔn)分子生物學(xué)技術(shù)和此處提供的序列信息分離得到。例如,谷氨酸棒桿菌MPDNA可以從谷氨酸棒桿菌文庫中,使用序列表中奇數(shù)序列號(hào)序列中一個(gè)序列的全部或者其部分作為雜交探針,以及標(biāo)準(zhǔn)雜交技術(shù)(例如,像是描述在Sambrook,J.,Fritsh,E.F.,andManiatis,T.Z^orator_y,ColdSpringHarborLaboratoryPress,ColdSpringHarbor,NY,1989中的)分離得到。另外,包含一條本發(fā)明核酸序列(例如,序列表中奇數(shù)序列號(hào)的核苷酸序列)全部或者一部分的核酸分子,可以通過聚合酶鏈?zhǔn)椒磻?yīng),使用基于該序列設(shè)計(jì)的寡聚核普酸引物,分離得到(例如,包含一條本發(fā)明核酸序列(例如,序列表中奇數(shù)序列號(hào)的核苷酸序列)全部或者一部分的核酸分子,可以通過聚合酶鏈?zhǔn)椒磻?yīng),使用基于該相同序列設(shè)計(jì)的寡聚核苷酸引物,分離得到)。例如,mRNA可以從正常內(nèi)皮細(xì)胞分離得到(例如,使用Chirgwinetal.(I979)Biochemistry5294-5299中的石克氰酸胍提取方法),DNA可以通過逆轉(zhuǎn)錄酶(例如,Gibeo/BRL,Bethesda,MD提供的MoloneyMLV逆轉(zhuǎn)錄酶;或者SeikagakuAmerica,Inc.,St.Peterburg,FL提供的AMV逆轉(zhuǎn)錄酶)制備。為聚合酶鏈?zhǔn)椒磻?yīng)合成的寡聚核苷酸引物,可以基于序列表中列出的一條核苷酸序列設(shè)計(jì)。本發(fā)明的核酸,可以使用cDNA或者作為另一種選擇的基因組DNA作模板,合適的寡聚核芬酸引物,根據(jù)標(biāo)準(zhǔn)PCR擴(kuò)增技術(shù)來擴(kuò)增。這樣擴(kuò)增出的核酸,可以克隆到合適的載體中,并用DNA序列分析辨別其特征。另外,與MP核苷酸序列相對(duì)應(yīng)的寡聚核苷酸,可以用標(biāo)準(zhǔn)合成技術(shù)準(zhǔn)備,例如使用自動(dòng)DNA合成儀。在一個(gè)優(yōu)選的實(shí)施方案中,分離的本發(fā)明核酸分子包含序列表中列出的一條核苷酸序列。本發(fā)明的核酸序列,正如在序列表中列出的那些,與本發(fā)明的谷氨酸棒桿菌MPDNA是一致的。這些DNA包含編碼MP蛋白的序列(即"編碼區(qū)域,,,顯示在每條序列表中奇數(shù)序列號(hào)序列中),以及5,非編碼序列和3'非編碼序列,也顯示在每條序列表中奇數(shù)序列號(hào)序列中。作為另一種選擇,核酸分子可以只包含序列表中核酸序列的編碼區(qū)域。為了該申請(qǐng)的目的,可以理解序列表中列出的一些MP核酸和氨基酸序列,都有一個(gè)用于識(shí)別的RXA,RXN,RXS或者RXC編號(hào),"RXA","RXN","RXS,,,或者"RXC,,后面有5個(gè)數(shù)字(即,RXA,RXN,RXS,或者RXC)。每條核酸序列最多包含三部分5'上游區(qū)域,編碼區(qū)域,下游區(qū)域。三個(gè)區(qū)域的每個(gè)部分,都用相同的RXA,RXN,RXS,或者RXC名稱確定以消除混淆。于是敘迷"序列表中的一條奇數(shù)編碼的序列",是指序列表中的任何核酸序列,這些序列也可以用它們不同的RXA,RXN,RXS,或者RXC名稱相互區(qū)分。每條這種序列的編碼區(qū)域都被翻譯成相應(yīng)的氨基酸序列,這些序列也列在序列表中,為緊隨相應(yīng)核酸序列之后偶數(shù)序列號(hào)。例如,RXA00115的編碼區(qū)域列在SEQIDNO:69,而它編碼的氨基酸序列列在SEQIDNO:70。本發(fā)明的核酸分子序列,與其編碼的氨基酸分子,用相同的RXA,RXN,RXS,或者RXC名稱表示,使得它們?nèi)菀紫嗷ヂ?lián)系。例如,稱為RXA00U5,RXN00403和RXS03158的氨基酸序列,分別是RXA00115,RXN00403和RXS03158核酸分子核苷酸序列編碼區(qū)域的翻譯。本發(fā)明RXA,RXN,RXS和RXC核苷酸和氨基酸序列之間的對(duì)應(yīng),以及它們被指定的序列號(hào)列在表1中。本發(fā)明的幾個(gè)基因是"F-標(biāo)明的基因"。F-標(biāo)明的基因包括那些列在表l中并在RXA,RXN,RXS,或者RXC標(biāo)明前有"F"的基因。例如,SEQIDNO:77,像在表1中表示的那樣,被指定為"FRXA00254",就是一個(gè)F-標(biāo)明的基因。表1中列出的還有metZ(或metY)和metC基因(分別為SEQIDNO:l和SEQIDNO:3)。metZ和metC基因編碼的相應(yīng)氨基酸序列分別稱為SEQIDNO:2和SEQIDNO:5。在一個(gè)實(shí)施方案中,本發(fā)明的核酸分子不包含匯編在表2中的那些谷氨酸棒桿菌分子。在另一個(gè)優(yōu)選的實(shí)施方案中,分離的本發(fā)明的核酸分子,包含那些是本發(fā)明核苷酸序列(例如,序列表中奇數(shù)序列號(hào)序列)或者其部分的互補(bǔ)分子的核酸分子。與本發(fā)明一條核苷酸序列充分互補(bǔ)的核酸分子,是指該分子與序列表中列出的一條核苷酸序列(例如,奇數(shù)序列號(hào)序列)充分互補(bǔ),因此它可以與本發(fā)明的一條核苷酸序列雜交,從而形成穩(wěn)定的雙螺旋。同樣在另一個(gè)優(yōu)選的實(shí)施方案中,分離的本發(fā)明的核酸分子,包含這樣的核苷酸序列,該序列與本發(fā)明的核苷酸序列(例如,序列表中奇數(shù)序列號(hào)序列)或者其部分,有至少大約50%,51%,52%,53%,54%,55%,56%,57%,58%,59°/。或者60°/。的同源性,優(yōu)選的有至少大約61%,62%,63%,64%,65%,66%,67%,68%,69%或者70%的同源性,更優(yōu)選的有至少大約71%,72%,73%,74%,75%,76%,77%,78%,79%或者80%,81%,82%,83%,84%,85%,86%,87%,88%,88%,89%或者90%,或者91%,92%,93%,94%,以及甚至更優(yōu)選的有至少大約95/。,96%,97%,98%,99%99,7%或者更高的同源性。以上引用范圍(例如,70-90%—致性或者80-95%—致性)中間的范圍和一致性值,也包含在本發(fā)明中。例如,包含了這樣的一致性值范圍,這些范圍是上面引用的上限和/或下限值的組合。在另一種優(yōu)選的實(shí)施方案中,本發(fā)明分離的核酸分子包括這樣的核苷酸序列,該序列可以與本發(fā)明的一條核苷酸序列或者其部分進(jìn)行雜交,例如,在嚴(yán)格條件下雜交。另外,本發(fā)明核酸分子可能只包含序列表中奇數(shù)序列號(hào)序列編碼區(qū)域的一部分,例如,可以用作探針或者引物的片段,或者編碼MP蛋白生物活性部分的片段。由谷氨酸棒桿菌MP基因克隆出的核香酸序列,容許產(chǎn)生探針和引物,這些探針和引物的設(shè)計(jì)是用于鑒定和/或克隆其他細(xì)胞類型或者其他生物體中的MP同系物,以及其他棒桿菌或者親緣物種中的MP同系物。探針/引物典型的包括相當(dāng)純化的寡聚核苷酸。寡聚核苷酸典型的包括這樣一段核苷酸序列的區(qū)域,該區(qū)域在嚴(yán)格雜交條件下,與本發(fā)明核苷酸序列(例如,序列表中奇數(shù)序列號(hào)序列)的有義鏈,這些序列的反義序列,或者其天然存在的突變體的至少大約12個(gè),優(yōu)選的大約25個(gè),更優(yōu)選的大約40,50,或者75個(gè)連續(xù)核苷酸雜交?;诒景l(fā)明核苷酸序列的引物,可以用于克隆MP同系物的PCR反應(yīng)?;贛P核苷酸序列的探針,可以用于探測(cè)相同的或者同源蛋白的轉(zhuǎn)錄或者基因組序列。在一個(gè)優(yōu)選的實(shí)施方案中,探針更是包括另外的附著標(biāo)記基團(tuán),例如標(biāo)記基團(tuán)可以是放射性同位素、熒光化合物、酶或者酶的輔因子。這種探針可以用作診斷檢測(cè)試劑盒的一部分,該試劑盒用于鑒定錯(cuò)誤表達(dá)MP蛋白的細(xì)胞,像是通過測(cè)定樣本細(xì)胞中MP編碼核酸的水平,例如,檢測(cè)MPmRNA的水平,或者測(cè)定基因組MP基因是否發(fā)生了突變或者缺失。在一個(gè)實(shí)施方案中,本發(fā)明核酸分子編碼一種蛋白質(zhì)或者其部分,該蛋白質(zhì)或者其部分的氨基酸序列與本發(fā)明的氨基酸序列(例如,序列表中偶數(shù)序列號(hào)序列)有充分的同源性,從而使得該蛋白質(zhì)或者其部分可以催化氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng)。如此處所用的那樣,術(shù)語"充分的同源性"是指蛋白質(zhì)或者其部分的氨基酸序列,含有最小數(shù)目的與本發(fā)明氨基酸序列一致的或者等價(jià)的(例如,具有與序列表偶數(shù)序列號(hào)序列中的氨基酸殘基相似側(cè)鏈的氨基酸殘基)氨基酸殘基,從而使得該蛋白質(zhì)或者其部分,能夠催化谷氨酸棒桿菌中氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng)。這種代謝途徑蛋白質(zhì)成員,像這里描述的那樣,其功能是催化一種或多種氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖的生物合成i降解。這里也描述了這種活性的實(shí)例。因而,"MP蛋白的功能"對(duì)于一種或多種這種代謝途徑有作用,和/或直接或者間接影響一種或者多種精細(xì)化學(xué)物質(zhì)的產(chǎn)量、生產(chǎn)和/或生產(chǎn)效率。MP蛋白活性的實(shí)例在表1中列出。在另一個(gè)實(shí)施方案中,蛋白質(zhì)與本發(fā)明的全部氨基酸序列(例如,序列表中偶數(shù)序列號(hào)序列)有至少大約50%,51%,52%,53%,54%,55%,56%,57%,58%,59%或者60%的同源性,優(yōu)選的有至少大約61%,62%,63%,64%,65%,66%,67%,68%,69°/。或者70%的同源性,更優(yōu)選的有至少大約71%,72%,73%,74%,75%,76°/。,77%,78%,79%或者80%,81%,82%,83%,84%,85%,86%,87%,88°/。,88%,89%或者90%,或者91%,92%,93%,94%,以及甚至更優(yōu)選的有至少大約95%,96%,97°/。,98%,99%,99.7%或者更高的同源性。本發(fā)明MP核酸分子編碼蛋白質(zhì)的部分,優(yōu)選是MP蛋白的生物活性部分。如此處所用的那樣,術(shù)語"MP蛋白的生物活性部分"的意思是包含MP蛋白這樣的部分,例如結(jié)構(gòu)域/基元,該部分能夠催化谷氨酸棒桿菌中一種或多種氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng)或具有表1中所列活性??梢赃M(jìn)行一種酶活性分析,以確定MP蛋白或者其生物活性部分是否可以催化氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苦或海藻糖代謝途徑中的酶促反應(yīng)。這種分析方法對(duì)于本領(lǐng)域技術(shù)人員來說是熟知的,在范例的實(shí)例8中有詳細(xì)的描述。編碼MP蛋白生物活性部分的額外的核酸片段,可以通過以下方法制備,分離本發(fā)明氨基酸序列(例如,序列表中偶數(shù)序列號(hào)序列)的一部分,表達(dá)MP蛋白或者多肽的編碼部分(例如,通過體外重組表達(dá)),并且估算MP蛋白或者多肽編碼部分的活性。因?yàn)檫z傳密碼子的簡并性,以及由此可以編碼得到和本發(fā)明核苷酸序列編碼蛋白質(zhì)相同的MP蛋白,所以本發(fā)明進(jìn)一步包含不同于本發(fā)明核苷酸序列(例如,序列表中奇數(shù)序列號(hào)序列)(和其部分)的核酸分子。在另一個(gè)實(shí)施方案中,分離的本發(fā)明的核酸分子具有這樣的核苷酸序列,該序列編碼具有序列表中列出的氨基酸序列(例如,偶數(shù)序列號(hào))的蛋白質(zhì)。同樣在另一個(gè)實(shí)施方案中,本發(fā)明核酸分子編碼全長的谷氨白質(zhì)與本發(fā)明的氨基酸序列(由序列表中奇數(shù)序列號(hào)開放閱讀框架編碼)有充分的同源性。在一個(gè)實(shí)施方案中,本發(fā)明的序列并不意味著包括以前技術(shù)上已知的序列,例如那些列在表2中的在本發(fā)明以前就可獲得的Genbank序列,這對(duì)于本領(lǐng)域技術(shù)人員來說是可以理解的。在一個(gè)實(shí)施方案中,本發(fā)明包含這樣的核苷酸序列和氨基酸序列,該序列與本發(fā)明的核苷酸序列和氨基酸序列有一定百分比的一致性,該百分比大于技術(shù)上已知的序列(例如,表2列出的Genbank序列(或者該序列編碼的蛋白質(zhì)))與本發(fā)明的核香酸序列和氨基酸序列一致性的百分比。例如,本發(fā)明包含與標(biāo)明為RXA00657(SEQIDNO:5)的核苷酸序列有大于和/或至少45%—致性的核苷酸序列。本領(lǐng)域技術(shù)人員,通過檢查表4中列出的對(duì)于每個(gè)特定序列給出的3個(gè)最高符合的GPA-計(jì)算百分比一致性,以及經(jīng)過從百分之一百中減去最高的GPA-計(jì)算百分比一致性,可以計(jì)算任何本發(fā)明特定序列百分比一致性的低端域值。本領(lǐng)域技術(shù)人員也可以意識(shí)到,其百分比一致性大于如此計(jì)算出的低端域值(例如,至少約50%,51%,52%,53%,54°/。,55%,56%,57%,58%,59%或者60%,優(yōu)選的至少大約61%,62%,63%,64%,65%,66%,67%,68%,69%或者70%,更優(yōu)選的至少大約71%,72%,73%,74%,75%,76%,77%,78%,79%或者80%,81%,82%,83%,84%,85%,86%,87%,88%,88%,89%或者90%,或者91%,92%,93%,94%,以及甚至更優(yōu)選的至少大約95。/。,96%,97%,98%,99%或者更高的一致性)的核酸和氨基酸序列,也是包含在本發(fā)明中的。本領(lǐng)域技術(shù)人員可以意識(shí)到,除了在序列表中以奇數(shù)序列號(hào)列出的谷氨酸棒桿菌MP核苷酸序列之外,導(dǎo)致MP蛋白氨基酸序列改變的DNA多態(tài)性可以在一定群體(例如谷氨酸棒桿菌群體)中存在。這種MP基因的遺傳多態(tài)性,可以由于自然條件的變異而在一個(gè)群體的不同個(gè)體中存在。如此處所用的那樣,術(shù)語"基因,,和"重組基因"是指含有編碼MP蛋白的開放閱讀框架的核酸分子,優(yōu)選的MP蛋白是谷氨酸棒桿菌MP蛋白。這種自然條件的變異典型的可以造成MP基因核苷酸序列1-5%的變化。任何以及全部由于自然條件的變異造成的,并且不改變MP蛋白功能活性的,這種核苷酸的變化,以及引起的MP氨基酸的多態(tài)性,都屬于本發(fā)明范圍之內(nèi)。相應(yīng)天然變體的核酸分子,和本發(fā)明谷氨酸棒桿菌MPDNA的非谷氨酸棒桿菌同源物,可以基于此處公開的它們與谷氨酸棒桿菌MP核酸分子的同源性,使用谷氨酸棒桿菌DNA或者其部分作為雜交探針,在嚴(yán)格雜交條件下根據(jù)標(biāo)準(zhǔn)雜交技術(shù)分離得到。因此,在另一個(gè)實(shí)施方案中,分離的本發(fā)明核酸分子的長度至少有15個(gè)核苷酸,在嚴(yán)格條件下與含有序列表奇數(shù)序列號(hào)核苷酸序列的核酸分子雜交。在其他實(shí)施方案中,核酸分子的長度至少有30,50,100,250或者更多個(gè)核苷酸。如此處所用的那樣,術(shù)語"在嚴(yán)格條件下雜交"的意思是描述這樣的雜交和清洗的條件,在該條件下彼此之間有至少60%同源性的核苷酸序列相互之間保持典型的雜交。優(yōu)選,這種條件是序列之間有至少大約65%,更優(yōu)選的有至少大約70%,以及甚至更優(yōu)選的有至少大約75或者更高的同源性,相互之間保持典型的雜交。這種嚴(yán)格條件對(duì)于本領(lǐng)域技術(shù)人員是已知的,可k乂在Ausubelef"/.,Cz^rewf尸rofoco/jz力A/o/ecw/arJohnWiley&Sons,N.Y.(1989),6.3.1-6,3.6中找到。一種優(yōu)選的但不是限制的嚴(yán)格雜交條件是,在6X氯化鈉/檸檬酸鈉(SSC)中大約45'C進(jìn)行雜交,然后用0.2XSSC,0.1。/。SDS在50-65。C清洗一次或者多次。優(yōu)選,分離的本發(fā)明的核酸分子,在嚴(yán)格雜交條件下與本發(fā)明的核苷酸序列雜交,相當(dāng)于得到天然存在的核酸分子。如此處所用的那樣,"天然存在的"核酸分子是指具有自然中存在的核苷酸序列(例如,編碼天然蛋白質(zhì))的RNA或者DNA分子。在一個(gè)實(shí)施方案中,核酸編碼天然谷氨酸棒桿菌MP蛋白。本領(lǐng)域技術(shù)人員可以進(jìn)一步意識(shí)到,除了群體中存在的天然存在的MP序列變體以外,可以通過突變把改變引入本發(fā)明核苷酸序列中,從而導(dǎo)致被編碼MP蛋白的氨基酸序列的改變,而不改變MP蛋白的功能。例如,可以在本發(fā)明核苷酸序列中,進(jìn)行可以導(dǎo)致"非必需,,氨基酸殘基的氨基酸取代的核苷酸取代。"非必需"氨基酸殘基是指這樣的殘基,該殘基可以在MP蛋白的野生型序列(例如,序列表中偶數(shù)序列號(hào)序列)中發(fā)生改變,而不改變MP蛋白的活性,而"必需"氨基酸殘基是MP蛋白活性所必需的。然而,其他氨基酸殘基(例如,那些在MP活性結(jié)構(gòu)域中非保守的或者只是半保守的氨基酸殘基)可能對(duì)于活性不是必需的,因此也可以在不改變MP活性的情況下被改變。因此,本發(fā)明的另一個(gè)方面涉及編碼這樣的MP蛋白的核酸分子,該MP蛋白含有對(duì)MP活性非必需的氨基酸殘基的變化。這些蛋白質(zhì)的氨基酸序列不同于序列表中偶數(shù)序列號(hào)序列,但仍然保持至少一種此處描述的MP活性。在一個(gè)實(shí)施方案中,分離的核酸分子包含一段編碼蛋白質(zhì)的核苷酸序列,其中該蛋白質(zhì)的氨基酸序列與本發(fā)明的氨基酸序列有至少大約50%的同源性,并且能夠催化氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng),或者具有表l中列出的一種或者多種活性。優(yōu)選,核酸分子編碼的蛋白質(zhì)與本發(fā)明的氨基酸序列,有至少大約50%,51%,52%,53%,54%,55%,56%,57%,58%,59%或者60%的同源性,優(yōu)選的有至少大約61%,62%,63%,64%,65%,66%,67%,68%,69%或者70%的同源性,更優(yōu)選的有至少大約71%,72%,73%,74%,75%,76%,77%,78%,79%或者80%,81%,82%,83%,84%,85%,86%,87%,88%,88%,89%或者90%,或者91%,92%,93%,94%,以及甚至更優(yōu)選的有至少大約95%,96%,97%,98%,99%,99.7。/?;蛘吒叩耐葱?。。為了確定兩種氨基酸序列(例如,本發(fā)明的一種氨基酸序列與其突變體形式)或者兩種核酸序列的同源性百分比,出于最適宜比較的目的,對(duì)序列進(jìn)行序列對(duì)比(例如,為了與其他蛋白質(zhì)或者核酸進(jìn)行最適宜的序列對(duì)比,可以在一種蛋白質(zhì)或者核酸的序列中引入間隙)。然后比較相應(yīng)氨基酸位置的氨基酸殘基或者核酸位置的核苷酸。當(dāng)一條序列(例如,本發(fā)明的一條氨基酸序列)中的一個(gè)位置被與其他序列(例如,氨基酸序列的突變體形式)相應(yīng)位置相同的氨基酸殘基或者核苷酸占據(jù)時(shí),該分子在這個(gè)位置是同源的(即,如此處所用的氨基酸或者核酸"同源性"與氨基酸或者核酸的"一致性"是相同的)。兩條序列之間的百分比同源性,是一個(gè)相同位置數(shù)目被序列均分的函數(shù)(即,%—致性=相同位置的#/全部位置的弁x100)。分離的與本發(fā)明蛋白質(zhì)序列(例如,序列表中偶數(shù)序列號(hào)序列)同源的編碼MP蛋白質(zhì)的核酸分子,可以通過向本發(fā)明核苷酸序列中引入一個(gè)或者多個(gè)核苷酸取代、插入、缺失而產(chǎn)生,從而在編碼蛋白質(zhì)中引入一個(gè)或者多個(gè)氨基酸取代、插入、缺失。可以使用標(biāo)準(zhǔn)技術(shù),例如定點(diǎn)誘變和PCR介導(dǎo)的誘變,在本發(fā)明核苷酸序列中引入突變。優(yōu)選,保守的氨基酸取代是在一個(gè)或者多個(gè)預(yù)期的非必需氨基酸殘基進(jìn)行的。"保守的氨基酸取代"是指氨基酸殘基被具有相似側(cè)鏈的氨基酸殘基所取代。具有相似側(cè)鏈的氨基酸殘基家族,在技術(shù)上有規(guī)定。這些家族包括,具有堿性側(cè)鏈的氨基酸(例如,賴氨酸、精氨酸、組氨酸),具有酸性側(cè)鏈的氨基酸(例如,天冬氨酸、谷氨酸),具有無電荷極性側(cè)鏈的氨基酸(例如,甘氨酸、天冬氨酸、谷氨酰胺、絲氨酸、蘇氛酸、酪氨酸、半胱氨酸),具有非極性側(cè)鏈的氨基酸(例如,丙氨酸、纈氨酸、亮氨酸、異亮氨酸、脯氨酸、苯丙氨酸、曱硫氨酸、色氨酸),具有P-支鏈側(cè)鏈的氨基酸(例如,蘇氨酸、纈氨酸、異亮氨酸),以及具有芳香組側(cè)鏈的氨基酸(例如,酪氨酸、苯丙氨酸、色氨酸、組氨酸)。因此,預(yù)期的MP蛋白中的非必需氨基酸殘基,優(yōu)選的被同一側(cè)鏈家族中的其他氨基酸取代。另外,在另一個(gè)實(shí)施方案中,可以在MP編碼序列全長或者部分,隨機(jī)的引入突變,例如通過飽和誘變,根據(jù)此處描述的鑒定具有MP活性突變體的MP活性,篩選出得到的突變體。在一條序列表中奇數(shù)序列號(hào)核苷酸序列誘變之后,被編碼蛋白質(zhì)可以重組表達(dá),蛋白質(zhì)活性也可以,例如使用此處描述的分析(參見范例的實(shí)例8),得到確定。除了以上描述的編碼MP蛋白質(zhì)的核酸分子以外,本發(fā)明的另一方面還與分離的反義核酸分子有關(guān)。"反義"核酸包括與編碼蛋白質(zhì)的"有義"核酸互補(bǔ)的核苷酸序列,例如與雙鏈DNA分子編碼鏈互補(bǔ),或者與mRNA序列互補(bǔ)。因此,反義核酸可以通過氫鍵與有義核酸連接。反義核酸可以與全部MP編碼鏈互補(bǔ),也可以僅與其部分互補(bǔ)。在一個(gè)實(shí)施方案中,反義核酸分子,與編碼MP蛋白的核苷酸序列編碼鏈的"編碼區(qū)域"反義。術(shù)語"編碼區(qū)域"是指包含翻譯成氨基酸殘基的密碼子的核苷酸序列區(qū)域(例如,SEQIDNO.1(metZ)的全部編碼區(qū)域包括363至1673核苷酸)。在另一個(gè)實(shí)施方案中,反義核酸分子,與編碼MP的核香酸序列編碼鏈的反義。術(shù)語"非編碼區(qū)域"是指編碼區(qū)域兩側(cè)不翻譯成氨基酸的5'和3'序列(即5,和3'非翻譯區(qū)域)??紤]到此處公布的編碼MP的編碼鏈序列(例如,序列表中列出的奇數(shù)序列號(hào)序列),本發(fā)明反義核酸可以根據(jù)Watson和Crick的堿基配對(duì)規(guī)則進(jìn)行設(shè)計(jì)。反義核酸分子可以與MPmRNA的全部編碼區(qū)域互補(bǔ),但是更優(yōu)選是這樣的寡聚核苷酸,該寡聚核苷酸僅與MPmRNA的編碼區(qū)域或者非編碼區(qū)域的部分是反義的。例如,反義寡聚核苷酸可以與MPmRNA翻譯起始位置附近的區(qū)域互補(bǔ)。例如,反義寡聚核苷酸的長度可以是5,10,15,20,25,30,35,40,45或者50個(gè)核苷酸。本發(fā)明的反義核酸分子,可以使用技術(shù)上已知的程序,通過化學(xué)合成或者酶促連接反應(yīng)構(gòu)建??梢允褂锰烊淮嬖诘暮塑账峄蛘吒鞣N經(jīng)過修飾的核苷酸,化學(xué)合成反義核酸(例如反義寡聚核苷酸),那些經(jīng)過修飾的核苷酸,是為了增加分子的生物穩(wěn)定性,或者為了增加反義核酸與有義核酸之間形成雙螺旋的物理穩(wěn)定性而設(shè)計(jì)的,例如可以使用硫代磷酸衍生物和吖啶取代的核苷酸??捎糜诋a(chǎn)生反義核酸的經(jīng)修飾的核苷酸的實(shí)例包括,5-氟尿嘧啶,5-溴尿嘧啶,5-氯尿嘧啶,5-硤尿嗜咬,次黃嘌呤,黃嘌呤,4-乙酰胞嗜夂,5-(羧基羥基甲基)尿嘧啶,5-羧曱基氨基甲基-2-硫尿嗜咬,5-羧甲基氨基甲基尿嘧啶,二氫尿嘧啶,beta-D-半乳糖基肌苷,N6-異戊基腺嘌呤,1-甲基鳥噪呤,l-曱基肌苷,2,2-二甲基鳥嘌呤,2-甲基腺噤呤,2-曱基鳥噪呤,3-甲基胞嘧啶,5-曱基胞嘧啶,N6-腺噪呤,7-甲基鳥噪呤,5-曱基氨基甲基尿嘧啶,5-曱氧基氨基曱基尿嘧啶-2-疏代尿嘧啶,beta-D-甘露糖基queosine,5,-甲氧基羧基甲基尿嘧咬,5-甲氧基尿嘧啶,2-甲基硫代-N6-異戊基腺嘌呤,尿嘧啶-5-含氧乙酸(v),wybutoxosine,^E尿嘧p定,queosine,2陽裙i/RJ包嗜p定,5-甲基-2-石克代尿嘧啶,2-硫代尿嘧啶,4-硫代尿嘧啶,5-甲基尿嘧啶,尿口密啶-5-含氧乙酸甲酯,尿嘧啶-5-含氧乙酸(v),5-曱基-2-硫代尿嘧啶,3-(3-氨基-3-^2-羧基丙基)尿嘧啶,(acp3)w,以及2,6-二氨基噤呤。另外,反義核酸可以使用表達(dá)載體生物合成,其中核酸被反義方向亞克隆到表達(dá)載體中(即,由插入核酸轉(zhuǎn)錄的RNA,相對(duì)于插入的目的核酸是反義方向的,以下部分有進(jìn)一步敘述)。本發(fā)明的反義核酸分子,被典型的施用于細(xì)胞或者在原位產(chǎn)生,從而它們可以與編碼MP蛋白的細(xì)胞mRNA和/或基因組DNA雜交或者結(jié)合,進(jìn)而抑制蛋白質(zhì)的表達(dá),例如,抑制轉(zhuǎn)錄和/或翻譯。雜交可以通過常規(guī)核苷酸互補(bǔ)性而形成穩(wěn)定的雙螺旋,或者,例如,當(dāng)反義核酸分子結(jié)合DNA雙螺旋時(shí),它與雙螺旋的大溝發(fā)生特殊相互作用。反義分子可以被修飾,從而使得該分子可以與受體或者與特定細(xì)胞表面表達(dá)的抗原特異性結(jié)合,例如,反義核酸分子與多肽或者抗體的結(jié)合,該抗體與細(xì)胞表面受體或者抗原結(jié)合。反義核酸分子也可以使用此處描述的栽體遞送至細(xì)胞。為了得到細(xì)胞內(nèi)足夠濃度的反義分子,這樣的載體是優(yōu)選,即在該栽體中,反義核酸分子被置于原核、病毒或者真核啟動(dòng)子的控制之下。而在另一個(gè)實(shí)施方案中,本發(fā)明的反義核酸分子是一種cx-異頭物核酸分子。ot-異頭物核酸分子與互補(bǔ)的RNA形成特異的雙鏈雜交體,雜交體中兩股鏈走向彼此平行,這與通常的p-單元相反(Gaultier""/.(1987)iVwc/ezc^c/血尺饑15:6625-6641)。反義核酸分子也可以包含2,-0-曱基核糖核苷酸(Inoue"a/.(1987)AW"'"c油.細(xì).15:6131-3148)或者化學(xué)RNA畫DNA類似物(Inoue"(1987)215:327-330)。而在另一個(gè)實(shí)施方案中,本發(fā)明的反義核酸分子是核酶。核酶是催化型RNA分子,具有核糖核酸酶活性,能夠切割單鏈核酸,例如mRNA,它具有與單鏈核酸互補(bǔ)的區(qū)域。因此,核酶(例如,錘頭核酶(描述于HaselhoffandGerlach(1988)A^fwre334:585-591))可以用于催化切割MPmRNA轉(zhuǎn)錄物,從而抑制MPmRNA的翻譯。對(duì)于MP編碼核酸分子有特異性的核酶,可以基于此處公布的MPDNA核苷酸序列(即SEQIDNO:1(metZ))來設(shè)計(jì)。例如,可以構(gòu)建四膜蟲屬L-19IVSRNA的衍生物,其活性位點(diǎn)的核苷酸序列與被切割的MP-編碼mRNA的核苷酸序列是互^卜的。參見,,J:i口,Cech"a/.U.S.PatentNo.4,987,071和Cech"a/.3U.S.PatentNo.5,116,742。另外,MPmRNA可以用于RNA分子庫中篩選具有特異核酶活性的催化型RNA。參見,例如,Bartel,D.andSzostak,J.W.(1993)S"e"ce261:1411-1418。另外,通過把與MP核苷酸序列調(diào)節(jié)區(qū)域(例如,MP啟動(dòng)子和/或增強(qiáng)子)互補(bǔ)的核苷酸序列作為目標(biāo),形成三螺旋結(jié)構(gòu),可以抑制MP基因的表達(dá),該三螺旋結(jié)構(gòu)可以阻止MP基因在目的細(xì)胞中的轉(zhuǎn)錄。一般參見,Helene,C.(1991)爿w"'cflfwcerDn/gZ)饑6(6):569-84;Helene,C."a/.(1992)j朋.iV:Kjc^/.660:27-36;andMaher,L.J.(1992)腸認(rèn),14(12):807-15。本發(fā)明另一方面涉及參與曱硫氨酸和/或賴氨酸代謝的基因組合和該基因組合在本發(fā)明方法中的用途。優(yōu)選的組合是metZ和metC、metB(編碼胱硫醚合酶)、metA(編碼高絲氨酸O乙酰轉(zhuǎn)移酶)、metE(編碼曱硫氨酸合酶)、metH(編碼甲硫氨酸合酶)、hom(編碼高絲氨酸脫氬酶)、asd(編碼天冬氨酸半醛脫氫酶)、lysC/ask(編碼天冬氨酸激酶)和rxa00657(此處稱為SEQIDNO:5)、dapA(編碼二氫吡啶二羧酸合成酶)、dpaB(編碼二氫吡啶二羧酸還原酶的基因)、cfopC(編碼2,3,4,5-四氬吡咬-2-羧化物N—琥珀酰轉(zhuǎn)移酶的基因),血尸D/argD(編碼乙酰鳥氨酸轉(zhuǎn)氨酶的基因),^";^(編碼琥珀酰二氨基庚二酸脫琥珀酰酶的基因),c^F(編碼二氨基庚二酸差向異構(gòu)酶的基因),/少"(編碼二氨基庚二酸脫羧酶的基因),(編碼二氨基庚二酸脫氫酶的基因),/^^:(賴氨酸外泌蛋白的基因),一G(編碼外泌調(diào)節(jié)物的基因),/wA:(編碼高絲氨酸激酶的基因)以及參與添補(bǔ)反應(yīng)的基因如//c(編碼磷酸烯醇丙酮酸羧激酶的基因),/^cAT(編碼磷酸烯醇丙酮酸羧激酶的基因),(編碼丙酮酸羧化酶的基因),"ccA"cd,"cc石,occC(編碼乙酰輔酶A羧化酶的基因),以及戊糖磷酸途徑的基因,編碼葡萄糖-6-磷酸脫氫酶的gpdh基因,o;cA/gd/!(編碼6-磷酸葡萄糖酸脫氬酶的基因),to(編碼轉(zhuǎn)醛醇酶的基因),A(編碼轉(zhuǎn)酮醇酶的基因),戶g"編碼6-磷酸葡萄糖酸內(nèi)酯酶的基因),r/pe(編碼核酮糖磷酸3-差向異構(gòu)酶的基因)、rpe(編碼核酮糖磷酸5-差向異構(gòu)酶的基因)的組合或上述戊糖磷酸途徑基因或其他本發(fā)明MP基因的組合。所述基因可以改變其核苷酸序列和相應(yīng)氨基酸序列,產(chǎn)生在生理?xiàng)l件下活性發(fā)生改變的衍生物,從而增加所需精細(xì)化學(xué)物質(zhì)如甲硫氨酸和賴氨酸等氨基酸的產(chǎn)量和/或產(chǎn)率。編碼天冬氨酸激酶的ask基因的核苷酸序列的改變或衍生物是熟知的。這些改變導(dǎo)致賴氨酸和蘇氨酸的反饋抑制消除,從而消除了對(duì)賴氨酸過量產(chǎn)生的抑制。在優(yōu)選的實(shí)施方案中,metZ基因或metZ基因的改變形式與ask、hom、metA和metH或這些基因的衍生物組合用于棒桿菌中。在另一個(gè)優(yōu)選實(shí)施方案中,metZ基因或metZ基因的改變形式的組合與ask、hom、metA和metE或這些基因的衍生物組合,或者metZ與ask、hom、metA和me伍或這些基因的衍生物組合用于棒桿菌中,并且疏源如硫酸鹽、硫代硫酸鹽、亞硫酸鹽和更加還原的硫源如疏化氫和疏醚和衍生物用于培養(yǎng)基中。疏源如甲基疏醇、曱烷磺酸、硫代羥乙酸、硫代氰酸鹽、硫脲、含硫氨基酸如半胱氨酸和其他含硫化合物也可使用。本發(fā)明另一方面涉及上迷基因組合在棒桿菌中的用途,所述菌林在導(dǎo)入所述基因之前或之后,通過輻射或本領(lǐng)域技術(shù)人員熟知的誘變劑進(jìn)行誘變,并對(duì)高濃度目標(biāo)精細(xì)化學(xué)物質(zhì)如賴氨酸或曱硫氨酸或所需精細(xì)化學(xué)物質(zhì)的類似物如甲硫氨酸類似物乙疏氨酸、甲基曱硫氨酸等進(jìn)行選擇。在另一個(gè)實(shí)施方案中,上述基因組合可以在具有特定基因破壞的棒桿菌菌株中表達(dá)。優(yōu)選的基因破壞是是編碼促使碳向不需要的代謝物流動(dòng)的蛋白質(zhì)。在甲硫氨酸是所需精細(xì)化學(xué)物質(zhì)時(shí),形成賴氨酸就是不利的。在這種情況下,上述基因的組合應(yīng)當(dāng)在lysA基因(編碼二氨基庚二酸脫羧酶)或ddh基因(編碼催化四氫吡啶二羧酸向內(nèi)消旋二氨基庚二酸轉(zhuǎn)變的內(nèi)消旋二氨基庚二酸脫氫酶)被破壞的棒桿菌菌林中進(jìn)行。在優(yōu)選的實(shí)施方案中,上述基因的有利組合被改變使得其基因產(chǎn)物不受終產(chǎn)物或形成所需精細(xì)化學(xué)物質(zhì)的生物合成途徑的代謝物反饋抑制。在所需精細(xì)化學(xué)物質(zhì)是甲硫氨酸時(shí),該基因組合可以在已經(jīng)用誘變劑或輻射處理的菌林中表達(dá),并對(duì)上迷抗性選擇。此外,該菌林應(yīng)當(dāng)生長在含有一種或多種上述硫源的培養(yǎng)基中。在另一個(gè)優(yōu)選實(shí)施方案中,從谷氨酸棒桿菌基因組中鑒定到一個(gè)推定的轉(zhuǎn)錄調(diào)控蛋白。該基因被稱為RXA00657。RXA00657的核苷酸序列為SEQIDNO:5。RXA00657的氨基酸序列為SEQIDNO:6。當(dāng)RXA00657以及實(shí)施例中所述的上游和下游調(diào)控區(qū)被克隆到能夠在谷氨酸棒桿菌中復(fù)制的載體中并轉(zhuǎn)化從而在產(chǎn)賴氨酸菌抹如ATCC13286中表達(dá)時(shí),該菌林相對(duì)于用缺少上述RXA00657核苷酸片段的相同質(zhì)粒轉(zhuǎn)化的菌林產(chǎn)生更多的賴氨酸。除了觀察到上述菌抹中賴氨酸效價(jià)增加外,由產(chǎn)生的賴氨酸的摩爾數(shù)與消耗的蔗糖摩爾數(shù)比較確定的選擇性也增加了(見實(shí)施例14)。RXA00657的過量表達(dá)與其他直接參與賴氨酸特異性途徑的基因如lysC,dapA,dapB,dapC,dapD,d叩F,ddh,LysE,LysG和lysR的過量表達(dá)組合產(chǎn)生的賴氨酸較僅有RXA00657時(shí)增加了。B.重組表達(dá)載體和宿主細(xì)胞本發(fā)明的另一方面涉及載體,優(yōu)選是含有編碼MP蛋白(或者其部分)的核酸或有至少一個(gè)編碼MP蛋白的基因的基因組合的表達(dá)載體。如此處所用的那樣,術(shù)語"載體"是指能夠連接其他核酸,并對(duì)其進(jìn)行運(yùn)輸?shù)暮怂岱肿印R环N類型的載體是"質(zhì)粒",質(zhì)粒是指環(huán)形雙鏈DNA環(huán),其中連接有額外的DNA片段。另一種類型的栽體是病毒栽體,其中額外的DNA片段可以連接到病毒基因組中。某些載體可以在它們被引入的宿主細(xì)胞中進(jìn)行自主復(fù)制(例如,具有細(xì)菌復(fù)制起點(diǎn)的細(xì)菌載體,以及附加型哺乳動(dòng)物栽體)。其他的載體(例如,非附加型哺乳動(dòng)物栽體)一經(jīng)引入宿主細(xì)胞就會(huì)整合到宿主細(xì)胞的基因組中,從而與宿主基因組一同復(fù)制。另外,某些載體能夠指導(dǎo)與之相連接的基因的表達(dá)。這些載體此處稱作"表達(dá)載體"??傊?,重組DNA'技術(shù)使用的表達(dá)載體經(jīng)常是質(zhì)粒形式。在本說明中,"質(zhì)粒"和"載體,,可以交換使用,因?yàn)橘|(zhì)粒是最常使用的載體形式。然而,本發(fā)明有意包括這些表達(dá)栽體的其他形式,例如病毒載體(例如,復(fù)制缺陷型逆轉(zhuǎn)錄病毒,腺病毒和腺伴隨病毒),它們具有相同的功能。本發(fā)明重組表達(dá)載體包括本發(fā)明的核酸,該核酸在宿主細(xì)胞中以適合核酸表達(dá)的形式存在,這就意味著重組表達(dá)載體含有一條或者多條調(diào)節(jié)序列,這些序列是基于用作表達(dá)的宿主細(xì)胞選出的,它們被可行的連接到要表達(dá)的核酸序列上。在重組表達(dá)載體中,"可行的連接"的意思是指,感興趣核苷酸序列與調(diào)節(jié)序列以允許核苷酸序列表達(dá)的方式進(jìn)行連接(例如,在體外轉(zhuǎn)錄/翻譯系統(tǒng)中,或者在載體被引入的宿主細(xì)胞中)。術(shù)語"調(diào)節(jié)序列"的意思是包括啟動(dòng)子、增強(qiáng)子和其他表達(dá)控制元素(例如,聚腺苷酸化信號(hào))。這種調(diào)節(jié)序列在,例如,Goeddel;Ge"eEx/jre柳'owrec/wo/ogy.'MeAo<isz'wE"2y附0/0gy185,AcademicPress,SanDiego,CA(1990)中有描述。調(diào)節(jié)序列包括,那些在^f艮多類型宿主細(xì)胞中,指導(dǎo)核苷酸序列組成型表達(dá)的序列,以及那些在某些宿主細(xì)胞中,指導(dǎo)核苷酸序列表達(dá)的序列。優(yōu)選的調(diào)節(jié)序列是,例如,像是cos-,tac-,trp-,tet-,36trp-tet-,lpp-,lac-,lpp-lac-,laclq-,T7-,T5-,T3-,gal-,trc-,ara-,SP6曙,arny-,SP02-,入-PR-或者入PL這樣的啟動(dòng)子,這些啟動(dòng)子優(yōu)選的使用在細(xì)菌中。另外的調(diào)節(jié)序列是,例如,酵母和真菌的啟動(dòng)子,例如ADCl,MFoc,AC,P-60,CYCl,GAPDH,TEF,rp28,ADH,植物的啟動(dòng)子,例如,CaMV/35S,SSU,OCS,lib4,usp,STLS1,B33,nos或者ubiquitin腸或phaseolin-啟動(dòng)子。也可以使用人造啟動(dòng)子。這些對(duì)于本領(lǐng)域技術(shù)人員是可以意識(shí)到的,即表達(dá)載體的設(shè)計(jì)依賴于這些因素用于轉(zhuǎn)化的宿主細(xì)胞的選擇,所需蛋白質(zhì)的表達(dá)水平等。本發(fā)明的表達(dá)載體可以引入宿主細(xì)胞,從而產(chǎn)生此處描述的核酸所編碼的蛋白質(zhì)或者多肽,包括融合蛋白質(zhì)或者多肽(例如,MP蛋白、MP蛋白的突變形式、融合蛋白質(zhì)等)??梢栽O(shè)計(jì)本發(fā)明的重組表達(dá)栽體,用于在原核或者真核細(xì)胞中表達(dá)MP蛋白。例如,MP基因可以在以下細(xì)胞中表達(dá),像是谷氨酸棒桿菌這樣的細(xì)菌細(xì)胞,昆蟲細(xì)胞(使用桿狀病毒表達(dá)載體),酵母和其他真菌細(xì)胞(參見Romanos,M.A.ef(1992)"Foreigngeneexpressioninyeast:areview",8:423-488;vandenHondel,C.A.M丄J."a/.(1991)"Heterologousgeneexpressioninfilamentousfungi"in:MoreGeneManipulationsinFungi,J.W.Bennet&L丄.Lasure,eds.,p.396-428:AcademicPress:SanDiego;andvandenHondel,C.A.M.J丄&Punt,P丄(1991)"Genetransfersystemsandvectordevelopmentforfilamentousfungi,in:AppliedMolecularGeneticsofFungi,Peberdy,J.F.a/.,eds.,p.1-28,CambridgeUniversityPress:Cambridge)藻類或者多細(xì)胞植物細(xì)胞(參見Schmidt,R.andWillmitzer,L.(1998)Highefficiency爿gro6a"mww^we/ac/e/w—mediatedtransformationofJn26/fito/wz》f/za/z'awaleafandcotyledonexplants,,尸/朋fCe〃i^/.:583-586),或者哺乳動(dòng)物細(xì)胞。適當(dāng)?shù)乃拗骷?xì)胞在Goeddel,GeweEx/re肌'o"J"ec/zwo/ogy.'她^0(isz力fe,o/ogy185,AcademicPress,SanDiego,CA(1990)中有進(jìn)一步論述。另外,重組表達(dá)載體可以在體外轉(zhuǎn)錄和翻譯,例如使用T7啟動(dòng)子調(diào)節(jié)序列和T7聚合酶。原核細(xì)胞中的蛋白質(zhì)表達(dá),經(jīng)常是由含有組成型或者誘導(dǎo)型啟動(dòng)子的栽體進(jìn)行的,這些啟動(dòng)子指導(dǎo)融合蛋白質(zhì)或者非融合蛋白質(zhì)的表達(dá)。融合載體在編碼蛋白質(zhì)上添加一定數(shù)目的氨基酸,通常是在重組蛋白質(zhì)的氨基末端,但也可以在C末端,或與蛋白中的合適區(qū)域融合。這種融合載體具有3個(gè)典型用途1)增加重組蛋白質(zhì)的表達(dá);2)增加重組蛋白質(zhì)的溶解性;和3)用作親和純化的配基,幫助融合蛋白純化。在融合表達(dá)載體中,蛋白質(zhì)切割位點(diǎn)經(jīng)常是被引入到融合部分與重組蛋白質(zhì)的結(jié)合處,使得在純化出融合蛋白質(zhì)之后,能夠把重組蛋白質(zhì)與融合部分分離開。這種酶,以及它們的同源識(shí)別序列,包括Xa因子、凝血酶和腸激酶。典型的融合表達(dá)載體包括pGEX(PharmaciaBiotechInc;Smith,D.B.andJohnson,K.S.(1988)(7,67:31-40),pMAL(NewEnglandBiolabs,Beverly,MA)和pRIT5(Pharmacia,Piscataway,NJ),它們分別與目標(biāo)重組蛋白融合了谷光甘肽S-轉(zhuǎn)移酶(GST),麥芽糖E結(jié)合蛋白,或者蛋白質(zhì)A。在一個(gè)實(shí)施方案中,MP蛋白編碼序列被克隆到pGEX表達(dá)載體中,產(chǎn)生一個(gè)編碼融合蛋白的載體,該載體從N-末端到C-末端包括,GST-凝血酶切割位點(diǎn)-X蛋白質(zhì)。融合蛋白可以使用谷光甘肽-瓊脂糖樹脂,通過親和層析純化。與GST分離開的重組MP蛋白,可以通過用凝血酶切割融合蛋白質(zhì)得到。合適的大腸桿菌誘導(dǎo)型非融合表達(dá)載體的實(shí)例包括,pTrc(Amann"(1988)Ge"e69:301-315),pLG338,pACYC184,pBR322,pUC18,pUC19,pKC30,pRep4,pSHl,pSH2,pPLc236,pMBL24,pLG200,pUR290,pIN-III113-B1,入gtl1,pBdCl,和pET1ld(Studieretal.,五;cpm^'o"Tec/mo/ogy:她/72odls五"27wo/ogv185,AcademicPress,SanDiego,California(1990)60-89;andPouwels"a/.,eds.(1985)CloningVectors.Elsevier:NewYorkIBSN0444904018)。pTrc載體的目標(biāo)基因表達(dá),依賴于雜交trp-lac融合啟動(dòng)子的宿主RNA聚合酶的轉(zhuǎn)錄。pETlld載體的目標(biāo)基因表達(dá),依賴于共表達(dá)的病毒RNA聚合酶(T7gnl)介導(dǎo)的T7gnl0-lac融合啟動(dòng)子的轉(zhuǎn)錄。該病毒聚合酶由宿主菌抹BL21(DE3)或者HMS174(DE3)中駐留的入噬菌體提供,該噬菌體含有在lacUV5啟動(dòng)子轉(zhuǎn)錄控制下的T7gnl基因。對(duì)于其他種類細(xì)菌的轉(zhuǎn)化,可以選擇合適的載體。例如,已知質(zhì)粒pIJ101,pIJ364,pIJ702和pIJ361轉(zhuǎn)化鏈霉菌是有效的,而質(zhì)粒pUB110,pC194,或者pBD"4適合轉(zhuǎn)化桿狀菌種。有助于把遺傳信息轉(zhuǎn)入棒狀桿菌的幾種質(zhì)粒包括pHM1519,pBLl,pSA77或者pAJ667(Pouwelse/a/.,eds.(1985)CloningVectors,Elsevier:NewYorkIBSN0444904018)。一種最大限度增大重組蛋白表達(dá)的方案是,在宿主細(xì)胞中表達(dá)這樣的蛋白質(zhì),該蛋白質(zhì)具有不會(huì)減弱的蛋白酶剪切重組蛋白質(zhì)的能力(Gottesman,S.,Gewe5^ms57'owZ"ec/mo/ogy,.M"/。(is£>^ymo/ogy185,AcademicPress,SanDiego,California(1990)119-128)。另一種方案是改變插入表達(dá)載體中核酸的核酸序列,使得每個(gè)氨基酸的密碼子都是所選用于表達(dá)的細(xì)菌優(yōu)先使用的,例如谷氨酸棒桿菌(Wadae/"/.(1992)NucleicAcidsRes.20:2111-2118)。本發(fā)明核酸序列的這種改變,是可以通過標(biāo)準(zhǔn)DNA合成技術(shù)進(jìn)行的。在另一個(gè)實(shí)施方案中,MP蛋白表達(dá)栽體是酵母表達(dá)載體。酵母S.cer,v&ae用于表達(dá)的載體的實(shí)例包括,pYepSecl(Baldari,etal.,(1987)6:229-234),2p,pAG-l,Yep6,Yepl3,pEMBKYe23,pMFa(KurjanandHerskowitz,(1982)Ce〃30:933-943),pJRY88(Schultzetal.,(1987)Gewe54:113-123),和pYES2(InvitrogenCorporation,SanDiego,CA)。用于構(gòu)建適合在其他真菌中,例如絲狀真菌中,使用的栽體的栽體和方法,包括那些詳述于下列文獻(xiàn)中的vandenHondel,C.A.M.J.J.&Punt,P.J.(1991)"Genetransfersystemsandvectordevelopmentforfilamentousfungi,in:AppliedMolecularGeneticsofFungi,J,F.Peberdy,<a/"eds.,p.1-28,CambridgeUniversityPress:Cambridge,andPouwelsa/"eds.(1985)CloningVectors,Elsevier:NewYorkIBSN0444904018)。另外,本發(fā)明MP蛋白可以使用桿狀病毒表達(dá)載體在昆蟲細(xì)胞中表達(dá)。在培養(yǎng)的昆蟲細(xì)胞(例如Sf9細(xì)胞)中,用于表達(dá)蛋白質(zhì)的桿狀病毒載體包括,pAC系列(Smith"a/.(1983)嵐Ce〃脂,3:2156-2165)和pVL系列(LucklowandSummer(1989)^yo/ogv170:31-39)。在另一個(gè)實(shí)施方案中,本發(fā)明MP蛋白可以在單細(xì)胞植物細(xì)胞(例如藻類)中表達(dá),或者在高等植物(例如種子植物,像是作物植物)的植物細(xì)胞中表達(dá)。植物表達(dá)載體的實(shí)例包括那些詳述于下列文獻(xiàn)中的Becker,D.,Kemper,E.,Schell,J.andMasterson,R.(1992)"Newplantbinaryvectorswithselectablemarkerslocatedproximaltotheleftborder",尸/a"fMo/.Ao/.20:1195-1197;和Bevan,M.W.(1984)"BinaryJgroZ)"e/e"'w附vectorsforplanttransformation",AAwc/.v4"'c,iej.12:8711-8721,包括pLGV23,pGHlac也是在另一個(gè)實(shí)施方案中,本發(fā)明核酸使用哺乳動(dòng)物表達(dá)載體在哺乳動(dòng)物細(xì)胞中表達(dá)。哺乳動(dòng)物表達(dá)載體的實(shí)例包括pCDM8(Seed,B.(1987)Atowre329:840)和pMT2PC(Kaufman"a/.(1987)6:187-195)。表達(dá)載體的控制功能,當(dāng)時(shí)用在哺乳動(dòng)物中時(shí),經(jīng)常是由病毒調(diào)節(jié)元素提供的。例如,通常使用的啟動(dòng)子來自多形瘤、腺病毒2、巨細(xì)胞病毒和猿猴病毒40。其他對(duì)于原核細(xì)胞和真核細(xì)胞都合適的表達(dá)體系,參見Sambrook,丄,F(xiàn)ritsh,E.F.,andManiatis,T.A/o/ecw/arC7om'"g:爿Z^Zo,由廣yMa"""/.2"《ec/.CoW5^rz'"gZ/"rZ)or丄"Zora/w少,ColdSpringHarborLaboratoryPress,ColdSpringHarbor,NY,1989的16章和17章。在另一個(gè)實(shí)施方案中,重組的哺乳動(dòng)物表達(dá)載體,能夠指導(dǎo)特定細(xì)胞類型中優(yōu)選核酸的表達(dá)(例如,組織特異性調(diào)節(jié)元素被用于表達(dá)核酸)。組織特異性調(diào)節(jié)元素在技術(shù)上是已知的。合適的組織特異性啟動(dòng)子的實(shí)例包括但不局限于,白蛋白啟動(dòng)子(肝臟特異;Pinkertefa/.(1987)Dev.1:268-277),淋巴特異啟動(dòng)子(CalameandEaton(1988)Adv.Immunol.43:235-275),T-細(xì)胞受體的特殊啟動(dòng)子(WinotoandBaltimore(1989)E7、ffi0/8:729-933)和免疫球蛋白的特殊啟動(dòng)子(Banerji"a/.(1983)CW/33:729-740;QueenandBaltimore(1983)CW/33:741-748),神經(jīng)元特異的啟動(dòng)子(例如神經(jīng)絲啟動(dòng)子;ByrneandRuddle(1989)尸^V5"86:5473-5477),胰腺特異的啟動(dòng)子(Edlundetal.(1985)Sc/e"ce230:912-916),以及乳腺特異的啟動(dòng)子(例如乳汁乳清啟動(dòng)子;U.S.PatentNo.4,873,316和EuropeanApplicationPublicationNo.264,166)。也包括發(fā)育調(diào)節(jié)的啟動(dòng)子,例如鼠類hox啟動(dòng)子(KesselandGruss(1990)Scze"ce249:374-379)和cc-月臺(tái)蛋白啟動(dòng)子(CampesandTilghman(1989)Dev.3:537-546)。本發(fā)明此外還提供了含有本發(fā)明DNA分子的重組表達(dá)載體,該DNA分子以反義方向克隆在表達(dá)載體中。也就是說,DNA分子可以可操作性的按以下方式連接到調(diào)節(jié)序列上,即允許與MPmRNA反義的RNA分子表達(dá)(通過DNA分子的轉(zhuǎn)錄)的方式??梢赃x擇那些在各種細(xì)胞類型中指導(dǎo)反義RNA分子連續(xù)表達(dá)的調(diào)節(jié)序列,,例如病毒啟動(dòng)子和/或增強(qiáng)子,或者可以選擇指導(dǎo)連續(xù)的、組織特異的或者細(xì)胞類型特異的反義RNA表達(dá)的調(diào)節(jié)序列,作為調(diào)節(jié)序列。反義表達(dá)栽體可以以重組質(zhì)粒、噬菌?;蛘邷p毒病毒的形式存在,在其中反義核酸在高效調(diào)節(jié)區(qū)域的控制下產(chǎn)生,其活性可以通過引入載體的細(xì)胞類型來確定。關(guān)于使用反義基因調(diào)節(jié)基因表達(dá),可以參見Weintraub,H.etal.,AntisenseRNAasamoleculartoolforgeneticsanalysis,Review—TrendsinGenetics,Vol.1(1)1986。本發(fā)明的另一方面,涉及被引入本發(fā)明重組表達(dá)載體的宿主細(xì)胞的。術(shù)語"宿主細(xì)胞"和"重組宿主細(xì)胞"在此處可以交替使用。該術(shù)語應(yīng)該理解為,不僅指被挑選的特定細(xì)胞,而且也指這些細(xì)胞的后代或者可能的后代。因?yàn)橥蛔兓蛘攮h(huán)境影響會(huì)使得某些修飾發(fā)生在成功的傳代中,這些后代細(xì)胞實(shí)際上不可能與母細(xì)胞完全相同,但是也包含在此處使用的術(shù)語范圍之內(nèi)。宿主細(xì)胞可以是任何原核或者真核細(xì)胞。例如,MP蛋白可以在像是谷氨酸棒桿菌這樣的細(xì)菌細(xì)胞中、昆蟲細(xì)胞中、酵母細(xì)胞中或者哺乳動(dòng)物細(xì)胞(例如中國大鼠卵巢細(xì)胞(CHO)或者COS細(xì)胞)中表達(dá)。其他合適的宿主細(xì)胞,對(duì)于本領(lǐng)域技術(shù)人員來說是熟知的??梢杂米鞅景l(fā)明核酸和蛋白質(zhì)分子宿主細(xì)胞的谷氨酸棒桿菌親緣微生物,在表3中列出。載體DNA可以通過常規(guī)轉(zhuǎn)化或者轉(zhuǎn)染技術(shù),引入原核或者真核細(xì)胞。如此處所用的那樣,術(shù)語"轉(zhuǎn)化"和"轉(zhuǎn)染"的意思是指各種本領(lǐng)域熟知的,把外源核酸(例如,線性DNA或者RNA(例如,線性載體或者沒有載體的單獨(dú)基因結(jié)構(gòu)))或者以栽體形式存在的核酸(例如,質(zhì)粒、噬菌體、噬菌粒、噬菌粒、轉(zhuǎn)座子或者其他DNA)轉(zhuǎn)入宿主細(xì)胞的技術(shù),包括磷酸鈣或者氯化鈣共沉淀,DEAE-右旋糖苷介導(dǎo)的轉(zhuǎn)染,脂質(zhì)轉(zhuǎn)染,或者電傳孔。轉(zhuǎn)化或者轉(zhuǎn)染宿主細(xì)胞的合適方法,可以在Sambrook,a/.(A/o/ecw/arC7om'"g..爿丄a6ona^oryA^awwa/.2w《e<aL,Co/cS;n"gHa/^or丄a60r加07,ColdSpringHarborLaboratoryPress,ColdSpringHarbor,NY,1989),以及其他實(shí)驗(yàn)室手冊(cè)上找到。、已知,為了穩(wěn)定的轉(zhuǎn)染哺乳動(dòng)物細(xì)胞,依靠使用的表i載體和轉(zhuǎn)染技術(shù),只有一小部分可以把外源DNA整合到其自身基因組中。為了鑒定和篩選這些整合體,編碼篩選標(biāo)記(例如,對(duì)抗生素的抗性)的基因通常與感興趣的基因被一同引入宿主細(xì)胞。優(yōu)選的篩選標(biāo)記包括那些能賦予藥物抗性的標(biāo)記,例如G418、潮霉素和氨曱蝶呤。編碼篩選標(biāo)記的核酸,可以與MP蛋白在同一個(gè)載體上被引入宿主細(xì)胞,或者在單獨(dú)的載體上引入宿主細(xì)胞。經(jīng)被引入核酸穩(wěn)定轉(zhuǎn)染的細(xì)胞,可以使用藥物篩選鑒定(例如,與篩選標(biāo)記基因合并的細(xì)胞可以存活,而其他細(xì)胞則死掉)。為了創(chuàng)造同源重組微生物,制備含有至少部分MP基因的載體,該基因具有缺失、添加或者取代,從而改變,例如功能性破壞,MP基因。優(yōu)選的該是谷氨酸棒桿菌MP基因,但是它也可以是來自親緣細(xì)菌的同源物,甚至是來自哺乳動(dòng)物、酵母或者昆蟲。在一個(gè)優(yōu)選的實(shí)施方案中,設(shè)計(jì)載體,使得根據(jù)同源重組,內(nèi)源MP基因被功能性破壞(即,不在編碼功能蛋白質(zhì);也稱作"敲除"載體)。另外,可以設(shè)計(jì)栽體,使得根據(jù)同源重組,內(nèi)源MP基因被發(fā)生突變或者改變,但是仍編碼功能蛋白質(zhì)(例如,改變上游調(diào)節(jié)區(qū)域,從而改變內(nèi)源MP基因的表達(dá))。在同源重組載體中,被改變的MP基因部分,在其5'和3'末端側(cè)面連接有多余的MP核酸,使得同源重組可以發(fā)生在栽體攜帶的外源MP基因和微生物的內(nèi)源MP基因之間。多余的側(cè)面連接的MP核酸具有足夠的長度,可以與內(nèi)源基因成功的發(fā)生同源重組。典型的,載體中含有幾千個(gè)堿基的側(cè)鏈DNA(5,和3,末端)(參見,例如,Thomas,K.R.,andCapecchi,M.R.(1987)Cell51:503foradescriptionofhomologousrecombinationvectors)。引入微生物(例如電傳孔)和細(xì)胞的栽體,選擇那些其中引入的MP基因與內(nèi)源MP基因,使用技術(shù)上已知的技術(shù)可以同源重組的。在另一個(gè)實(shí)施方案中,可以產(chǎn)生含有所選擇系統(tǒng)的重組微生物,該系統(tǒng)允許調(diào)節(jié)引入基因的表達(dá)。例如,包含的MP基因在載體中處于lac操縱子的控制之下,使得MP基因只能在IPTG存在時(shí)表達(dá)。這種調(diào)節(jié)系統(tǒng)在技術(shù)上是熟知的。在另一個(gè)實(shí)施方案中,宿主細(xì)胞中的內(nèi)源MP基因被破壞(例如,通過同源重組或者其他技術(shù)上已知的遺傳方法),使得其蛋白質(zhì)產(chǎn)物的表達(dá)不能發(fā)生。在另一個(gè)實(shí)施方案中,宿主細(xì)胞中的內(nèi)源的或者引入的MP基因,經(jīng)一個(gè)或者多個(gè)點(diǎn)突變、缺失或者倒置而改變,但是仍舊編碼功能MP蛋白。而在另一個(gè)實(shí)施方案中,微生物MP基因的一個(gè)或者多個(gè)調(diào)節(jié)區(qū)域(例如,啟動(dòng)子、阻抑物或者誘導(dǎo)子)被改變(例如,通過缺失、剪切、倒置或者點(diǎn)突變),使得MP基因的表達(dá)得到調(diào)節(jié)。本領(lǐng)域技術(shù)人員可以意識(shí)到,含有不止一個(gè)所述MP基因和蛋白質(zhì)修飾的宿主細(xì)胞,使用本發(fā)明的方法可以很容易的產(chǎn)生,這些細(xì)胞也包含在本發(fā)明中。本發(fā)明宿主細(xì)胞,例如培養(yǎng)的原核或者真核宿主細(xì)胞,可以用于產(chǎn)生(例如表達(dá))MP蛋白。因此,本發(fā)明進(jìn)一步提供了,使用本發(fā)明宿主細(xì)胞產(chǎn)生MP蛋白的方法。在一個(gè)實(shí)施方案中,該方法包括在合適的培養(yǎng)基中培養(yǎng)本發(fā)明的宿主細(xì)胞(其中引入了編碼MP蛋白的重組表達(dá)載體,或者其基因組中引入了編碼野生型或者改變的MP蛋白的基因),直到產(chǎn)生MP蛋白。在另一個(gè)實(shí)施方案中,該方法進(jìn)一步包括從培養(yǎng)基或者宿主細(xì)胞中分離MP蛋白。C.分離的MP蛋白本發(fā)明的另一方面涉及分離的MP蛋白及其生物活性部分的。"分離的"或者"純化的"蛋白,或者其生物活性部分,當(dāng)使用重組DNA技術(shù)生產(chǎn)時(shí)基本上沒有細(xì)胞物質(zhì),當(dāng)化學(xué)合成時(shí)基本上沒有化學(xué)前體或者其他化學(xué)物質(zhì)。術(shù)語"基本上不含細(xì)胞物質(zhì)"包括這樣的MP蛋白制備,其中蛋白質(zhì)被從天然或者重組產(chǎn)生該蛋白質(zhì)的細(xì)胞的細(xì)胞組分中分離出。在一個(gè)實(shí)施方案中,術(shù)語"基本上不含細(xì)胞物質(zhì)"包括制備含有至少大約30%(千重)非MP蛋白(此處也稱作"污染蛋白質(zhì)")的MP蛋白,更優(yōu)選的含有少于大約20。/o的非MP蛋白,甚至更優(yōu)選的含有少于大約10。/o的非MP蛋白,最優(yōu)選的含有少于大約5M的非MP蛋白。當(dāng)MP蛋白或者其生物活性部分經(jīng)重組產(chǎn)生時(shí),優(yōu)選是基本上不含培養(yǎng)基,即培養(yǎng)基少于制備蛋白質(zhì)體積的大約20%,優(yōu)選的少于10%,最優(yōu)選的少于大約5%。術(shù)語"基本上不含化學(xué)前體或者其他化學(xué)物質(zhì)"包括這樣的MP蛋白制備,其中蛋白質(zhì)被從參與蛋白質(zhì)合成的化學(xué)前體或者其他化學(xué)物質(zhì)中分離出。在一個(gè)實(shí)施方案中,術(shù)語"基本上不含化學(xué)前體或者其他化學(xué)物質(zhì)"包括制備含有至少大約30%(干重)化學(xué)前體或者非MP化學(xué)物質(zhì)的MP蛋白,更優(yōu)選的含有少于大約20%的化學(xué)前體或者非MP化學(xué)物質(zhì),甚至更優(yōu)選的含有少于大約10。/。的化學(xué)前體或者非MP化學(xué)物質(zhì),最優(yōu)選的含有少于大約5。/。的化學(xué)前體或者非MP化學(xué)物質(zhì)。在一個(gè)優(yōu)選的實(shí)施方案中,分離的蛋白質(zhì)或者其生物活性部分,不含有來自獲得MP蛋白的同一生物體的污染蛋白質(zhì)。這種蛋白質(zhì)典型的是由重組表達(dá)產(chǎn)生,例如像谷氨酸棒桿菌這樣微生物中的谷氨酸棒桿菌MP蛋白的重組表達(dá)。分離的本發(fā)明的MP蛋白或者其生物活性部分,能夠催化氨基酸、維生素、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng)或者具有一種或者多種列在表l中的活性。在一個(gè)優(yōu)選的實(shí)施方案中,蛋白質(zhì)或者其部分含有這樣的氨基酸序列,該序列與本發(fā)明的氨基酸序列(例如,序列表偶數(shù)序列號(hào)序列中的一個(gè)序列)有充分的同源性,使得該蛋白質(zhì)或者其生物活性部分,能夠催化氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核香或海藻糖代謝途徑中的酶促反應(yīng)。蛋白質(zhì)的部分,優(yōu)選是指此處描述的生物活性部分。在另一個(gè)優(yōu)選的實(shí)施方案中,本發(fā)明的MP蛋白具有在序列表中以偶數(shù)序列號(hào)列出的氨基酸序列。在另一個(gè)優(yōu)選的實(shí)施方案中,MP蛋白具有由核苷酸序列編碼的氨基酸序列,該核苷酸序列與本發(fā)明的核苷酸序列(例如,序列表奇數(shù)序列號(hào)序列中的一個(gè)序列)雜交,例如在嚴(yán)格條件下雜交。在另一個(gè)優(yōu)選的實(shí)施方案中,MP蛋白具有由這樣的核苷酸序列編碼的氨基酸序列,該核苷酸序列與本發(fā)明的一條核酸序列或者其部分,有至少大約50%,51%,52%,53%,54%,55%,56%,57%,58%,59%或者60%的同源性,優(yōu)選的有至少大約61%,62%,63%,64%,65%,66%,67%,68%,69%或者70%的同源性,更優(yōu)選的有至少大約71%,72%,73%,74%,75%,76%,77%,78%,79%或者80%,81%,82%,83%,84%,85%,86%,87%,88%,88%,89%或者90%,或者91%,92%,93%,94%,以及甚至更優(yōu)選的有至少大約95%,96%,97%,98%,99%或者更高的同源性。介于上面引述的值之間的范圍或者一致性值(例如,70-90%的一致性或者80-95%的一致性),也有意的包含在本發(fā)明中。例如,有意的包含了這樣的一致性值范圍,這些范圍是上面引用的上限和/或下限值的組合。本發(fā)明優(yōu)選的MP蛋白也優(yōu)選的具有至少一種此處描述的MP活性。例如,一種本發(fā)明優(yōu)選的MP蛋白包含這樣的核芬酸序列編碼的氨基酸序列,該核香酸序列與本發(fā)明的核苷酸序列雜交,例如在嚴(yán)格條件下雜交,并且該序列能夠催化氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖代謝途徑中的酶促反應(yīng),或者具有一種或者多種列在表l中的活性。在其他實(shí)施方案中,MP蛋白與本發(fā)明的氨基酸序列(例如,序列表偶數(shù)序列號(hào)序列中的一個(gè)序列)有充分的同源性,并且具有本發(fā)明氨基酸序列蛋白質(zhì)的功能活性,正如以上I部分詳細(xì)描述的那樣,其氨基酸序列由于天然改變或者突變而有所不同。因此,在另一個(gè)實(shí)施方案中,MP蛋白是這樣的蛋白質(zhì),它具有的氨基酸序列與本發(fā)明的完全氨基酸序列,有至少大約50%,51%,52%,53%,54%,55%,56%,57%,58%,59%或者60%的同源性,優(yōu)選的有至少大約61%,62%,63%,64%,65%,66%,67%,68%,69%或者70%的同源性,更優(yōu)選的有至少大約71%,72%,73%,74%,75%,76%,77%,78%,79%或者80%,81%,82%,83%,84%,85%,86%,87%,88%,88%,89%或者90%,或者91%,92%,93%,94%,以及甚至更優(yōu)選的有至少大約95%,96%,97%,98%,99%或者更高的同源性,并且具有至少一種此處描述的MP活性。.介于上面引述的值之間的范圍或者一致性值(例如,70-90%的一致性或者80-95%的一致性),也有意的包含在本發(fā)明中。例如,有意的包含了這樣的一致性值范圍,這些范圍是上面引用的上限和/或下限值的組合。在另一個(gè)實(shí)施方案中,本發(fā)明與這樣的全長谷氨酸4奉桿菌蛋白質(zhì)有關(guān),該蛋白質(zhì)與本發(fā)明的氨基酸序列有充分的同源性。MP蛋白的生物活性部分包含這樣的多肽,該多肽含有來自MP蛋白氨基酸序列的氨基酸序列,例如,序列表偶數(shù)序列號(hào)的氨基酸序列或者與MP蛋白同源蛋白質(zhì)的氨基酸序列,該部分含有比全長MP蛋白或者全長MP蛋白同源蛋白質(zhì)更少的氨基酸,并且表現(xiàn)出至少一種MP蛋白活性。典型的生物活性部分(肽,例如,氨基酸長度為像是5,10,15,20,30,35,36,37,38,39,40,50,100或者更多的肽)包括一個(gè)具有至少一種MP蛋白活性的結(jié)構(gòu)域或者基元。另外,其他生物活性部分,其中蛋白質(zhì)的其他部分已被刪除,可以通過重組技術(shù)制備,并鑒定其此處描述的一種或者多種活性。優(yōu)選的MP蛋白的生物活性部分,含有一個(gè)或者多個(gè)挑選的具有生物活性的結(jié)構(gòu)域/基元或者其部分。MP蛋白優(yōu)選的通過重組DNA技術(shù)生產(chǎn)。例如,把編碼蛋白質(zhì)的核酸分子克隆到表達(dá)載體中(如上所述),將表達(dá)載體引入宿主細(xì)胞(如上所述)并在宿主細(xì)胞中表達(dá)MP蛋白。然后按照合適的純化方案,使用標(biāo)準(zhǔn)蛋白質(zhì)純化技術(shù),從細(xì)胞中分離MP蛋白。除了重組表達(dá),可以使用標(biāo)準(zhǔn)肽合成技術(shù)化學(xué)合成MP蛋白、多肽或者肽。另外,天然MP蛋白可以從細(xì)胞(例如內(nèi)皮細(xì)胞)中分離,例如使用抗-MP抗體,該抗體可以使用本發(fā)明的MP蛋白或者其部分通過標(biāo)準(zhǔn)技術(shù)產(chǎn)生。本發(fā)明也提供了MP嵌合蛋白或者融合蛋白。如此處所用的,MP"嵌合蛋白,,或者"融合蛋白"含有可操作性連接到非MP多肽上的MP多肽。"MP多肽"是指含有MP相關(guān)氨基酸序列的多肽,而"非MP蛋白"是指含有這樣的蛋白質(zhì)相關(guān)氨基酸序列的多肽,該蛋白質(zhì)與MP蛋白沒有基本的同源性,例如,來自相同或者不同生物體的與MP蛋白不同的蛋白質(zhì)。在融合蛋白質(zhì)中,術(shù)語"可操作性連接"的意思是指,MP蛋白與非MP蛋白相互之間是符合讀框的融合。非MP多肽可以融合到MP多肽的N-末端或者C-末端。例如,在一個(gè)實(shí)施方案中,融合蛋白質(zhì)是DST-MP融合蛋白,其中MP序列融合到GST序列的C-末端。該融合蛋白質(zhì)有助于重組MP蛋白的純化。在另一個(gè)實(shí)施方案中,融合蛋白質(zhì)是在其N-末端有異源信號(hào)序列的MP蛋白。在某些宿主細(xì)胞(例如哺乳動(dòng)物宿主細(xì)胞)中,通過使用異源信號(hào)序列可以增加MP蛋白的表達(dá)和/或分泌。優(yōu)選,本發(fā)明的嵌合蛋白或者融合蛋白通過標(biāo)準(zhǔn)重組DNA技術(shù)產(chǎn)生。例如,依照常規(guī)技術(shù)編碼不同多肽序列的DNA片段被符合讀框的連接在一起,例如,使用平頭末端或者交錯(cuò)末端的末端連接,使用限制性酶進(jìn)行消化以提供合適的末端,使用粘性末端補(bǔ)平作為合適的末端,使用堿性磷酸酶處理以避免不合需要的連接廠以及使用酶促連接。在另一個(gè)實(shí)施方案中,可以使用常規(guī)技術(shù)包括自動(dòng)DNA合成儀合成融合基因。另外,可以使用錨引物進(jìn)行基因片段的PCR擴(kuò)增,錨引物可以增加兩條連續(xù)基因片段之間的互補(bǔ)的突出端,連續(xù)基因可以隨后進(jìn)行退火和再擴(kuò)增而產(chǎn)生嵌合基因序列(參見,例如,Cwre"f尸ra&co/""A/o/ecw/ar說o/ogy,eds.Ausubela/.JohnWiley&Sons:1992)。另外,很多已經(jīng)編碼融合部分(例如GST多肽)的表達(dá)載體是商業(yè)提供的。MP-編碼核酸可以被克隆到這種表達(dá)載體中,使得融合部分符合讀框的連接到MP蛋白上。MP蛋白的同源物可以通過突變產(chǎn)生,例如MP蛋白的不連續(xù)點(diǎn)突變或者剪切。如此處所用的,術(shù)語"同源物"是指MP蛋白的變體形式,它們可以用作MP蛋白活性的激動(dòng)劑或者拮抗物。MP蛋白的激動(dòng)劑可以基本上具有MP蛋白相同的或者部分的生物活性。MP蛋白的拮抗物可以抑制MP蛋白天然存在形式的一種或者多種活性,例如,通過與包含MP蛋白的MP系統(tǒng)的下游或者上游成員竟?fàn)幮越Y(jié)合。因此,本發(fā)聽的谷氨酸棒桿菌MP蛋白及其同源物,可以調(diào)節(jié)一條或者多條糖類轉(zhuǎn)運(yùn)途徑的活性,或者調(diào)節(jié)MP蛋白在該微生物中發(fā)揮作用的細(xì)胞內(nèi)信號(hào)傳導(dǎo)途徑的活性。在另外的實(shí)施方案中,MP蛋白的同源物可以通過篩選MP蛋白突變體的組合文庫,例如剪切突變體,來鑒定MP蛋白激動(dòng)劑或者拮抗劑活性。在一個(gè)實(shí)施方案中,MP變體的多樣性文庫通過在核酸水平上組合性突變而產(chǎn)生,并由多樣性基因文庫編碼。MP變體的多樣性文庫可以通過,例如,把合成的寡聚核苷酸混合物酶促連接到基因序列中,使得潛在MP序列的簡并集合作為單個(gè)多肽,或者其中含有MP序列集合的更大的融合蛋白質(zhì)(例如為了噬菌體展示)的集合,是可以表達(dá)的。有各種方法可以用于從簡并寡聚核苷酸序列,產(chǎn)生潛在MP同源物文庫??梢杂米詣?dòng)DNA合成儀進(jìn)行簡并基因序列的化學(xué)合成,然后合成基因被連接到合適的表達(dá)載體中?;蚝啿⒓系氖褂?,允許混合的提供編碼所需潛在MP序列集合的全部序列。合成簡并寡聚核苷酸的方法在技術(shù)上是已知的(參見,Ike"a/.(1983)淑/ez'c11:477)。另外,編碼MP蛋白片段的文庫,可用于產(chǎn)生MP片段的多樣性群體,該群體用于篩選并挑選MP蛋白的同源物。在一個(gè)實(shí)施方案中,編碼序列片段的文庫可以這樣產(chǎn)生,即在大約每分子只產(chǎn)生一個(gè)切口的條件下,用核酸酶處理MP編碼序列的雙鏈PCR片段,變性雙鏈DNA,復(fù)性DNA以形成雙鏈DNA,該雙鏈DNA可以包含從不同有切口的產(chǎn)物形成的有義/反義對(duì),在重新形成的雙螺旋中通過Sl核酸酶處理除去單鏈部分,以及把最后得到的片段文庫連接到表達(dá)載體中。通過該方法,可以得到編碼N-末端、C-末端和不同大小MP蛋白中間片段的表達(dá)文庫。篩選由點(diǎn)突變或者剪切得到的組合文庫中的基因產(chǎn)物的許多技術(shù),以及篩選cDNA文庫中具有所挑選特性基因產(chǎn)物的技術(shù),在技術(shù)上都是已知的。這些技術(shù)都適用于由MP同源物組合突變得到的基因文庫的快速篩選。篩選大型基因庫的應(yīng)用最廣泛的技術(shù),能夠用于高產(chǎn)量分析,包括把基因組文庫克隆到可復(fù)制表達(dá)載體中,用得到的栽體文庫轉(zhuǎn)化載體文庫,以及在一定條件下表達(dá)組合基因,在該條件下所需活性的檢測(cè)有助于編碼被檢測(cè)產(chǎn)物基因的載體的分離?;貧w系綜突變(REM),—種增加文庫中功能突變體頻率的新技術(shù),可以與篩選分析一起用于鑒定MP同源物(ArkinandYourvan(1992)/MiVS89:7811-7815;Delgmveetal.(1993)£>2g/"em'"g6(3):327-331)。在另一個(gè)實(shí)施方案中,使用技術(shù)上已知的方法,基于細(xì)胞的分析可以用于分析多樣性MP文庫。D.本發(fā)明的應(yīng)用和方法此處描述的核酸分子、蛋白質(zhì)、蛋白質(zhì)同源物、融合蛋白質(zhì)、引物、載體和宿主細(xì)胞,可以應(yīng)用于下述一種或者多種方法中鑒定谷氨酸棒桿菌和親緣微生物;繪制谷氨酸棒桿菌親緣生物體的基因組圖譜;鑒定和定位谷氨酸棒桿菌的感興趣序列;進(jìn)化研究;確定MP蛋白的功能必需區(qū)域;MP蛋白活性調(diào)節(jié);MP途徑活性調(diào)節(jié);所需化合物,例如精細(xì)化學(xué)物質(zhì)的細(xì)胞生產(chǎn)的調(diào)節(jié)。本發(fā)明MP核酸分子具有各種用途。首先,它們可以用于鑒定一種生物體是否是谷氨酸棒桿菌或者其近親生物體。它們也可以用于鑒定混合微生物群體中谷氨酸棒桿菌或者其親緣生物體的存在。本發(fā)明提供了許多谷氨酸棒桿菌基因的核酸序列;在嚴(yán)格條件下,使用跨越對(duì)谷氨酸棒桿菌特異基因的探針,探測(cè)從單一或者混合微生物培養(yǎng)物中提取的基因組DNA,可以確定該生物體是否存在。盡管谷氨酸棒桿菌本身是非致病性的,但是它與致病種類相關(guān),例如白喉棒桿菌。白喉棒桿菌是白喉的致病源,白喉是一種發(fā)展迅速、急性、發(fā)燒的感染,它涉及局部病狀和系統(tǒng)病狀。得這種疾病時(shí),上呼吸道發(fā)生局部病變,并且包括上皮細(xì)胞壞死性損傷;細(xì)菌分泌毒素,毒素從病變處散布到身體易受感染的末梢組織。這些組織包括心臟、肌肉、外周神經(jīng)、腎上腺、腎臟、肝臟和脾臟,在其中由于蛋白質(zhì)合成被抑制而造成的變質(zhì)性改變,會(huì)導(dǎo)致該疾病的系統(tǒng)病狀。白喉在世界許多地區(qū)保持高發(fā)病率,這些地區(qū)包括非洲、亞洲、東歐和前蘇聯(lián)的獨(dú)立國家。從1990年起,在后兩個(gè)地區(qū)白喉的持續(xù)流行,導(dǎo)致了至少5,000人死亡。在一個(gè)實(shí)施方案中,本發(fā)明與鑒定受試者中白喉棒桿菌存在或者活性的方法有關(guān)。該方法包括鑒定受試者中本發(fā)明的一條或者多條核酸或者氨基酸序列(例如,分別列在序列表中的奇數(shù)或者偶數(shù)序列號(hào)序列),從而檢測(cè)受試者中白喉棒桿菌的存在或者活性。谷氨酸棒桿菌和白喉棒桿菌是有親緣關(guān)系的細(xì)菌,谷氨酸棒桿菌中的許多核酸和蛋白質(zhì)分子是白喉棒桿菌中核酸和蛋白質(zhì)分子的同源物,因此也可以用于檢測(cè)受試者中的白喉棒桿菌。本發(fā)明的核酸和蛋白質(zhì)分子也可以用作基因組特定區(qū)域的標(biāo)記。這不僅在繪制基因組圖語時(shí)有用,而且可以用于谷氨酸棒桿菌蛋白質(zhì)功能研究。例如,為了鑒定特定谷氨酸棒桿菌DNA結(jié)合蛋白與之結(jié)合的基因組區(qū)域,可以消化谷氨酸棒桿菌基因組,將片段與DNA結(jié)合蛋白孵育。與蛋白質(zhì)結(jié)合的片段可以進(jìn)一步用本發(fā)明的核酸分子探測(cè),優(yōu)選使用易檢測(cè)標(biāo)記;這些核酸分子與基因組片段的結(jié)合,可以定位片段在谷氨酸棒桿菌基因組圖譜上的位置,而且,當(dāng)使用不同的酶進(jìn)行多次操作時(shí),有助于快速確定蛋白質(zhì)與之結(jié)合的核酸序列。另外,本發(fā)明核酸分子可以與親緣種類有充分的同源性,使得這些核酸分子可以作為構(gòu)建親緣細(xì)菌基因組圖譜的標(biāo)記,例如乳發(fā)酵短桿菌。本發(fā)明的MP核酸分子又可以用于進(jìn)化和蛋白質(zhì)結(jié)構(gòu)研究。本發(fā)明分子參與的糖類攝取系統(tǒng),被各種各樣的細(xì)菌所使用;通過比較本發(fā)明核酸分子序列和那些在其他生物體中編碼相似酶的核酸分子序列,可以估算生物體的進(jìn)化相關(guān)性。類似的,這種比較允許估算保守序列區(qū)域和非保守序列區(qū)域,這可以有助于確定蛋白質(zhì)中對(duì)于酶功能必需的區(qū)域。這種類型的確定對(duì)于蛋白質(zhì)工程研究是有價(jià)值的,并且可以指示那些蛋白質(zhì)可以忍受突變而不失去功能:、u、5能的MP蛋白的產(chǎn)生。可以提高這些蛋白質(zhì)的效率或者活性,可以使之以比通常更多的數(shù)目出現(xiàn)在細(xì)胞中,或者降低其效率或者活性。本發(fā)明也提供了篩選可調(diào)節(jié)MP蛋白活性的分子的方法,這些分子或者通過與蛋白質(zhì)本身或者底物相互作用,或者與MP蛋白的配偶體結(jié)合,或者通過調(diào)節(jié)本發(fā)明MP核酸分子的轉(zhuǎn)錄或者翻譯來調(diào)節(jié)MP蛋白活性。在該方法中,表達(dá)一種或者多種MP蛋白的微生物,與一種或者多種試驗(yàn)化合物接觸,并且評(píng)估每種測(cè)試化合物對(duì)于MP蛋白活性或者表達(dá)水平的作用。當(dāng)需要從谷氨酸棒桿菌的大規(guī)模發(fā)酵培養(yǎng)物中分離的所需精細(xì)化學(xué)物質(zhì)是氨基酸、維生素、輔因子、營養(yǎng)因子、核苷酸、核苷或海藻糖時(shí),通過重組遺傳機(jī)制調(diào)節(jié)一種或多種本發(fā)明蛋白的活性效率或活性可以直接影響這些精細(xì)化學(xué)物質(zhì)中的一種。例如,對(duì)所需氨基酸生物合成途徑中的酶而言,該酶活性或效率的提高(包括存在多個(gè)拷貝的基因)應(yīng)當(dāng)導(dǎo)致所需氨基酸的生產(chǎn)或生產(chǎn)效率增加。對(duì)于其合成與所需氨基酸的生物合成竟?fàn)幍陌被嵘锖铣赏緩街械拿福撁富钚曰蛐实慕档?包括基因缺失)會(huì)導(dǎo)致所需氨基酸生產(chǎn)或生產(chǎn)效率的增加,是由于對(duì)中間體化合物和/或能量的竟?fàn)帨p少。對(duì)于所需氨基酸降解途徑的酶,該酶活性或效率的降低會(huì)導(dǎo)致所需產(chǎn)物的產(chǎn)量或生產(chǎn)效率更高,這是由于其降解減少了。最后,對(duì)所需氨基酸生物合成相關(guān)酶進(jìn)行誘變使得該酶不再被反饋抑制,這會(huì)導(dǎo)致所需氨基酸的產(chǎn)量或生產(chǎn)效率提高。對(duì)本發(fā)明的維生素、輔因子、營養(yǎng)因子、核苷酸、核苷和海藻糖代謝相關(guān)的生物合成和降解酶來說,同樣如此。類似地,當(dāng)所需精細(xì)化學(xué)物質(zhì)不是上述化合物之一時(shí),本發(fā)明的一種蛋白活性的調(diào)節(jié)仍有可能影響谷氨酸棒桿菌大規(guī)模培養(yǎng)生產(chǎn)該化合物的效率和/或產(chǎn)量。任何生物體的代謝途徑都是密切關(guān)聯(lián)的,一種途徑使用的中間體經(jīng)常由不同的途徑供給。酶表達(dá)和功能可以根據(jù)不同代謝過程化合物的細(xì)胞水平來調(diào)節(jié),基礎(chǔ)生產(chǎn)必需的分子如氨基酸和核苷酸的細(xì)胞水平對(duì)大規(guī)模培養(yǎng)中的微生物活力具有重大影響。因此,調(diào)節(jié)一種氨基酸生物合成酶使得其對(duì)反饋抑制不再有反應(yīng)或其效率或轉(zhuǎn)變提高,會(huì)導(dǎo)致一種或多種氨基酸細(xì)胞水平增加。結(jié)果,該增加的氨基酸供給不但增加對(duì)蛋白質(zhì)合成必需分子的供應(yīng),也會(huì)增加用作多種其它生物合成途徑中的中間體和前體的分子的供應(yīng)。如果細(xì)胞內(nèi)特定氨基酸有限,增加其生產(chǎn)也會(huì)增加細(xì)胞進(jìn)行多種其它代謝反應(yīng)的能力,并使細(xì)胞更有效地生產(chǎn)各種蛋白,可能會(huì)增加大規(guī)模培養(yǎng)中的細(xì)胞總生產(chǎn)速率或存活能力?;盍υ黾犹岣吡税l(fā)酵培養(yǎng)物中能夠產(chǎn)生所需精細(xì)化學(xué)物質(zhì)的細(xì)胞的數(shù)量,從而增加該化合物的產(chǎn)量。通過調(diào)節(jié)本發(fā)明降解酶活性,使得該酶不再催化對(duì)所需化合物生物合成重要,或使大規(guī)模培養(yǎng)物中的細(xì)胞生長和增殖更有效的細(xì)胞化合物的降解或催化效率降低,也會(huì)存在類似情況。應(yīng)當(dāng)強(qiáng)調(diào)的是,優(yōu)化本發(fā)明某些分子的降解活性或降低生物合成活性也會(huì)對(duì)谷氨酸棒桿菌生產(chǎn)某些精細(xì)化學(xué)物質(zhì)有正面作用。例如,通過降低與所需化合物生物合成途徑竟?fàn)幰环N或多種中間體的途徑中生物合成酶的活性效率,更多的中間體可以用于所需物質(zhì)的轉(zhuǎn)化。類似情形下需要提高一種或多種本發(fā)明蛋白的降解能力或效率。前面提到的導(dǎo)致所需化合物產(chǎn)量增加的MP蛋白誘變方案的列表,并不意味著僅局限于此;這些誘變方案的變化對(duì)于本領(lǐng)域普通技術(shù)人員來說是很明白的。經(jīng)過這些機(jī)制,本發(fā)明的核酸和蛋白質(zhì)分子可以用于產(chǎn)生表達(dá)突變MP核酸和蛋白質(zhì)分子的谷氨酸棒桿菌或者其親緣菌株,從而增加所需化合物的產(chǎn)量、生產(chǎn)和/或生產(chǎn)效率。該所需化合物可以是谷氨酸棒桿菌的任何天然產(chǎn)物,這包括生物合成途徑的最終產(chǎn)物和天然存在代謝途徑的中間體,以及不是在谷氨酸棒桿菌代謝中天然存在但是由本發(fā)明谷氨酸棒桿菌菌林產(chǎn)生的分子。在谷氨酸棒桿菌中生產(chǎn)的優(yōu)選化合物是L-賴氨酸和L-甲疏氨酸。在一個(gè)實(shí)施方案中,由谷氨酸棒桿菌中分離出編碼甲疏氨酸生物合成途徑的第三個(gè)酶胱硫醚p裂合酶的metC基因。該基因的翻譯產(chǎn)物與來自其他生物的metC基因沒有明顯的同源性。導(dǎo)入含有metC基因的質(zhì)粒到谷氨酸棒桿菌中導(dǎo)致胱硫醚(3裂合酶活性增加5倍?,F(xiàn)被稱為MetC的該蛋白產(chǎn)物編碼35574道爾頓的蛋白產(chǎn)物,由325個(gè)氨基酸組成,與以前報(bào)導(dǎo)的aec基因(Rossol,IandPuhler,A.(1992)J.Bacteriology174,2968-2977)只有兩個(gè)氨基酸不同。象aecD基因一樣,以多拷貝存在時(shí),metC基因賦予對(duì)賴氨酸的毒性類似物S-(P-氨基乙基)-半胱氨酸的抗性。但是,遺傳和生化證據(jù)揭示,metC基因的天然活性是介導(dǎo)谷氨酸棒桿菌中的甲硫氨酸生物合成。構(gòu)建了metC突變菌抹,該菌林顯示甲硫氨酸原養(yǎng)型。突變菌抹完全失去了對(duì)S-((3-氨基乙基)-半胱氨酸的抗性。這些結(jié)果顯示,除了另一個(gè)生物合成途徑轉(zhuǎn)硫作用外,直接硫化氫解途徑在谷氨酸棒桿菌中作為平行的甲硫氨酸生物合成途徑起作用。在另一個(gè)實(shí)施方案中,附加的硫化氫解途徑顯示是由O乙酰高絲氨酸硫化氫解酶催化。分離到了相應(yīng)的metZ(或metY)基因和酶(分別為SEQIDNO:l和SEQIDNO:2)證實(shí)了該途徑的存在。在真核生物中,真菌和酵母已經(jīng)報(bào)導(dǎo)同時(shí)具有轉(zhuǎn)硫作用和直接硫化氫解途徑。迄今為止,還未發(fā)現(xiàn)具有兩種途徑的原核生物。與大腸桿菌僅具有一個(gè)賴氨酸生物合成途徑不同,谷氨酸^f奉桿菌具有該氨基酸的兩個(gè)平行的生物合成途徑。在這方面,曱硫氨酸生物合成途徑類似于賴氨酸。metZ基因位于metA的上游,后者編碼催化曱硫氨酸生物合成第一步的酶(Park,S,D.,etal(1998)Mol.Cells8,286-294)。對(duì)metA的上游核下游進(jìn)行了測(cè)序以鑒定其他met基因。似乎metZ和metA形成一個(gè)操縱子。編碼MetA和MetZ的基因的表達(dá)導(dǎo)致相應(yīng)多肽的過量產(chǎn)生。令人吃驚的是,metZ克隆可以補(bǔ)充大腸桿菌metB突變抹營養(yǎng)缺陷型。這顯示metZ蛋白產(chǎn)物催化的步驟可以跨過metB蛋白產(chǎn)物催化的步驟。MetZ也被破壞,突變菌林顯示曱硫氨酸原養(yǎng)型。也構(gòu)建了谷氨酸棒桿菌metB和metZ雙重突變體。該雙重突變體是曱疏氨酸營養(yǎng)缺陷型。因此,metZ編碼的蛋白催化O-乙酰-高絲氨酸到高半胱氨酸的反應(yīng),這是曱硫氨酸生物合成的硫化氫解途徑的一個(gè)步驟。谷氨酸棒桿菌同時(shí)具有甲硫氨酸生物合成的轉(zhuǎn)硫作用和硫化氫解途徑導(dǎo)入metZ至谷氨酸棒桿菌表達(dá)47000道爾頓的蛋白。同時(shí)導(dǎo)入metZ和metA至谷氨酸棒桿菌在凝膠電泳中顯示有metA和metZ蛋白。如果棒桿菌菌抹是賴氨酸的過量生產(chǎn)者,導(dǎo)入含有metA和metZ的質(zhì)粒導(dǎo)致較低的賴氨酸效價(jià),但檢測(cè)到高半胱氨酸和甲硫氨酸積累,在另一個(gè)實(shí)施方案中,metA和metZ與hom基因一起被導(dǎo)入到谷氨酸棒桿菌中,hom基因編碼高絲氨酸脫氫酶,催化天冬氨酸半醛向高絲氨酸的轉(zhuǎn)變。選擇了不同生物的不同hom基因用于該實(shí)驗(yàn)??梢允褂霉劝彼岚魲U菌的hom基因,也可以使用來自其他原核生物如大腸桿菌或枯草芽孢桿菌的hom基因,或者真核生.物如釀酒酵母、粟酒裂殖酵母、棉桃阿舒氏嚢霉菌或海藻、高等植物或動(dòng)物的hom基因。Hom基因可以對(duì)任何天冬氨酸家族的氨基酸如天冬氨酸、賴氨酸、曱硫氨酸、蘇氨酸的生物合成途徑中任何代謝物的反饋抑制不敏感。這些代謝物如天冬氨酸、賴氨酸、曱硫氨酸、蘇氨酸、天冬氨酸磷酸、天冬氨酸半醛、高絲氨酸、胱硫醚、高半胱氨酸或任何該生物合成途徑中的其他代謝物。除了這些代謝物外,高絲氨酸脫氫酶可能對(duì)所有這些的類似物的抑制不敏感,甚至對(duì)參與該代謝的其他化合物的抑制也不敏感,因?yàn)檫€有其他氨基酸如半胱氨酸或輔因子如維生素B12和其所有衍生物和S腺苷曱硫氨酸和其代謝物和衍生物和類似物。高絲氨酸脫氬酶對(duì)所有這些不敏感,這些化合物的一部分或一種可以是其天然趨向,或者可以是使用化學(xué)試劑或輻射或其他誘變劑的一種或多種經(jīng)典突變和選擇的結(jié)杲。突變可以使用基因技術(shù)例如導(dǎo)入位點(diǎn)特異點(diǎn)突變或者任何上述MP或MP編碼DNA序列適用的方法導(dǎo)入到hom基因中。當(dāng)hom基因與metZ和metA基因組合并導(dǎo)入到過量產(chǎn)生賴氨酸的谷氨酸棒桿菌中時(shí),賴氨酸積累減少了,高半胱氨酸和曱硫氨酸積累增加了。如果使用過量產(chǎn)生谷氨酸棒桿菌的菌抹并且在用含有hom基因和metZ和metA基因組合的DNA轉(zhuǎn)化之前,破壞其中ddh基因或lysA基因,則高半胱氨酸和曱硫氨酸積累還可增加。使用不同的硫源均可實(shí)現(xiàn)高半胱氨酸和甲硫氨酸的過量產(chǎn)生。硫酸鹽、硫代硫酸鹽、亞硫酸鹽和更加還原的疏源如硫化氬和硫醚和其衍生物也可以使用。有機(jī)硫源如甲基硫醇、硫代羥乙酸、硫代氰酸鹽、硫脲、含硫氨基酸如半胱氨酸和其他含硫化合物也可用來實(shí)現(xiàn)高半胱氨酸和曱硫氨酸過量生產(chǎn)。在另一個(gè)實(shí)施方案中,metC基因使用前述方法被導(dǎo)入到谷氨酸棒桿菌中。metC基因可以與其他基因如metB、metA和metA—起轉(zhuǎn)化到菌林中。也可力口入hom基因。當(dāng)hom基因、metC、metB和raetA基因被組合到一個(gè)栽體上時(shí)并導(dǎo)入到谷氨酸棒桿菌中時(shí),就實(shí)現(xiàn)了高半胱氨酸和甲疏氨酸的過量生產(chǎn)。疏酸鹽、硫代硫酸鹽、亞硫酸鹽和更加還原的硫源如硫化氫和硫醚和其衍生物也可以使用。有機(jī)石充源如甲基硫醇、硫代羥乙酸、硫代氰酸鹽、硫脲、含硫氨基酸如半胱氨酸和其他含硫化合物也可用來實(shí)現(xiàn)高半胱氨酸和曱硫氨酸過量生產(chǎn)。本發(fā)明進(jìn)一步由以下實(shí)例闡明,這些實(shí)例不應(yīng)該被解釋為僅局限于此。本申請(qǐng)中所引用的所有參考文獻(xiàn)、專利申請(qǐng)、專利、發(fā)表的專利申請(qǐng)、表和序列列表中的內(nèi)容,全部引入作為參考。實(shí)施例實(shí)施例1:谷氨酸棒桿菌ATCC13032全部基因組DNA的制備谷氨酸棒桿菌(ATCC13032)培養(yǎng)物在BHI培養(yǎng)基(Difco)中,3(TC劇烈振蕩培養(yǎng)過夜。離心收集細(xì)胞,棄上清,細(xì)胞重新懸浮在5ml緩沖液I(培養(yǎng)物原體積的5%-所有指出的體積都是對(duì)于100ml培養(yǎng)物體積計(jì)算的)中。緩沖液I的組成140.34g/l蔗糖,2.46g/1MgS04x7H20,1Oml/1KH2P04溶液(100g/l,KOH調(diào)節(jié)至PH6.7),50g/lM12濃縮物(10g/1(NH4)2S04>1g/1NaCl,2g/1MgS04x7H20,0.2g/1CaCl2,0.5g/1酵母提取物(Difco)),10ml/1微量元素混合物(200mg/1FeS04xH20,10mg/1ZnS04x7H20,3mg/1MnCl2x4H20,30mg/1H3B03,20mg/1CoCl2x6H20,1mg/1NiCl2x6H20,3mg/1Na2Mo04x2H20),500mg/1絡(luò)合劑(EDTA或者檸檬酸),100ml/1維生素混合物(0.2mg/1生物素,0.2mg/1葉酸,20mg/lp-氨基安息香酸,20mg/l核黃素,40mg/1panthothenate,140mg/1煙酸,40mg/l鹽酸吡多醛,200mg/1肌醇)。懸浮液中加入溶菌酶至終濃度2.5mg/ml。37°C孵育大約4小時(shí)之后,細(xì)胞壁被降解,得到的原生質(zhì)體用離心收集。沉淀用5ml緩沖液I洗一次,用5mlTE緩沖液(10mMTris-HCl,1mlEDTA,pH8)洗一次。沉淀用4mlTE緩沖液重懸,并加入0.5mlSDS溶液(10%)和0.5mlNaCl溶液(5M)。加入蛋白酶K至終濃度200ng/ml,懸浮液在37°C孵育約l8小時(shí)。DNA用苯酚、苯酚-氯仿-異戊醇、氯仿-異戊醇按照標(biāo)準(zhǔn)程序提取純化。然后,加入1/50體積的3M乙酸鈉和2倍體積的乙醇,在-20。C孵育30分鐘,用使用SS34轉(zhuǎn)頭(Sorvall)的高速離心機(jī)12,000rpm離心30分鐘,沉淀DNA。把DNA溶解在含有20ng/mlRNaseA的1mlTE緩沖液中,在lOOOmlTE緩沖液中4。C透析至少3小時(shí)。.這段時(shí)間中,更換緩沖液3次。每0.4ml透析的DNA溶液中,加入0.4ml2MLiCl和0.8ml乙醇。在-20。C孵育30分鐘后,離心(13,000rpm,BiofugeFresco,Heraeus,Hanau,Germany)收集DNA。DNA沉淀融解在TE緩沖液中。按該程序制備的DNA可以用于所有目的,包括southern雜交和基因組文庫的構(gòu)建。實(shí)施例2:在大腸桿菌中谷氨酸棒桿菌ATCC13032的基因組文庫的構(gòu)建使用如在實(shí)施例1中所描述制備的DNA,按照已知的和充分建立的方法(參見,例如Sambrook,J."a/.(1989)"MolecularCloning:ALaboratoryManual"ColdSpringHarborLaboratory,ColdSpringHarborLaboratoryPress,或者Ausubel,F(xiàn).M.a/.(1994)"CurrentProtocolsinMolecularBilogy",JohnWiley&Sons.),可以構(gòu)建粘粒文庫和質(zhì)粒文庫??梢允褂萌魏钨|(zhì)粒和粘粒。質(zhì)粒pBR322(Sutcliffe,J.G.(1979)TVoc.A^f/.^ozc/."&4,75:3737-3741);pACY177(Change&Cohen(1978)J.Bacteriol134:1141-1156),pBS系列質(zhì)粒(pBSSK+,pBSSK-和其他質(zhì)粒;Stratagene,LaJolla,USA),粘粒SuperCosl(Stratagene,LaJolla,USA)或者Lorist6(Gibson,T.J.,RosenthalA.andWaterson,R.H.(1987)Gewe53:283-286)可以用于特殊用途。專門在谷氨酸棒桿菌中使用的基因文庫可以用質(zhì)粒pSL109(Lee,H,S.andA.J.Sinskey(1994)/Mc油o/.5她c/mo/.4:256-263)構(gòu)建。為了分離metC克隆,大腸桿菌JE6839細(xì)胞用文庫DNA轉(zhuǎn)化并在含有氨芐青霉素和合適添加物的M9基本培養(yǎng)基上鋪平板。平板在37。C溫育5天。分離集落并篩選質(zhì)粒內(nèi)含物。分離的metC基因的完整核苷酸序列通過本領(lǐng)域普通技術(shù)人員熟知的方法確定。實(shí)施例3:DNA測(cè)序和計(jì)算機(jī)功能分析按照標(biāo)準(zhǔn)方法,使用如在實(shí)施例2中所描述基因組文庫,可以進(jìn)行DNA測(cè)序,特別是用使用ABI377測(cè)序儀的鏈終止方法(參見,例如Fleischman,R.D.etal.(1995)"Whole-genomeRandomSequencingandAssemblyofHaemophilusInfluenzaeRd.,Sc/ewce,269:496-512)。<吏用具有以下核苷酸序列的測(cè)序引物5'-GGAAACAGTATGACCATG-3,(SEQIDNO:123)或者5,-GTAAAACGACGGCCAGT國3,(SEQIDNO:124)。實(shí)施例4:體內(nèi)誘變可以通過大腸桿菌或者其他微生物(例如,芽孢桿菌某些菌或者像是釀酒酵母的酵母)的質(zhì)粒(或者其他載體)DNA的傳代,進(jìn)行谷氨酸棒桿菌的體內(nèi)誘變,其中這些微生物保持其遺傳信息整體性的能力已被損傷。典型的突變株,在DNA修復(fù)系統(tǒng)的基因中有突變(例如,mutHLS,mutD,mutT等;參考文獻(xiàn)參見Rupp,W.D.(1996)DNArepairmechanisms,in:j^cAe〃'c/2/aco/z'andSa/;wowe〃af,p.2277-2294,ASM:Washington.)。這些菌抹對(duì)于技術(shù)熟練的人來說是熟知的。這些菌林的使用闡述在,例如Greener,A.andCallahan,M.(1994)Strategies7:32-34中。實(shí)施例5:在大腸桿菌和谷氨酸棒桿菌之間傳遞的DNA棒桿菌和短桿菌菌種含有能自發(fā)復(fù)制的內(nèi)源質(zhì)粒(像是例如,pHM1519或者pBU).(評(píng)論參見,例如,Martin,J.F.(1987)Biotechnology,5:1W-146)。大腸桿菌和谷氨酸棒桿菌的穿梭載體,可以使用大腸桿菌的標(biāo)準(zhǔn)載體容易的構(gòu)建(Sambrook,J.eM/.(1989)"MolecularCloning:ALaboratoryManual"ColdSpringHarborLaboratory,ColdSpringHarborLaboratoryPress或者Ausubel,F.M.a/.(1994)"CurrentProtocolsinMolecularBilogy,,,JohnWiley&Sons.),即在其中加入谷氨酸棒桿菌的復(fù)制叉起始點(diǎn)和合適的標(biāo)記。這種復(fù)制起始點(diǎn),優(yōu)選是從棒桿菌和短桿菌菌種中分離的內(nèi)源質(zhì)粒獲得的。用作這些菌種轉(zhuǎn)化標(biāo)記這一特殊用途的是卡那霉素抗性基因(例如來自Tn5或者Tn903轉(zhuǎn)座子的那些卡那霉素抗性基因)或者氯霉素抗性基因(Winnacker,E.L.(1987)"FromGenestoClones-IntroductiontoGeneTechnology,VCH,Weinheim)。在構(gòu)建各種野生型穿梭載體的文獻(xiàn)中有許多實(shí)例,這些穿梭載體可以在大腸桿菌和谷氨酸棒桿菌中復(fù)制,并且可以用于各種目的,其中包括基因過量表達(dá)(參考文獻(xiàn)參見,例如,Yoshihama,M.etal.(1985)/Ba"eho/.162:591-597,MartinJ.F.etal.(1987)Ao/ec/mo/ogy,5:137-146和Eikmanns,B.J.eta;.(1991)102:93-98)。使用標(biāo)準(zhǔn)方法可以把感興趣的基因克隆到上迷穿梭載體中,并且可以把該雜交載引入谷氨酸棒桿菌菌林中。谷氨酸棒桿菌的轉(zhuǎn)化可以通過原生質(zhì)體轉(zhuǎn)化(Kastsumata,R.etal.(1984)Sa"e〃'o/.159306-311),電傳孔(Liebl,E.etal.(1989)F五M5A^cro^o/.53:399-303)實(shí)現(xiàn),當(dāng)使用特殊的栽體時(shí),也可以通過結(jié)合作用(例如在Schafer,Aetal.(1990)J.5a"eno/.172:1663-1666)實(shí)現(xiàn)。也可以通過從谷氨酸棒桿菌制備質(zhì)粒DNA(使用技術(shù)上已知的標(biāo)準(zhǔn)方法)并將其轉(zhuǎn)化到大腸桿菌中,而把穿梭載體從谷氨酸棒桿菌轉(zhuǎn)移到大腸桿菌。這一轉(zhuǎn)化步驟可以使用標(biāo)準(zhǔn)方法進(jìn)行,但是使用Mcr缺陷型大腸桿菌菌抹,例如NM522(Gough&Murray(1983)Mo/.166:1-19)是有利的。使用含有pCGl(U.S.PatentNo.4,617,267)或者其片段的質(zhì)粒,并且可以選擇來自TN903的卡那霉素抗性基因(Grindley,N.D.andJoyce,C.M.(1980)尸賦胸/.園77(12):7176-7180),就可以在谷氨酸棒桿菌中過量表達(dá)基因。另外,使用質(zhì)粒pSL109(Lee,H.-S.andA.J.Sinskey(1994)/.A^cro^o/.5zo&c/z"o/.4:256-263)也可以在谷氨酸棒桿菌中過量表達(dá)基因。'除了使用可復(fù)制質(zhì)粒以外,也可以通過基因組整合而實(shí)現(xiàn)基因的過量表達(dá)。谷氨酸棒桿菌或者其他棒桿菌或者短桿菌菌種的基因組整合,可以通過熟知的方法實(shí)現(xiàn),例如基因組區(qū)域的同源重組,限制性核酸內(nèi)切酶介導(dǎo)的整合(REMI)(參見例如,DEPatent19823834),或者通過使用轉(zhuǎn)座子。也可以通過修飾調(diào)節(jié)區(qū)域(例如,啟動(dòng)子、阻抑物和/或增強(qiáng)子),通過使用定向位點(diǎn)方法(例如同源重組)或者基于隨機(jī)事件方法(例如轉(zhuǎn)座子誘變或者REMI)的序列修飾、插入或者缺失,來調(diào)節(jié)感興趣基因的活性。用作轉(zhuǎn)錄終止子的核酸序列,也可以被插入到本發(fā)明一個(gè)或者多個(gè)基因編碼區(qū)域的3';這樣的終止子在技術(shù)上是熟知的,并且描述在例如Winnacker,E.L.(1987)FromGenestoClones-IntroductiontoGeneTechnology.VCH:Weinheim中。實(shí)施例6:突變蛋白質(zhì)表達(dá)的估算被轉(zhuǎn)化宿主細(xì)胞中突變蛋白質(zhì)活性的觀測(cè),依賴于這一事實(shí),即突變蛋白質(zhì)以與野生型蛋白質(zhì)相似的方式和相似的數(shù)量表達(dá)。確定突變基因轉(zhuǎn)錄水平(用于基因產(chǎn)物翻譯的mRNA的數(shù)量指標(biāo))的一種有用的方法是進(jìn)行Northern雜交(參考文獻(xiàn)參見,例如,Ausubel"(1988)CurrentProtocolsinMolecularBiology,Wiley:NewYork),其中設(shè)計(jì)的用于結(jié)合感興趣基因的引物標(biāo)記有可探測(cè)的標(biāo)記(通常是放射性的或者化學(xué)發(fā)光的),從而,當(dāng)生物體培養(yǎng)物的全部RNA被提取出,跑凝膠電泳,轉(zhuǎn)移到穩(wěn)定介質(zhì)上并與該探針孵育,結(jié)合探針的結(jié)合和數(shù)量便指示了該基因mRNA的存在和數(shù)量。該信息是突變基因轉(zhuǎn)錄程度的證據(jù)。可以使用幾種方法從谷氨酸棒桿菌中制備全部細(xì)胞RNA,這在技術(shù)上是熟知的,例如描述在Bo腿nn,E.R.(1992)M/.M③6io/.6:317-326中的。為了估算由該mRNA翻譯的蛋白質(zhì)的存在和相對(duì)數(shù)量,可以使用標(biāo)準(zhǔn)技術(shù)例如SDS聚丙締酰胺凝膠電泳。在谷氨酸棒桿菌中metC和metZ與metA組合的過量生產(chǎn)通過該方法得到證實(shí)。Western印跡也可使用(參見,例i口,AusubelW(1988)CurrentProtocolsinMolecularBiology,Wiley:NewYork)。在該方法中,提取全部細(xì)胞蛋白質(zhì),通過凝膠電泳分離,轉(zhuǎn)移到像是硝酸纖維素這樣的介質(zhì)上,和與所需蛋白質(zhì)特異結(jié)合的探針共終育,例如抗體。該探針通常標(biāo)記有易于檢測(cè)的化學(xué)發(fā)光的或者比色的標(biāo)記。觀測(cè)到的標(biāo)記的存在和數(shù)量,指示了出現(xiàn)在細(xì)胞中的所需突變蛋白質(zhì)的存在和數(shù)量。實(shí)施例7:大腸桿菌和遺傳修飾的谷氨酸棒桿菌的生長-培養(yǎng)基和培養(yǎng)條件56大腸桿菌菌抹按常規(guī)分別在MB和LB培養(yǎng)液中培養(yǎng)(Follettie,M.T.,"a/.(1993)Sa"mo/.175,4096-4103)。大腸桿菌基本培養(yǎng)基是M9和改進(jìn)的MCGC(Yoshihama,M.,"a/.(1985)Ba"mo/.162,591-507)。加入葡萄糖至終濃度1%。按以下量加入抗體(每毫升微克數(shù))氨千青霉素50;卡那霉素25;萘啶酮酸,25。氨基酸、維生素和其他添加物按以下量加入甲硫氨酸9.3mM;精氨酸9.3mM;組氨酸9.3mM;硫胺素0.05mM。大腸桿菌細(xì)胞按常規(guī)在37。C下培養(yǎng)。遺傳修飾的谷氨酸棒桿菌可以培養(yǎng)在合成或者天然生長培養(yǎng)基中。用于谷氨酸棒桿菌的各種不同的生長培養(yǎng)基是已知的并且是易于得到的(Lieb,efa/.(1989)^4;//.A^'croZ^'o/.5z'ofec/mo.,32:205-210;vonderOstene,a/.(1998)5/ofec/z"o/ogyZ^"eA,11:11-16;PatentDE4,120,867;Liebl(1992)"TheGenusCoryweZxa"en'ww,in:Procaryotes,VolumeII,Balows,A.e^/.,eds.Springer-Verlag)。這些培養(yǎng)基含有一種或者多種碳源、氮源、無機(jī)鹽、維生素和微量元素。優(yōu)選的碳源是糖類,例如單糖、二糖或者多糖。例如,葡萄糖、果糖、甘露糖、半乳糖、核糖、山梨糖、核酮糖、乳糖、麥芽糖、蔗糖,棉子糖,淀粉或者纖維素,都可用作很好的碳源。也可以通過復(fù)雜化合物向培養(yǎng)基提供糖類,例如糖蜜或者其他糖類精煉的副產(chǎn)物。提高不同碳源的混合物也是有利的。其他可用的碳源有酒精和有機(jī)酸,例如甲醇、乙醇、乙酸或者乳酸。氮源通常是有機(jī)或者無機(jī)的氮化合物,或者含有這些化合物的物質(zhì)。代表性的氮源包括氨氣或者銨鹽,例如NH4C1或者(NH4)2S04、NH4OH、硝酸鹽、尿素、氨基酸或者復(fù)雜的氮源,例如玉米浸泡液、大豆粉、大豆蛋白、酵母提取物、肉類提取物或者其他。含硫氨基酸如高半胱氨酸和曱硫氨酸的過量生產(chǎn)可以使用不同的硫源實(shí)現(xiàn)。硫酸鹽、硫代硫酸鹽、亞硫酸鹽和更加還原的硫源如硫化氫和硫醚和其衍生物均可使用。有機(jī)硫源如甲基硫醇、硫代羥乙酸、硫代氰酸鹽、硫脲、含硫氨基酸如半胱氨酸和其他含硫化合物也可用來實(shí)現(xiàn)高半胱氨酸和甲硫氨酸過量生產(chǎn)??梢园谂囵B(yǎng)基中的無機(jī)鹽化合物,包括鹽酸鹽、磷酸鹽或者硫酸鹽的鈣、鎂、鈉、鈷、鉬、鉀、錳、鋅、銅或者鐵。螯合劑可以加到培養(yǎng)基中,以維持溶液中的金屬離子。特別有用的螯合劑包括二羥基苯酚,像是兒茶酚和原兒茶酸,或者有機(jī)酸,像是檸檬酸。培養(yǎng)基典型的也含有生長因子,例如維生素和生長促進(jìn)劑,它們的實(shí)例包括生物素、核黃素、-琉胺、葉酸、煙酸、泛酸鹽和吡多醇。生長因子和鹽經(jīng)常來自復(fù)雜的培養(yǎng)基成分,例如酵母提取物、糖蜜、玉米浸泡液和其他成分。培養(yǎng)基化合物的確切組成強(qiáng)烈的依賴于直接實(shí)驗(yàn),而且對(duì)于每一個(gè)具體情況具體決定。關(guān)于培養(yǎng)基最優(yōu)化的信息通過在教科書"AppliedMicrobiol.Physiology,APracticalApproach"(e血P.MRhodes,P.F.'Stanbury,IRLPress(1997)pp.53-73,ISBN0199635773)"中。也可以從商業(yè)供應(yīng)商那里選擇生長培養(yǎng)基,像是standard1(Merck)或者BHI(grainheartinfusion,DIFCO)或者其他的。所有培養(yǎng)基組分都要通過加熱(1.5bar,120°C,20分鐘)或者無菌過濾滅菌。組分可以一起滅菌,或者如果必要的話分開單獨(dú)滅菌。所有的培養(yǎng)基組分可以在生長的開始就加入,或者可以選擇連續(xù)性或者分批加入。培養(yǎng)條件對(duì)每個(gè)實(shí)驗(yàn)分別確定。溫度應(yīng)該在15。C到45。C范圍內(nèi)。溫度可以保持恒定,或者在實(shí)驗(yàn)中改變。培養(yǎng)基的pH在5到8.5范圍內(nèi),優(yōu)選的在大約7.0,并且可以通過培養(yǎng)基中緩沖液的添加來維持。針對(duì)這一目的有代表性的緩沖液是磷酸鉀緩沖液。合成緩沖液,例如MOPS、HEPES、ACES以及其他的,也可以代替使用或者同時(shí)使用。也可以在生長過程中通過添加NaOH或者NH40H,以維持穩(wěn)定的培養(yǎng)pH。如果使用像是酵母提取物這樣的復(fù)雜培養(yǎng)基組分,可以減少添加緩沖液的必要性,這是因?yàn)樵S多復(fù)雜化合物具有很強(qiáng)的緩沖能力這一事實(shí)。如果使用發(fā)酵罐培養(yǎng)微生物,也可以使用氨氣控制pH。孵育時(shí)間通常在幾小時(shí)到幾天范圍內(nèi)。這一時(shí)間的選取是為了允許在液體培養(yǎng)基中積累最大量的產(chǎn)物。公布的生長實(shí)驗(yàn)可是在各種容器中進(jìn)行,例如微量滴定板、玻璃試管、玻璃搖瓶或者不同大小的玻璃或者金屬的發(fā)酵罐。為了篩選大量的克隆,微生物應(yīng)該培養(yǎng)在有擋板或者沒有擋板的微量滴定板、玻璃試管或者搖瓶中。優(yōu)選的使用100ml搖瓶,加入10%(體積)的所需培養(yǎng)基。搖瓶應(yīng)該放在搖床上搖動(dòng)(振幅25毫米),速度范圍100-300rpm??梢酝ㄟ^保持濕潤的空氣減少蒸發(fā)損失;或者,對(duì)蒸發(fā)損失進(jìn)行數(shù)學(xué)修正。如果要檢測(cè)遺傳修飾的克隆,那么也應(yīng)該檢測(cè)未經(jīng)修飾的對(duì)照克隆或者含有基本質(zhì)粒但沒有任何插入的對(duì)照克隆。使用生長在瓊脂板上30。C孵育的細(xì)胞,例如CM平板(10g/l葡萄糖,2.5g/lNaCl,2g/l尿素,10g/l多胨,5g/l酵母提取物,5g/l肉汁提取物,22g/l瓊脂,2MNaOH調(diào)至pH6.8),接種培養(yǎng)基至OD,值為0.5-1.5。培養(yǎng)基的接種可以通過引入來自CM平板的谷氨酸棒桿菌細(xì)胞的鹽懸浮液,或者通過加入該細(xì)菌的液體預(yù)培養(yǎng)物實(shí)現(xiàn)。體外分析酶的活性和動(dòng)力學(xué)參數(shù)的測(cè)定在技術(shù)上是已經(jīng)很好建立了的。任何對(duì)給定的經(jīng)過改變的酶的活性測(cè)定實(shí)驗(yàn),必須適合野生型酶的特殊活性,這完全在技術(shù)熟練者的能力之內(nèi)。關(guān)于酶的概括評(píng)論,以及關(guān)于結(jié)構(gòu)、動(dòng)力學(xué)、原理、方法、應(yīng)用和確定許多酶活性實(shí)例的明確細(xì)節(jié),可以在例如以下參考文獻(xiàn)中找到Dixon,M.,andWebb,E.C.,(1979)Enzymes.Longmans:London;Fersht,(1985)EnzymeStructureandMechanism.Freeman:NewYork;Walsh,(1979)EnzymaticReactionMechanisms.Freeman:SanFrancisco;Price,N.C.,Stevens,L.(1982)FundamentalsofEnzymology.OxfordUniv.Press:Oxford;Boyer,P.D.,ed.(1983)TheEnzymes,3rded.AcademicPress:NewYork;Bisswanger,H.,(1994)Enzymkinetik,2nded.VCH:Weinheim(ISBN3527300325);Bergmeyer,H.U.,Bergmeyer,J.,GraBl,M.,eds.(1983-1986)MethodsofEnzymaticAnalysis,3rded.,vol.I-XII,VerlagChemie:Weinheim;andUllmann,sEncyclopediaofIndustrialChemistry(1987)vol.A9,"Enzymes".VCH:Weinheim,p.352-363。谷氨酸棒桿菌細(xì)胞提取物按照以前所述制備(Park,S,D.,"a/.(1998)Mo/.Ceto8,286-294)。胱硫醚P裂合酶按照以下分析。分析混合物含有IOOmMTris-HCl(pH8.5),0.1mMNADH,1mM丄-胱硫醚,5單位丄-乳酸脫氫酶和適量的粗提取物。在340納米監(jiān)測(cè)光度變化。S-(口-氨基乙基)-半胱氨酸(AEC)抗性分析按照Rossol,I.andPiihler,A.(1992)丄5acfeho/.174,2968-77所述進(jìn)行。不同谷氨酸棒桿菌菌抹提取物的胱硫醚P裂合酶分析和同一菌抹的AEC抗性分析見以下表5。表5.胱硫醚p裂合酶的表達(dá)a菌抹性質(zhì)活性(nmolmin-1mg-1)生長對(duì)AEC抗性谷氨酸棒桿菌AS019E12谷氨酸棒桿菌AS019EI2/pMTl谷氨酸棒桿菌AS019E12/pSL173谷氨酸棒桿菌HL457空栽體146145797++we,C克隆we/C突變體d19++谷氨酸棒桿菌HL459we,C突變體d23+-大腸桿菌JE6839w"C突變體21-麼a酶通過在含有1%葡萄糖的基本培養(yǎng)基中生長至穩(wěn)定期誘導(dǎo),收獲細(xì)胞、破碎并如材料和方法部分分析活性。b使用MCGC基本培養(yǎng)基。在平板上監(jiān)測(cè)生長?!慵?xì)胞在含有40mM5"(口-氨基乙基)-半胱氨酸(AEC)的平板上生長5天。d本研究中制備的突變體.e未測(cè)定,w"C克隆表達(dá)胱硫醚p裂合酶的能力通過酶促實(shí)驗(yàn)測(cè)定。分析由攜帶質(zhì)粒pSL173的谷氨酸棒桿菌AS019E12細(xì)胞制備的粗提取物。攜帶該質(zhì)粒的細(xì)胞與攜帶空栽體pMTl的細(xì)胞相比,胱硫醚(3裂合酶活性增加5倍(表5),顯然具有基因劑量效應(yīng)。粗提取物的SDS-PAGE分析顯示了M約為41,000的推定的胱硫醚P裂合酶帶。各個(gè)推定的胱發(fā)u醚P裂合酶帶的強(qiáng)度與互補(bǔ)和酶實(shí)驗(yàn)數(shù)據(jù)(表5)—致。如上所述,m^C的一個(gè)區(qū)域似乎與原來報(bào)導(dǎo)的aceD基因幾乎一致。因?yàn)閍ecZ)基因是根據(jù)其賦予對(duì)賴氨酸毒性類似物S-(口-氨基乙基)-半胱氨酸(AEC)的抗性分離的,我們測(cè)定了m"C蛋白產(chǎn)物的該活性存在。如表5所示,過量表達(dá)胱硫醚(3裂合酶的細(xì)胞對(duì)AEC的抗性增加。攜帶有突變m"C基因(見后文)的菌株完全失去了對(duì)AEC的抗性表型。對(duì)O-乙酰高絲氨酸硫化氫解酶的分析如下進(jìn)行(Belfaiza,J.,"a/.(1998)乂S""e/vo/.180,250-255;Ravanel,S.,MDroux,andR.Douce(1995)」rc/2.5/0//>^.316,572-584;Foglino,M.(1995)M/cro^o/ogy141,431-439)。0.1毫升分析混合物含有20mMMOPS-NaOH(pH7.5),10mMO-乙酰高絲氨酸,S0mMNaOH中的2mMNa2S,和適量的酶。最后加入NazS后,用50微升礦物油覆蓋混合物。30°C溫育30分鐘,煮沸混合物3分鐘終止反應(yīng)。反應(yīng)中產(chǎn)生的高半胱氨酸如前所述進(jìn)行定量(Yamagata,S.(1987)Me^^5""2^附o/.143,478-483.)。取出Oj.l毫升反應(yīng)混合物,與0.1mlH20,0.6ml飽和NaCl,0.1ml舍有67mMKCN的1.5MNa2C03和0.1ml2%硝普鹽。室溫溫育1分鐘后,520納米測(cè)定光密度。攜帶多余拷貝的基因如含有mefZ基因的質(zhì)粒的棒桿菌較沒有多余w"Z基因的棒桿菌細(xì)胞,we"酶活性明顯要高。結(jié)合DNA的蛋白質(zhì)的活性可以通過幾種技術(shù)上已知的方法測(cè)定,例如DNA條帶移位分析(也稱作凝膠阻滯分析)。這些蛋白質(zhì)對(duì)其他分子表達(dá)的作用,可以用報(bào)告基因分析測(cè)定(例如描述在Kolmar,H."(1995)14:3895-3904中的,及其引用的參考文獻(xiàn))。報(bào)告基因測(cè)試系統(tǒng)是已知的,并且在原核和真核細(xì)胞中的應(yīng)用都已建立,使用像是beta-半乳糖香酶、綠色焚光蛋白和幾種其他蛋白質(zhì)這樣的酶。膜轉(zhuǎn)運(yùn)蛋白質(zhì)活性的測(cè)定可以根據(jù)例如描述在Gennis,R.B.(1989)"Pores,ChannelsandTransporters",inBiomembrane,MolecularStructureandFunction,Springer:Heidelberg,p.85-137;199-234;and270-322中的那些技術(shù)進(jìn)行。實(shí)施例9:突變蛋白質(zhì)對(duì)于所需產(chǎn)物生產(chǎn)的效果的分析谷氨酸棒桿菌遺傳修飾對(duì)于所需化合物(例如氨基酸)生產(chǎn)的作用,可以這樣估計(jì),即通過合適條件下(例如以上描述的那些)生長已修飾的微生物,并且分析增加所需產(chǎn)物(例如,氨基酸)生產(chǎn)的培養(yǎng)基和/或細(xì)胞組分。這些分析技術(shù)對(duì)于熟練常規(guī)技術(shù)者來說是熟知的,包括光譜分析、薄層層析、各種染色方法、酶促方法和微生物方法,以及像是高效液相色傳(Ullman,EncyclopediaofIndustrialChemistry,vol.A2,p.89-卯a(chǎn)ndp.443-613,VCH:Weinheim(1985);Fallon,A."a/.,(1987)"ApplicationsofHPLCinBiochemistry"in:LaboratoryTechniquesinBiochemistryandMolecularBiology,vol.17;Rehm"a/.(1993)Biotechnology,vol.3,ChapterIII:"Productrecoveryandpurification",page469-714,VCH:Weinheim;Belter,P.A."a/.(1988)Bioseparations:downstreamprocessingforbiotechnology,JohnWileyandSons;Kennedy,J.F.andCabral,J.M.S.(1992)Recoveryprocessesforbiologicalmaterials,JohnWileyandSons;Shaeiwitz,J.A.andHenry,J.D.(1988)Biochemicalseparations,in:Ulmann,sEncyclopediaofIndustrialChemistry,vol.B3,Chapter11,page1-27,VCH:Weinheim^andDechow,F.J.(1989)Separationandpurificationtechniquesinbiotechnology,NoyesPublications)這樣的分析層析。除了對(duì)最終發(fā)酵產(chǎn)物的測(cè)定,也可以對(duì)用于所需化合物生產(chǎn)的代謝途徑的其他組分進(jìn)行分析,例如中間體和副產(chǎn)物,以確定化合物的總生產(chǎn)效率。分析方法包括培養(yǎng)基中營養(yǎng)物水平(例如,糖類、烴、氮源、磷酸以及其他離子)的測(cè)定,生物量組成和生長的測(cè)定,生物合成途徑常見代謝產(chǎn)物的生產(chǎn)的分析,以及對(duì)發(fā)酵中產(chǎn)生氣體的測(cè)定。這些測(cè)定的標(biāo)準(zhǔn)方法略述在AppliedMicrobialPhysiology,APracticalApproach,P.M.RhodesandP.F.Stanbury,eds.,IRLPress,p.103-163;and165-192(ISBN:0199635773)及其引用的參考文獻(xiàn)中。實(shí)施例10:谷氨酸棒桿菌培養(yǎng)物中所需產(chǎn)物的純化從谷氨酸棒桿菌細(xì)胞中或者上迷培養(yǎng)基的上清中回收所需產(chǎn)物,可以通過技術(shù)上已知的各種方法進(jìn)行。如果所需產(chǎn)物不是細(xì)胞分泌的,那么可以通過低速離心從培養(yǎng)基中收集細(xì)胞,用標(biāo)準(zhǔn)技術(shù)裂解細(xì)胞,例如機(jī)械力或者超聲波。離心除去細(xì)胞碎片,保留含有可溶蛋白的上清部分用于進(jìn)一步純化所需化合物。如果產(chǎn)物是從谷氨酸棒桿菌細(xì)胞分泌的,那么用低速離心從培養(yǎng)基中除去細(xì)胞,保留上清部分用于進(jìn)一步純化。任何一種純化方法得到的上清部分,用合適的樹脂進(jìn)行層析,所需分子被層析樹脂保留,而樣品中的很多雜質(zhì)不被保留,或者雜質(zhì)被樹脂保留,而樣品不被保留。使用相同或者不同的層析樹脂,可以根據(jù)需要重復(fù)這一層析步驟。本領(lǐng)域技術(shù)人員可以非常熟練的選擇合適的層析樹脂,并且熟知這些樹脂對(duì)于待純化特定分子最有效的應(yīng)用。純化的產(chǎn)物可以用過濾或者超濾濃縮,并且貯存在產(chǎn)物穩(wěn)定性最大的溫度下。技術(shù)上已知的純化方法非常多,前述的純化方法并不意味著僅僅局限于此。這些純化方法描述在,例如Bailey,J.E.&Ollis,D.F.BiochmicalEngineeringFundamentals,McGraw-Hill:NewYork(1986)中。分離化合物的特性和純度,可以技術(shù)上的標(biāo)準(zhǔn)技術(shù)估計(jì)。這包括高效液相色傳(HPLC)、分光方法、染色方法、薄層層析、NIRS、酶促方法或者微生物方法。這些分析方法在以下文獻(xiàn)中有評(píng)論P(yáng)atek"a/,(1994)J///.五"v一ow.A/z'cro^o/.60:133-140;MalakhovaWfl/.(1996)5z'o/eA:/mo/og(y"11:27-32;andSchmidta/.(1998)jBz'o/rocess五"gz'"eer.19:67-70.Ulmann,sEncyclopediaofIndustrialChemistry,(1996)vol.A27,VCH:Weinheim,p.89-90,p.521-540,p.540-547,p.559-566,575-581andp.581-587;Michal,G.(1999)BiochemicalPathways:AnAtlasofBiochemistryandMolecularBiology,JohnWileyandSons;Fallon,A.C(1987)ApplicationsofHPLCinBiochemistryin:LaboratoryTechniquesinBiochemistryandMolecularBiology,vol.17。實(shí)施例ll:本發(fā)明基因序列的分析序列比較和兩條序列之間同源性百分比的測(cè)定,是技術(shù)上已知的技術(shù),可以使用數(shù)學(xué)運(yùn)算法則完成,例如KarlinandAltschul(1990)/Voc.W加/.Sc/.USA87:2264-68中的運(yùn)算法則,該運(yùn)算法則在KarlinandAltschul(1993)尸薦.編.加dScz'.USA90:5873-77中有修改。該運(yùn)算法則被整合在Altschul,"a/.(1990)</Mo/.B/o/.215:403-10中的NBLAST和XBLAST程序(2.0版)中。BLAST核香酸搜尋可以用NBLAST程序進(jìn)行,score=100,wordlength=12,可以得到與本發(fā)明MP核酸分子同源的核苷酸序列。BLAST蛋白質(zhì)搜尋可以用XBLAST程序進(jìn)行,score=50,wordlength=3,可以得到與本發(fā)明MP蛋白質(zhì)分子同源的氨基酸序列。出于比較的目的,為了獲得有間隙的序列對(duì)比,可以使用描述在Altschul"a/.,(1997)A^c/dc^c^si^s.25(17):3389-3402中的GappedBLAST。當(dāng)使用BLAST和G叩pedBLAST程序時(shí),本領(lǐng)域技術(shù)人員知道對(duì)于特定的待分析序列如何優(yōu)化程序(例如,XBLAST和NBLAST)的參數(shù)。用于序列比較的另一個(gè)數(shù)學(xué)運(yùn)算法則實(shí)例是,Meyers和Miller運(yùn)算法則((1998)Cow聲.柳/.5/(wc":11-17)。該運(yùn)算法則被整合在ALIGN程序(2.0版)中,該程序是GCG序列序列對(duì)比軟件包的一部分。當(dāng)使用ALIGN程序比較氨基酸序列時(shí),可以使用PAM120重量殘基表、間隙長度處罰12、間隙處罰4。其他的序列分析運(yùn)算法則在技術(shù)上也是已知的,包括ADVANCE和ADAM,敘述在TorelliandRobotti(1994)Compwf.j/p/.5Zos"'.10:3-5中;和FASTA,敘述在PearsonandLipman(1998)尸.AS.85:2444-8中。兩條氨基酸序列之間的百分比同源性也可以使用GCG軟件包(http:〃www.gcg.com有提供)中的GAP程序?qū)崿F(xiàn),使用Blosum62矩陣或者PAM250矩陣,間隙分量12、10、8、6或者4,長度分量2、3或者4。兩條核酸序列之間的百分比同源性可以使用GCG軟件包中的GAP程序?qū)崿F(xiàn),使用標(biāo)準(zhǔn)參數(shù),例如間隙分量50和長度分量3。本發(fā)明基因序列與Genbank中序列之間的比較分析,可以使用技術(shù)上已知的技術(shù)進(jìn)行(參見,例如,BexevanisandOuellette,eds.(1998)Bioinformatics:APracticalGuidetotheAnalysisofGenesandProteins.JohnWileyandSons:NewYork)。本發(fā)明基因序列,通過三個(gè)步驟的方法與Genbank中的序列進(jìn)行比較。在第一步中,對(duì)本發(fā)明的每一條序列相對(duì)Genbank中的核苷酸序列進(jìn)行BLASTN分析(例如,本地序列對(duì)比分析),保留最高的500個(gè)匹配作進(jìn)一步分析。然后對(duì)這500個(gè)匹配作FASTA搜尋(例如,本地與全世界的組合序列對(duì)比分析,在其中對(duì)限定的序列區(qū)域進(jìn)行序列對(duì)比)。接下來,對(duì)本發(fā)明的每條基因序列與FASTA的三個(gè)最高匹配,使用GCG軟件包中的GAP程序(使用標(biāo)準(zhǔn)參數(shù))進(jìn)行全世界序列對(duì)比。為了得到正確結(jié)果,從Genbank選出的序列長度,使用技術(shù)上熟知的方法調(diào)節(jié)為查詢序列的長度。該分析的結(jié)果列在表4中。雖然這樣得到的結(jié)果,與對(duì)本發(fā)明每條基因相對(duì)于Genbank每條對(duì)照所進(jìn)行的單獨(dú)GAP(全世界)分析得到的結(jié)果,是一致的,但是相對(duì)于大數(shù)據(jù)庫的GAP(全世界)分析來說,所需的計(jì)算時(shí)間大大減少。沒有得到截止值以上序列對(duì)比的本發(fā)明序列,在表4中表明,缺少序列對(duì)比信息。本領(lǐng)域技術(shù)人員能夠深一層的理解,在表4中列出的標(biāo)題"%homology(GPA)"下的GAP序列對(duì)比同源性百分比,是以歐洲數(shù)字格式列出的,其中V代表十進(jìn)制點(diǎn)。例如,該列中的值"40,345"代表"40.345%,,。實(shí)施例12:DNA微陣列的構(gòu)建和操作本發(fā)明的序列還可以用于DNA微陣列(DNA陣列的設(shè)計(jì)、方法和應(yīng)用技術(shù)上是熟知的,描述在,例如,Schena,M.(1995)Science270:467-470;Wodicka,L."a/.(1997)NatureBiotechnology15:1359-1367;DeSaizieu,A.a/.(1998)NatureBiotechnology16:45-48;andDeRisi,J.L."a/.(1997)Scze鮮278:680-686)的構(gòu)建和應(yīng)用。DNA微陣列使用固體或者可彎曲的支持物,包括硝酸纖維素、尼龍、玻璃、硅或者其他材料。核酸分子可以以有序的方式連接在表面。合適標(biāo)記之后,其他核酸或者核酸混合物可以與固定的核酸分子雜交,標(biāo)記可以用于監(jiān)控和測(cè)量確定區(qū)域雜交分子的單獨(dú)的信號(hào)強(qiáng)度。本方法允許同時(shí)定量適用的核酸樣品或者混合物中的全部或者所選擇核酸的相對(duì)或者絕對(duì)數(shù)量。因此,DNA微陣列允許多種(多至6800或者更多)類似核酸表達(dá)的分析(參見例如,Schena,M.(l"6)AoEs犯"18(5):427-431)。本發(fā)明序列可以用于設(shè)計(jì)寡聚核苷酸引物,這些引物可以通過像聚合酶鏈?zhǔn)椒磻?yīng)這樣的核酸擴(kuò)增反應(yīng)擴(kuò)增一條或者多條谷氨酸棒桿菌基因的確定區(qū)域。5'或者3'寡聚核苷酸引物或者合適連接體的選擇和設(shè)計(jì),允許得到的PCR產(chǎn)物共價(jià)連接到上述支持介質(zhì)的表面(也描述在,例如,Schena,M."a/.(1995)S"ewce270:467-470)。核酸微陣列也可以通過如在Wodicka,L."a/.(1997)M^wre^Wec/mo/ogy15:1359-1367中描迷的原位寡聚核苷酸合成構(gòu)建。通過照相平板方法,可將矩陣中精確確定的區(qū)域暴露在光線中。保護(hù)基團(tuán)是光不穩(wěn)定的,從而被激活并經(jīng)受核苷酸添加,但是被掩飾而見不到光的區(qū)域不進(jìn)行任何修飾。接下來的保護(hù)和光激活循環(huán),允許在確定位置不同寡聚核苷酸的合成。本發(fā)明確定的小區(qū)域可以在微陣列上通過固相寡聚核香酸合成而合成。出現(xiàn)在樣品或者核苷酸混合物中的本發(fā)明核酸分子,可以與微陣列雜交??梢愿鶕?jù)標(biāo)準(zhǔn)方法標(biāo)記這些核酸分子。簡單的說,核酸分子(例酸結(jié)合而被標(biāo)記:、例如,在逆轉(zhuǎn)^或者dn:^成中:'標(biāo)記核i與微陣列的雜交有描述(例如在Schena,M."a/.(1995),ra;Wodicka,L."a/.(1997),sw/ra;andDeSaizieuA.efa/.(1998),sw/ra;中)。雜交分子的檢測(cè)和定量要適合特定的結(jié)合標(biāo)記。放射性標(biāo)記可被探測(cè),例如,在Schena,M"a/.(1995)swpra中描述的,熒光標(biāo)記也可以探測(cè),例如使用Shalon"a/.(1996)Gem麵/e濯rc//6:639-645的方法。如上所述,本發(fā)明序列在dna微陣列中的應(yīng)用,允許不同的谷氨酸棒桿菌菌林或者其他棒桿菌的比較分析。例如,通過核酸陣列方法,可以促進(jìn)基于個(gè)別轉(zhuǎn)錄分部圖的菌株內(nèi)改變的研究,以及促進(jìn)對(duì)特定和/或所需的像是致病性、生產(chǎn)能力和壓力承受能力這樣的菌林性質(zhì)重要的基因的鑒定。同樣,使用核酸陣列技術(shù),也可以比較發(fā)酵反應(yīng)過程中本發(fā)明基因表達(dá)的分部圖。實(shí)施例13:細(xì)胞蛋白質(zhì)群體動(dòng)力學(xué)的分析(蛋白質(zhì)組學(xué))本發(fā)明的基因、組成和方法,可以用于研究蛋白質(zhì)群體的相互作用和動(dòng)力學(xué),稱作"蛋白質(zhì)組學(xué)"。感興趣的蛋白質(zhì)群體包括,但是不局限于,谷氨酸棒桿菌的全部蛋白質(zhì)群體(例如,和其他生物體的蛋白質(zhì)群體比較起來),在特殊環(huán)境或者代謝條件下(例如,發(fā)酵中、高溫或者低溫、或者高pH或低pH)有活性的那些蛋白質(zhì),或者在特定生長或者發(fā)育階段有活性的那些蛋白質(zhì)??梢杂酶鞣N熟知的技術(shù)分析蛋白質(zhì)群體,例如凝膠電泳。細(xì)胞蛋白質(zhì)可以通過例如裂解或者提取獲得,也可以使用各種電泳技術(shù)彼此分離。十二烷基硫酸鈉聚丙烯酰胺凝膠電泳(SDS-PAGE)分離蛋白質(zhì),很大程度上基于它們的分子重量。等電聚焦聚丙烯酰胺凝膠電泳(IEF-PAGE)通過等點(diǎn)點(diǎn)(這不僅反映了氨基酸序列,而且放映了蛋白質(zhì)的翻譯后修飾)分離蛋白質(zhì)。另一種更加優(yōu)選的蛋白質(zhì)分析方法是,IEF-PAGE和SDS-PAGE的連續(xù)結(jié)合,稱為2-D-凝膠電泳(在例如Hermann"a/.(1998)五/ec卿/2o簡、19:3217-3221;Fountoulakis"a/.(1998)五/e"ro//2oms7's19:1193-1202;Langenefa/.(1997)57e"ro//zore^18:1184-1192;Antelmanne/"/.(1997)£7e"ro/Aom^l8:1451-1463中有描述)。用這些方法分離的蛋白質(zhì)可以通過標(biāo)準(zhǔn)技術(shù)顯現(xiàn),例如通過染色或者標(biāo)記。合適的染色在技術(shù)上是已知的,包括考馬斯亮藍(lán)、銀染或者熒光染料,例如SyproRuby(MolecularProbes)。谷氨酸棒桿菌培養(yǎng)基中包含有放射性標(biāo)記的氨基酸或者其他蛋白質(zhì)前體(例如,"S-曱硫氨酸,35S-半胱氨酸,"C-標(biāo)記氨基酸,"N-氨基酸,"N03或者"NH4+或者"C-標(biāo)記氨基酸),可以使得這些細(xì)胞在其蛋白質(zhì)分離之前就標(biāo)記蛋白質(zhì)。類似的,也可以使用焚光標(biāo)記。根據(jù)前迷技術(shù)可以提取、隔離和分離這些標(biāo)記蛋白質(zhì)。用這些技術(shù)顯現(xiàn)的蛋白質(zhì),可以通過測(cè)量所用的染料或者標(biāo)記作進(jìn)一步分析。特定蛋白質(zhì)的數(shù)量可以使用例如光學(xué)方法,進(jìn)行定量確定,并且可以與在同一塊凝膠上或者其他凝膠上的其他蛋白質(zhì)的數(shù)量進(jìn)行比較??梢酝ㄟ^例如光學(xué)比較、分光分析、凝膠圖象分析和掃描,或者通過使用照相膠片或者顯示器,對(duì)凝膠上的蛋白質(zhì)進(jìn)行比較。這些技術(shù)在技術(shù)上是熟知的。為了確定特定蛋白質(zhì)的特性,可以使用直接序列測(cè)定或者其他標(biāo)準(zhǔn)技術(shù)。例如,可以使用N-和/或C-末端氨基酸測(cè)序(例如Edman降解),以及質(zhì)譜分析(特別是MALDI或者ESI技術(shù)(參見例如,Langen"a/.(1997)E/ec,/io固s18:1184-1192))此處提供的蛋白質(zhì)序列,可以用作通過這些技術(shù)進(jìn)行的谷氨酸棒桿菌蛋白質(zhì)鑒定。通過這些技術(shù)得到的信息,可以用于比較蛋白質(zhì)存在、活性、不同生物條件下(例如,在其他條件中的不同生物體、發(fā)酵時(shí)間點(diǎn)、培養(yǎng)基條件、或者生物環(huán)境)不同樣品間修飾的各種模式。這些試驗(yàn)得到的數(shù)據(jù),可以單獨(dú)的,或者與其他技術(shù)相結(jié)合的用于各種應(yīng)用,例如比較特定情況下(例如代謝情況)各種生物體的行為,增加生產(chǎn)精細(xì)化學(xué)物質(zhì)的菌抹的生產(chǎn)能力,或者增加精細(xì)化學(xué)物質(zhì)生產(chǎn)的效率。實(shí)施例14:利用聚合酶反應(yīng)(PCR)克隆基因可以使用含有與谷氨酸棒桿菌或其他菌林序列同源的核*酸序列或本領(lǐng)域熟知的限制酶識(shí)別位點(diǎn)的特異性寡核苷酸擴(kuò)增基因(例如可參見Sambrook,J.,Fritsh,E.F.,andManiatis,T.A/o/ecw/<arC7om>zg..^Z/aZ)0AY^OT7iWawa/,2w《ec/"Co/dS/n'"gi/ar6or丄a60n^07,ColdSpringHarborLaboratoryPress,ColdSpringHarbor,NY,1989)。這些可以用來擴(kuò)增含有上述菌抹部分基因組的特異性DNA片段,使用以下DNA聚合酶如水生棲熱菌DNA聚合酶、P.furiosusDNA聚合酶或尸.DNA聚合酶,在適量的緩沖溶液中含有dNTP,按照廠商說明進(jìn)行操作?;蚱稳绨ɑ蚓幋a區(qū)中不存在的合適上游和下游區(qū)域的RXA00657編碼序列可以使用上述技術(shù)擴(kuò)增。而且,這些片段可以由未整合的寡核苷酸和核苷酸中純化。DNA限制酶可以用來產(chǎn)生突出末端,用來連接DNA片段至用互補(bǔ)性酶或匹配的酶消化的載體上,所述酶產(chǎn)生可以用來連接DNA至Sinskey等美國專利4649119中所述的載體中的末端,使用谷氨酸棒桿菌和相關(guān)的短桿菌(如乳發(fā)酵短桿菌)遺傳操作技術(shù)見以下文獻(xiàn)(Yoshihamaetal,5acfe〃'o/.162:591-597(1985);Katsumata"a/.,Sacfeno/.159:306-311(1984);andSantamariaGe".A^cro&o/.130:2237-2246(1984)。用于擴(kuò)增RXA00657上游DNA序列、編碼區(qū)序列和下游區(qū)域的引物如下TCGGGTATCCGCGCTACACTTAGA(SEQIDNO:121);GGAAACCGGGGCATCGAAACTTA(SEQIDNO:122)67200ng谷氨酸棒桿菌染色體DNA用作模板,反應(yīng)體積lOOpI,含有2,5UPftiTurbo-Polymerase(Stratagene),和200pMdNTP-核苷酸。在PCR-CyclerTM(PerkinElmer2400TM)上進(jìn)行PCR,使用以下溫度/時(shí)間循環(huán)1個(gè)循環(huán)94。C:2min.;20個(gè)循環(huán)94°C:1min.;52°C:1min,72°C:1.5min.,1個(gè)循環(huán)72。C:5min.從獲得的擴(kuò)增DNA片段中除去引物,所得的片段克隆進(jìn)pBSKS(StratageneTM)平端EcoRV位點(diǎn)。用限制酶BamHI/Xho1消化切下片段,并連接到BamfflSail消化的栽體pB(SEQIDNO.:125)中。所得栽體稱為pBRXA00657。所得重組載體使用標(biāo)準(zhǔn)技術(shù)分析,具體可參見Sambrook,J.,F(xiàn)ritsh,E.F.,andManiatis,T.iWb/ecw/orC7om."g..J丄a6onatfo^A/orwwa/.2w《ec/"Co/c/S戸'wg/for6orZ^Zorafoy,ColdSpringHarborLaboratoryPress,ColdSpringHarbor,NY,1989),也可以使用上述技術(shù)轉(zhuǎn)移進(jìn)谷氨酸棒桿菌中。棒桿菌菌林(ATCC13286)如上所述轉(zhuǎn)化處理。棒桿菌菌林轉(zhuǎn)化可以通過原生質(zhì)體轉(zhuǎn)化(Kastsumata,R."a/.(1984)/.5a"e"o/.159306-311),電穿孔(Liebl,E.a/.(1989)^£MSMz'cn^!o/.53:399-303)實(shí)現(xiàn),在使用特殊載體時(shí),也可以通過輟合(conjugation)實(shí)現(xiàn)(見例如Schafer,A.e^/.(1990)/.Sac/eno/.172:1663-1666)。也可以將穿梭載體由谷氨酸棒桿菌轉(zhuǎn)化到大腸桿菌中,由谷氨酸棒桿菌中制備質(zhì)粒DNA(使用本領(lǐng)域熟知的標(biāo)準(zhǔn)方法)并轉(zhuǎn)化進(jìn)大腸桿菌中。該轉(zhuǎn)化步驟可以通過標(biāo)準(zhǔn)方法實(shí)現(xiàn),使用Mcr-缺陷大腸桿菌菌株如NM522(Gough&Murray(1983)/.Mo/.166:1-19)更為有利。細(xì)菌菌抹如谷氨酸棒桿菌菌抹(ATCC13286)的轉(zhuǎn)化使用含有前述RXA00657DNA區(qū)域的(SEQIDNO.:6)質(zhì)粒pB或不含插入核酸的載體pB(SEQIDNO,:)進(jìn)行。所得菌林鋪平板并由CM培養(yǎng)基中分離,培養(yǎng)基含有10g/1葡萄糖,2,5g/1NaCl,2,0g/1尿素,10g/1細(xì)菌用蛋白胨(Difco/BectonDicinson/SparksUSATM),5g/i酵母提取物(Difco/BectonDicinson/SparksUSAtm),5g/l肉提取物(Difco/BectonDicinson/SparksUSA),22g/l錄月旨(Difco/BectonDickinson/SparksUSAtm)和15pg/ml硫酸卡那霉素(Serva,Germany),用NaOH調(diào)pH至6.8。由上述瓊脂培養(yǎng)基中分離的菌林以IO毫升接種于沒有覆蓋(baffles)的100ml燒瓶中的液體培養(yǎng)基中,培養(yǎng)基中含有100g/l蔗糖,50g/l(NH4)2S04,2,5g/lNaCl,2,0g/1尿素,10g/1細(xì)菌用蛋白胨(Difco/BectonDickinson/SparksUSA),5g/1酵母提取物(Difco/BectonDickinson/SparksUSA),5g/l肉提取物(Difco/BectonDickinson/SparksUSA),和25g/lCaC03(RiedeldeHaen,Germany)。用NaOH調(diào)pH至6.8。菌抹30°C溫育4Sh。EppendorFM離心機(jī)中l(wèi)2,000rpm離心:20'制備上清。稀釋液體上清并進(jìn)行氨基酸分析(這些測(cè)定的標(biāo)準(zhǔn)方法見AppliedMicrobialPhysiology,APracticalApproach,P.M.RhodesandP.F.Stanbury,eds.,IRLPress,p.103-129;131-163;and165-192(ISBN:0199635773)及其中引用的文獻(xiàn))。結(jié)果見以下表6。表6<table>tableseeoriginaldocumentpage69</column></row><table>等同聲明本領(lǐng)域技術(shù)人員可以認(rèn)識(shí)到,或者能夠確定僅僅使用常規(guī)實(shí)驗(yàn),此處描述的本發(fā)明的特定實(shí)施方案有很多等價(jià)物。下面的權(quán)利要求意圖包含這些等價(jià)物。表1:6<table>tableseeoriginaldocumentpage70</column></row><table>甲硫氨酸和s-腺苷甲硫氨酸代謝氨基酸序列號(hào)56586062646668《&■RXS02021RXS02157RXC00733RXC00861RXC00866RXC02095RXC03185毗連群.NT起始NT終止鵬2,3.4>四氫吡啶-2-羧酸N-琥珀酰轉(zhuǎn)移酶(EC2.3.1.117)乙酰鳥氨酸氨基轉(zhuǎn)移瞎(EC2.6.1.11)參與賴第酸代謝的ABC轉(zhuǎn)運(yùn)ATP-結(jié)合蛋白參與賴氨酸代謝的蛋白參與賴煞酸代謝的ZN-依賴水解酶參與賴氨酸代謝的ABC轉(zhuǎn)運(yùn)ATP-結(jié)合蛋白參與賴m酸代謝的蛋白名稱代碼毗浮薦.metZormetmetCRXA0011SGR000175359RXN00403W008670041FRXA00403GR00088723RXS03158FRXA00254GR000382404RXA02532GR007263085RXS03159FRXA02768GR007701919RXA00216GR0003216286RXA02197GR006454552RXN021明W03029228FRXA02198GR006462483RXN03074W00422238功能O-乙酰高絲氨酸硫化氫解酶(EC4.2.99.10)胱琉醚-Y-裂合嗨高絲第酸O—乙敏轉(zhuǎn)移酶(EC2.3.1.31)高絲S酸0—乙酰轉(zhuǎn)移K高絲氨酸O—乙欲轉(zhuǎn)移酶(EC2.3.1.11)胱琉醚T"合成酶(EC4.2.99.9)胱琉醚T-合成酶(EC4.2.99.9)胱琉醚r合成酶(EC4.2.99.9)胱琉醚T合成酶(EC4.2.99鄰胱琉醚,合成瞎<EC4.2.99.9)5>甲基四氫葉酸-高絲氨酸甲基轉(zhuǎn)移酶(甲琉氨酸合成瞎)5"甲基四g葉酸一高絲貧酸甲基轉(zhuǎn)移酶(EC2.1.1.13)5"甲基四貧葉酸一高絲氨酸甲基轉(zhuǎn)移酶(EC2.1.1.13)5"甲基四S葉酸一高絲第酸甲基轉(zhuǎn)移瞎(EC2.1.1.13)S"腺苷甲琉豕酸:2-脫甲基甲基萘酸甲基轉(zhuǎn)移酶(EC2.1.-.-)徵甚酸序列號(hào)NT終止431368911183218112039200810090912.7勢(shì)s也雜65/290:K號(hào)劉57<51357序55s6666酸核24wssseeMSS肪ss2!as6<table>tableseeoriginaldocumentpage72</column></row><table><table>tableseeoriginaldocumentpage73</column></row><table><table>tableseeoriginaldocumentpage74</column></row><table><formula>formulaseeoriginaldocumentpage11</formula><table>tableseeoriginaldocumentpage76</column></row><table><table>tableseeoriginaldocumentpage77</column></row><table><table>tableseeoriginaldocumentpage78</column></row><table><formula>formulaseeoriginaldocumentpage0</formula><table>tableseeoriginaldocumentpage80</column></row><table><table>tableseeoriginaldocumentpage81</column></row><table>:a;<table>tableseeoriginaldocumentpage82</column></row><table><table>tableseeoriginaldocumentpage83</column></row><table><table>tableseeoriginaldocumentpage84</column></row><table><table>tableseeoriginaldocumentpage85</column></row><table><table>tableseeoriginaldocumentpage86</column></row><table><table>tableseeoriginaldocumentpage87</column></row><table><table>tableseeoriginaldocumentpage88</column></row><table>該基因的序列公布在所示參考文獻(xiàn)中。但是,本發(fā)明獲得的該序列明顯較公開的序列長'據(jù)信公開的序列起始位點(diǎn)錯(cuò)誤,因而僅為實(shí)際編碼區(qū)的一部分200810090912.7勢(shì)溢1被82/290:a;<table>tableseeoriginaldocumentpage89</column></row><table><table>tableseeoriginaldocumentpage90</column></row><table><table>tableseeoriginaldocumentpage91</column></row><table><table>tableseeoriginaldocumentpage92</column></row><table>,Rockville,MD,USAFERM:發(fā)酵研究所,Chiba,JapanNRRL:ARS培養(yǎng)物保藏中心,北方區(qū)域研究實(shí)驗(yàn)室,Pe0ri4IL,USACECT:西班牙典型培養(yǎng)物保藏中心,Valencia,SpainNCIMB:國立工業(yè)和海洋微生物保藏有限公司,Aberdeen,UKCBS:真菌菌種保藏中心,Baarn^NLNCTC:國立典型培養(yǎng)物保藏中心,LondonUKDSMZ:德意志微生物保藏中心,Braunschweig,Germany具體可參見Sugaw叫H.etal.(1993)Worlddirectoryofcollectionsofculturesofmicroorganisms:Bacteridfungiandyeasts(4thedn),Worldfederationforculturecollectionsworlddatacenteronmicroorganisms)Saimata,Japen.*谷氨酸棒桿菌ATCC13059'的自發(fā)利福平抗性突變體Yoshihamaefat,1985**AS019的限制缺陷變體FolletUeefa,.,1993***站019£12咖《7.破壞突變體本研究****AS019E12郵(C魂壞突變體本研究<image>imageseeoriginaldocumentpage0</image><formula>formulaseeoriginaldocumentpage11</formula>rxa002411626加00262"97rxa00266531GB一HTG2:HSDJ艦E9117353GB一PR2:CNS0,DSA159400GB_HTG2AC005079-0GB一HTG之AC005079一1一—GBHTG2AC005079_1GB一BA1:PPEA3NIFGB二BA2:AF128444GB一HTG4:AC010"1GB_BA2AF124518GB-PR3:AC0O4S93GB一HTG2:AC006907GB一BA1:CGLYSIGB_HTG1:PFMAL13PGB一HTG,:PfMAU3戶GBJN2別U職沾GB一IN2:EHU8鄉(xiāng)5GB一RO:AF016190EMPAT:E09719AL121758AL1217訴110000AC005079"0000AC005079"0000AC00507919771X996942477AF128444138S38AC010"11758AF124518150221AC004593168972AC0069074232X60312192581AL049180,925813219U89G553219U896552933AF0161903505E09719衷4:序列比對(duì)結(jié)菓Homosapienschromosome20cloneRP5^850E9,SEQUENCINGINPROGRESSinimorderedpieces.Humanchromosome14DNAsequenceINPROGRESS'"BACR412H8ofRPCl-11libraryfromchromosome14ofHomosapiens(Human),completesequence.SEQUENCINGINPROGRESS'SEQUENCINGINPROGRESS''SEQUENCINGINPROGRESS'HomosapienscloneRG252P2^unorderedpieces.HomosapienscloneRG252P2^unorderedpieces.HomosapienscloneRG252P2^unorderedpieces,PlasmidpEA3nitrogenHxationg幼然,Rhodobactercapsulatusmotybdenumcofactorbiosyntheticgeneduster,partialsequence.Drosoph貼melanogasterchromosome3L/70C1cloneRPC,98~9B18,*MSEQUENCINGINPROGRESS64unorderedpieces.CorynebacteriumglutanrUcum3>dehydroquinase(aroD)andshikimatedehydrogenase(aroE)genes,completecds.HomosapiensPACcloneDJ0964C11from7p14~p15,completesequence.CaenortratxfiBsete^anscloneY76B12,一SEQUENCINGfNPROGRESS25unorderedpieces.C.glutamicumlyslgeneforL>4ysinepermease.Plasmodiumfdlciparumchromosome13strain3D7,MSEQUENCINGINPROGRESS*M,inunorderedpieces,Plasmodiumfaldpafumchromosome,3strain3D7,mSEQUENCING'NPROGRESSinunorderedpieces.Entamoebahistolyticaunconventionalmyosin舊mRNA,completecds.Entamoebahistolyticaunconventionalmyosin舊mRNA,completecds.DNAencodingprecursorproteinofalkalinecetlulase,Homosapiens37,965Homosapiens38,796Homosapiens38,227Homosapiens38,227H。m。sapiens38,227Enterobactera的lom鵬ns48,826Rhodobactercapsulatus40,135Drosophflamelanogaster39,527Corynebacteriumglulamlcum98,237Homosapiens36,616Caeno巾ab她selegans37,095Corynebacteri,glufamicum100,000Plasmodiumfalciparum34,947Plasmodfejmfelciparum34,947Entamoebahistolytica36,496Entamoebahistolytica37,544Musmusculus41,欲Bacillussp.34,74103~DEC-199922-Nov鄰22-Nov鄰22-N。V鄰2網(wǎng)Aug鄰22-MAR-1鄉(xiāng)16-OCT-1鄉(xiāng)18^MAY-1鄉(xiāng)18-Apr-9B26~Feb~993CKIarn92"-Aug鄰23"MAY-1斷23^MAY-19979~Feb~9908"OCT-1997(Rel.52Created)6"Ja。"9B9"Apr-9720~Aug~9621-Nov鄰3"Fd>992S~Sep~9724~Jun-9915>Jun~962豐Jun-9915~Jun-9624~Jun-99rxa00278rxa00295rxa00323rxa00324GB一PAT:E021333494E021331155GBJN1:CELK05F636912AF040653GB_BA1:CGU435352531LM3535GB一RO:RNU307油3510U307891125GBBA2:CGU312811614U31281GB—BA1:BRLBIOBA1647D14084GBPAT:E039371005E039371461GB一BA1:MTCY42738110Z7職2GB一BA1:MSGB32CS36404L7胡18GB:BA1:MTCY427361102706923258GB_BA1:MSGB32CS36404L78818GBBA1:MTCY42738110Z70692gDNAencodingalkainecellulase.Caenorhabd版eleganscosmidK05F6.Corynebacteriumglutamicummu加njgresistanceprotein(cmr)gene,completecds.RattusnorveglcuscloneN27mRNA.Corynebacteriumglutamicumbiotinsynthase(bk)B)gene,completecds.Brevibacteriumflavumgeneforbiotinsynthetase,completecds.DNAsequenceencodingBrevibacterf肺flavumbiotln<synthase.MycobacteriumtuberculosisH37Rvcompletegenome;segment99/162.MycobacteriumlepraecosmidB32DNAsequence.acteriumtuberculosisH37Rvcompletegenome;segment99/162.teriumlepraecosmidB32DNAsequence,rlumtuberculosisH37Rvcompletegenome;segment99/162.Bacillus鄰.34,741Caenorhabditfselegans36,943Corynebacteriumglutamicum36,欲RattusnorvegicusCocynebacteriuniglutamicumCorynebacteriumglutamicumCorynebacteriumglutamicumMycobacteriumtuberculosisMycobacteriumlepraeM^cobactetiumtub抓utosjsMycobacteriumlepraeMycobacteriumtuberculosis200810090912.7勢(shì)_s擊被89/2903s,8f8,s,s,8,5,a,SB,<table>tableseeoriginaldocumentpage0</column></row><table><formula>formulaseeoriginaldocumentpage97</formula><table>tableseeoriginaldocumentpage98</column></row><table><table>tableseeoriginaldocumentpage99</column></row><table>EM—PAT:E112732104E11273GB一PAT:A附164832104AR016483no005841248GB—BA1:CORAHPS2570L07603GB—BA1:AOPCZA36137941AJ223998GBBA1:D9071414358D90714rxa006181230GB一EST19:AA802737280AA80Z737GB一EST28:AI534381581A15343S1GBIN1:DMANILLIN4029X89858rxa006191551GB一BA1:MTCY36936850Z80226GBBA1:MLC防38109Z95151GBPATA603051845A60305rxa006201014GBPL2:AF0632471450AF063247表4:序列比對(duì)結(jié)果DNAencodingserinehydroxymethyttransferase.Sequence1frompatentUS5776740.Corynebacteriumglutamic訓(xùn)3~deoxy~D~arabinoheptulosonate~7-phosphatesynthasegene,completecds.AmycolatopsisorientaliscosmidPCZA361.EscherichiacoligenomicDNA.(16.8-17.1mln).GM06236.5primeGMDrosophilamelanogasterovaryBlueScriptDrosophilamelanogastercDNAcloneGM062365prime,mRNAsequence.SD07166.5primeSODrosopNtamelanogasterSchneiderL2cellculturepOT2DrosophilamelanogastercDNAdoneSD071865primesimilartoX89858:AniFBgn0011558PID:g927407SPTREMBL:Q240,mRNAsequence.D,melanogastermRNAforan冊(cè)nprotein.MycobacteriumtuberculosisH37Rvcompletegenome;segment36/162.MycobacteriumlepraecoemidB5.Sequence5fromPatentWO9706323.Pneumocystiscarinl'f.sp.rattienolasemRNA,completecds.Corynebacteriumglutamtcum37,07108"OCT-1997(ReT52.Created)Unknown.37,07105>DEC-1998Corynebacteriumgtutamlcum98236Amycolatopsisorientalis54,55329~MAR-1999Escherichiacoll53,3127-Feb>99Drosophilamelanogaster39,928恭Nov鄰Drosophilamelanogaster41.13618>MAR-1999Drosophilamelanogaster34,398Mycobacteriumtuberculosis62,776Mycobacteriumleprae61,831unidentified61,785Pneumocystiscariniif.sp.ratti41,0608^Nov~9S17"Jurv980frWAR-199Q12>Jun~933~Aug~992~Sep~9917>Jun>9824"Jun~9709-MAR-19953~f=Bb^9929>Sep>974~Nov-963^Feb鄰27<Jsn~895~Jul-99GB一BA1:STMAPPGB一HTG3:AC咖763rxa0062481DGBJN1:CEY41E3GB—EST13:AA362167GB:,N1:CEY41E3rxa006261386GB一BA1:MTCY36QGB一BA1:MLCB5GB一BA1:MLU15化7rxa00632795GB一BA1:B關(guān)OADGB一PAT:E04041GB一PAT:E04W0nca00633392GB_BA1:BRLBIOADGB一PAT:E04040GB一BA2:EHU38519rxa006d8鄉(xiāng)GB一BA1:MTV041GB一BA1:BRLSECYGB一BA2:M3U77912rxa00708930GBBA2:AF157柳2069M91546214575AC00S763150641Z95559372AA362167150641Z9555936850Z8022638109Z9515136138U151872272D14083675E040411272E040402272D140831272E040401290U3851928826AL0219581516D141627163U7791225454AF157493StreptomyceslividansaminopeptidaseP(P鄰P)gene,completecds.Homosapienschromosome19cloneCITB^E1_3214H19,,"SEQUENaNGINPROCESSM,21unorderedpieces.Caenorhabd版elegantcosmidY41E3,completesequence,EST71561MacrophageIHomosapienscONA5*幼d,mRNAsequence.CaenorhabditiseleganscosmidY41E3,completesequence.MycobacteriumtuberculosisH37Rvcomp敏egenome;segment36/162<MycobacteriumlepraecosmidB5.MycobaderiumlepraecosmidL296.Brevibacteriumflavumgenesfor7,8~diaminopelargonicacidaminotransferaseanddethiobiotinsynthetase,completecds.DNAsequencecodingfordesthiobiotinsynthetase.DNAsequencecodingfordiaminepelargonicacidaminotransferase.Brevibacteiiumftavumg胡的for7,8>diaminopelargonicacidaminotransferaseanddethiobiotinsynthetase,completecds.DNAsequencecodingford咖inopelargonicacidaminotransferase.Efwiniaherfoicotaadenosylmethionine>8>amino-7-oxononanoatetransaminase(bioA)gene,completecds,MycobacteriumtuberculosisH37Rvcompletegenome;segment35/162.BrevibacteiiumflavumgeneforSecYproteh(completecds)andgeneoradenylatekinase(partialcds).MyccibacteriumbovisMBE50agene,partialcds:andMBE50b,MBE50c,preprateintranslocaseSecYsubunit(secY),adenylatekinase(adk),methionineaminopeptidase(map),RNApolymeraseECFsigmafactor(湘E50),MBE50d.andMB臺(tái)50e訴nes,completecd&ZymomonasmCZM4fosmkidone42D7,completesequence.StreptomyceslividansHomosapisns37,126鄰,咖HomosapiensCaenorhabditiselegansMycob^teriumtuberculosisMycobacteriumlepraeMycobacteriumlepraeCorynebacteriumglutamicumCorynebacteriumglutamicumCorynebacteriumglutamicumCorynebacteriumglutamicumCorvnebactoiumglutamicumErwiniaherbicotaMycobacteriumluberculosisCorynebacteriumglutamicumMycobacteriumbovis2ymomonasmobi(is96.07493,81495,69095,75555,56460,03099,56360,03039,116200810090912.7勢(shì)滔*被94/290:K鄉(xiāng)"劇&鄉(xiāng)S戰(zhàn)形8,7,7,8,8,7,3335539<table>tableseeoriginaldocumentpage101</column></row><table><table>tableseeoriginaldocumentpage102</column></row><table><formula>formulaseeoriginaldocumentpage103</formula><table>tableseeoriginaldocumentpage104</column></row><table>GB一BA1:BRLILVCA1364D14551rxa011621443GBPAT:E08232GBPAT細(xì)299GB一PR3:HS24E51017286935506E08232A60299Z82185nca01208846GBPR3:AC00S265GB一HTG2AC00496543900323792AC005265AC004965GB—HTG2AC004965323792AC004965rxa012091528GBPL2:TAU55859GB-HTG3AC011鄉(xiāng)2397"3436U55859AC011鄉(xiāng)GB一HTG3AC011鄉(xiāng)"3436AC011鄉(xiāng)GB一PL1:AB01007777380AB010077rxa012151098GBBA1:MTCY10G2GBJN1:LEIPRPP389701887Z92539M76553GB-HTG2:HSJ799D16130149AL050344rxa012392556GBBA1:MTCY站GB_PR2:AB029032GBJ3SS9:AQ107201353776377356274020AB029032AQ107201rxa01253873G8一PL2:F508GB—PL2:F5089992399923AC005990AC005990rxa01幼1044GBIN1:CELC06G1GB二GSS14AQ51884331205441U41014AQ518843GB-HTG2AC007473194859AC007473GB一HTG4:AC011微"5847AC011695nca01352706GB一PL2:ATAC00516783260AC005167GB一PL2ATAC00582597380AC005825表4:序列比對(duì)結(jié)果Brevjbacterlumflavumi)vCgeneforacetohydroxyacidisomeroreductase,completecds.DNAencodingacetohydroKy-acidisomeroreductase.Sequence18fromPatentWO9706261.HumanDNAsequencefromFosmid24E5onchromosome22q11.2~qtercontainsparvalbumin,ESTs,STS.Homosapienschromosomd19'cosmidF19750,completesequence.HomosaptenscloneDJ1106H14,SEQUENCINGINPROGRESS一,42unorderedpieces.HomosapienscloneDJ1106H14,"翁SEQUENCINGINPROGRESS42unorderedpieces*Triticumaestivumheatshockprotein抑mRNA,completecds.Homosapienschromosome19ctoneCIT-HSPC_475D23,*"SEQUENCINGINPROGRESS31unorderedpieces.Homosapfenschromosome19cloneCn"-HSPC一475D23,***SEQUENCINGINPROGRESS31unorderedpieces一ArabidopsisthalianagenomicDN^chromosome5,P1clone:MYH19,completesequence.MycobacteriumtuberculosisH37Rvcompletegenome;segment47/1Leishmaniadonovaniphosphor&osylpyrophosphatesynthetasegene'completecds.Homosapienschromosome1doneRP4*799D16mapp34.3~36.1,SEQUENCINGINPROGRESSM,inunorderedpieces.MycobacteriumtuberculosisH37Rvcompletegenome;segment抑162HomosapiensmRNAforKIAA1109protein,partialcds.HS一3098一A1一C03一T7CITApprovedHumanGenomicSpermLibraryDHomosapiensgenomicclonePlate:30d8Col=5Row^E,genombsurveysequence.Corynebacterjumglutamjcum99,560CorynebacteriunnglutamlcumAspergillusnigerHomosapiens99,80338,67536,20429>Sep>9706~MAR-199823~Nov~99HomosapiensHomosap)ens38,36336,058Homosapiens36,05812<Jun>98TriticumaestfvumHomosapiens37,26940,0001-Feb"9907-OCT-1鄉(xiāng)Homosapiens40,00007-OCT-1鄉(xiāng)Arabidopsisthaliana36,803MycobacteriumtuberculosisLeish怖niadonovani37,04750,73817"Jun鄰7~Jun>93Homosapiens38,135MycobacteriumtuberculosisHomosapiensHomosapiens38,13939,39441,40817-Jurv984-Aug~9928~Ayg~98sequence.Arabidopsisthalianachromosome1BACF508sequence,completesequence.Caenortiabd汰iseleganscosmidC06G1.HS-5106一A1一D10—SP6ERPCM1HumanMaleBACLibraryHomosapgenomicdonePlate=682Col"19Row=G,genomicsurveysequence.Drosophllamelanogasterchromosome2cloneBACR36D12(D590)RPCI~9838.D.12map48A48Bstrainy;cnbw鄰,州SEQUENCINGINPROGRESS60unorderedpjeces.Drosophilamelanogasterchromosome2cloneBACR35F01(D1156)RPCt~9835.F.1map48A~48Cstrainy;cnbwsp,***SEQUENCINGINPROGRESS108unorderedpieces.ArabldopsisthalianaArabidopsisthalianaCaenorhabd汰lseleganscompletesequence.ArabidopsisthalianachromosomeIIBACT24I21genomicsequence'csequence.GBHTG3:AC011150127222AC011150Homosapiensclone4_K_17.LOW-PASSSEQUENCESAMPLING.ArabidopsisthalianaHomosapiens36^1835,57438'郷41,12140,63438,29034,3"34'3"37,72223"DEC-199830"N0V"9505~MAY-199925^0CT-1鄉(xiāng)15"OCT-199812-Apr-9901-OCT-1999200810090912.7轉(zhuǎn)溢也被99/290^<formula>formulaseeoriginaldocumentpage11</formula>GB—BA1:SC10A739739AL07明18rxa01491774G8一BA1:MTV00256414AL008967GB—EST13:AA欲956255AA356956GBOV:OMDNAPROI7327X92360nea01S081662GB一IN1:CEF28C121鄉(xiāng)3Z93380GBJN1:CEF28C1214653Z93380nta01512723GB一BA1:SCE937730AL049841GB一BA1:MAU鵬75840U88875GB—BA1:MTY15C1033050Z95436rxa015147"GBBA1:MTCY7H7B24244Z95557GB二BA1:MLCB2548鄉(xiāng)16AL023093GBPL1:EGGTPCHI242Z49757nca01515975GB-BA1:ECOUW93338534U1柳3GB—BA1:ECOUW93338534U1柳3GB一BA1:MTCY4939430Z73欲rxa01516513GBJN1:DME2388475419AJ238847GB一HT63:AC009210103814AC009210GBJN2AF1321794842AF132179txa01517600GBPL2:F6H862596AF178045GeLPL2:AF038831647AF038831G8—PL2:ATAC005957106355AC005957na01521921GB一BA1:A國IFBH5936J051"GBPR2AC002461197273AC002461GB一PR2AC002鄰1197273AC002鄰1nta01528651GBRO:MM437P9165901AL049866GB一PR3AC0057401朋780AC005740GB一PR3AC005740186780AC005740rxa015511欲GB—BA1:MTCY22G1035420Z84724GB—BA2:ECOUW89176195U00006GB_BA1:SCQ"15441AL096823ntaOI効1053GB一,N1:CEYB2H9A47396AL032630GB—PR4:HSU510033202U51003GB一OM:P,GDAOI欲rxa0159917肪GB—BA1:MTCM2S37432Z96268GB一BA1:U0002139193U00021GBBA1:MLCB135138936Z95"7條4:序列比對(duì)結(jié)果StreptomycescoeHcolorcosmid10A7.MycobacteriumtuberculosisH37Rvcompletegenome;segment122/162.EST6節(jié)4JurkatT-cel(s川HomosapienscDNA5*節(jié)d'mRNAsequence.O.mossambicusprolactinIgene.CaenorhabditiseleganscosmidF28C12,compilesequence.CaenorhabditisdeganscosmidF28C12,completesequence^StreptomycescoelicolorcosmidE9.Mycobacteriumaviumhypoxanthine~guaninephosphoribosyltransferasegengcompletecds.MycobacteriumtuberculosisH37Rvcompletegenome;segment154/162,MycobactertumtuberculosisH37Rvcompletegen加e;segment153/162.MycobacteriumlepraecosmidB2548.E.gracilsmRNAforGTPcyclohydrolaseI(coreregion).EscherichiacoliK-12chromosomalregionfrom92.8to00.1minutes.EscherichiacoliK-12chromosomalregionfrom92.8to00.1minutes.MycobacteriumtuberculosisH37Rvcompletegenome:segment93/162.DrosophilamelanogastermRNAfordrosophiladodeca~sate,protein1(DDP-1).Drosophilamelanogasterchromosome2cloneBACR01106(D1054)RPCI>9801丄6map55D"55Dstrainy;cnbwsp,***SEQUENCINGINPROGRESSM*,86unorderedpieces.Dra鄉(xiāng)hilamelanogastercloneLD21677unknownmRNA.Arabidopsfstha胎naBACF6HB.Sorosporiumsaponariaeinterna'transcribedspacer1,5.8SribosomalRNAgene;andinternaltranscribedspacer2,completesequence.ArabidopsisthalianachromosomeIIBACT15J14genomicsequence,completesequence.Anabaenasp.(cloneAnH20'1)nitrogenfixationoperonn冊(cè),他N'nlfS,nifU,andnifHgenes'completecds.HumanBACcloneRG204M6from7q31,oomp晚sequence.HumanBACcloneRG204I16from7q31,completesequence.Musmusculuschromosomeclone437P9.Homosapienschromosome5p,BACclone50g21(LBNLH154),completesequence.Homosapienschromosome5p,BACclone50g21(LBNLH154),completesequenceMycobactertumtuberculosisH37Rvcompletegenome;segment21/162.E.colichromosomalregionfrom89.2to92.8minutes.StreptomycescoelicolorcosmidQ11.CaenorhabditiseleganscosmidY62H9A,completesequence.HomosapiensDLX-2(DLX-2)gene,completecds.PfgD~amfnoackfcoddase(DAO)gene,exon1.MycobacteriumtuberculosisH37Rvcofinpletegenome;segmert76/162.MycobacteriumlepraecosmidL247.MycobacteriumlepraecosmkJB1351.Streptomycescoelicolor36,9309~Jun~99Mycobacteriumtuberculosis37,06217掘鄰Homosapiens37,647Tilapiamossa她ica38,289190CT-1995Caenorhabditiseiegans37,984Caenorhabditiselegans38,鄉(xiāng)23"Nov鄰Streptomycescoelicolor39,02119~MAY-1999Mycobacteriumavium57,52105"MAR-1997Mycobacteriumtuberculosis鄰,086Mycobacteriiimtuberculosis43,343Mycobacteriumleprae38,17727AU9"99Eugl6^3gracilis64,8762CWDCT-1欲Escherichiacoli38,94317Apr鄰Escherichiacoli37,50017Apr鄰Mycobacteriumtuberciiosis38,0102"urv99Drosophilamelanogaster36,3461SAug~99Drosophilamelanogaster37,897Drosophilamelanogaster36,1493"Jun鄰ArabldopsisthaKana35,846Sorosporium幼ponarlae40,56613"Apr鄰Arabidopsisthali如a38,0957"Jan鄰Anabaenasp.38'20626"ApT"93Homosapiens36,623Homosapiens34,7192(WVug~97Musmusculus37,50029>Jun>99Homosapiens37,03101"OCT-1鵬Homosapiens38,03501"OCT-1998Mycobacteriumtuberculosis38,37117Jun>98Escherichiacoli38,064Streptomycescoelicolor60,7758~Jul~99Caenorhabditiselegans38,5142-Sep-效Homosapiens37,73007-DEC"1999Susscro傷39,34027*AprS3Mycobacteriumtuberculosis63,30017Jun-98Mycobacteriumleprae36,756Mycobacteriumleprae36,75624^Jun-97200810090912.7轉(zhuǎn)溢齒被101/2905t<table>tableseeoriginaldocumentpage108</column></row><table><table>tableseeoriginaldocumentpage109</column></row><table><formula>formulaseeoriginaldocumentpage110</formula><formula>formulaseeoriginaldocumentpage111</formula><formula>formulaseeoriginaldocumentpage11</formula><table>tableseeoriginaldocumentpage113</column></row><table><table>tableseeoriginaldocumentpage114</column></row><table><table>tableseeoriginaldocumentpage115</column></row><table>rxa02299531GB一BA2:AF116184540AF116184GBJ3SS9:A0164310507AQ164310rxa023"813GB一VI:MH68TKHGB一HTG4:AC0060914557176878X93468AC006091GB一HTG4:AC006091176878AC006091GB一BA2:RRU6551016259U65510nca02315nca0231B1752402GB一BA1:MSGY224GB陽BA1:MTY25D10GB_BA1:MSGY224GB一HTG3:AC011348400514083840051"1083AD000004Z95553AD000004AC011348GB-HTG3AC011348"1083AC011346GB一HTG3AC0"4,289234AC0"412rxa023191080GB_BA1:MSGY224GBBA1:MTY加10GB—EST23:A"172134005140838476AD000004Z96558AI117213rxa023451320GB一BA1:BAPURKE2562湖189rxa02350618GBBA1:MTCY71G8—BA1:MTCY71GB一BA1:BAPURKE42729427292582Z92771Z92771X91189rxa023731038GBPL1:SC130KBXVGBPL1:SCXV0RFSGBPAT:E00311GB一PAT:I06030GBPAT:I0083612952850984185313531853X94335X90518E00311106030100836CorynebacteriumglutamicumMomosapiensmurineherpesvirus助DrosophjlamelanogasterRhodospi湖umrubrum斜-.胸隨糾CorynebacteriumglutamioumL~asparlate~alpha~decarboxy(aseprecursor(panD)gene,completecds.As一2171一A2-E01一MRCITApprovedHumanGenomicSpermLtoraryDHomosapiensgenomicclonePlate-2171Col=2Row=t,genomicsurveysequence.Murineherpesvirustype胡thymidinekinaseandglycoproteinHgenes.Drosophilam幽nogasterchromoso怖3cloneBAC柳G05(D475)RPCI鄰48.G.5map91F1*3in3strainy;cnbw鄰,***SEQUENCINGINPROGRESS4unorderedpieces.Drosophilamelanogasterchromosome3cloneBACR切G05(D475)RPCI鄰D肪ophilamelanogaster48.G.5map91F,》91F13straincnbwsp,SEQUENCINGINPROGRESS***,4unorderadpieces.RhodospirillumrubrumCO~inducedhydrogenaseoperon(cooM,cooKcooL,cooX,cooU,c。oH)genes,ironsutfurprotein(cooF)gene,carbonmonoxidedehydrogenase(oooS)g^ne,carbonmonoxidedehydrogena幼accessoryproteins(cooC,cooT,cooJ)genes,putativetranscriptionalactivator(cooA)gene'nicotinate>nuc1eot)depyrophosphorylase《nadC)gene,completecds,L~aspartateoxidase(nadB;gene,andaHcylhydroperoxidereductase(ahpC)g的e,partialcd&Mycobacteriumtubercutosissequencefromcloney224.MycobacteriumtuberculosisH37Rvcompletegenome:segment28/162.Mycobacteriumtuberculosissequencefromcloney224.Homosapienschromosome5cloneCIT4HSPC_303E13,SEQUENCINGINPROGRESS*",3orderedpieces.Homo鄉(xiāng)enschromosome5cloneCHXSPC一303E13,"SEQUENCINGlhlPROGRESS*".3orderedpieces.Homosapjanschromosome5cloneCIT978SKB—81K21,"'SEQUENCING附PROGRESS—,3orderedpieces.—Mycobacteriumtuberculosissequencefromcloney224.MycobacteriumtuberculosisH37Rvcompletegenome;segment28/162,ub83hOZr1Soares2NbMTMilsmusculuscDNAcloneIMAGE:1395123S,mRNAsequence.B,ammoniagenespurKandpurEgenes.MycobacteriumhiiercubsisH37Rvcompletegenome;segment141/162.MycobacteriumtuberculosisH37Rvcompletegenome;segment141/162.B.ammonfagenespurKandpur£genes.S-cerevisiae130kbDNAfragmentfromchromosomeXV.S.oerevisiaeDNAof51KbfromchromosomeXVrightarm.DNAcodingof2'5~d^etogluconicacidreductase.Sequence4fromPatentEP0305608,Sequence1fromPatentUS4758514.100,00037,27840,26636,45436,45437,82802崔Y-1鄉(xiāng)16"OCT-1998^SeP"9627"OCT-199927-OCT-1999Mycobacteriumtuberculosis49,4180^DEC"1996Mycobacteriumtuberculosis49,36017"Jun-98Mycobacteriumtuberculosis38,150Homosapiens35.82106"OCT-1鄉(xiāng)Homosapiens35,82106"OCT-1鄉(xiāng)Homosapiens36,18106~OCT-1999MycobacteriumtuberculosisMycobacteriumtuberculosis37,79203-DECM99637,79217-Jun-98Musmusculus35.0842~Sep~98Gorynebscterium61,73114-Jarv97smmon^g抑esMycobactefiumtuberculosis39,62410>Feb~99Mycobacteriumtuberculosis39,647Corynebacterium64,14Jarv97a關(guān)oniageneaSaccharomycescerevisiae36,61715^-97Saccharomycescerevisiae36,6171-Nov鄰unidentified56,12329"S鄰-97Unknown.56,22002-DEC~1994<formula>formulaseeoriginaldocumentpage117</formula><formula>formulaseeoriginaldocumentpage118</formula><formula>formulaseeoriginaldocumentpage11</formula>20~J30~9914^Sep~9804>OEC-199614~Sep~9801掘R-19943<Jurv9917"Jun鄰28~Apr~939~Aug-d4270CT-199827-OCT-19988-Jan>9817"Jun鄰25-Apr鄰27"MAY-199830~Sep"9815-DE01鄉(xiāng)GB-BA2:AF06407023183AF064O70nca02771678GB一BA2:AF0386514077AF03鄉(xiāng)1GBIN1:CELT柳437121U80438GB一EST36:AV193572360AV193572rxa027721158GELBA2AF0386514077AF038651GB__BA1:MTCY22735946Z77724GBBA1:110001140429U0咖1rxa027卯,266GB一BA1:MTCY15933818Z83863GB一PR4:AC006581172931AC006581GBR4AC006581172931ACO06581951GEL狄1:MTCY徹33818Z83863GBOV:CHKCEK23694M35195GBBA1:MSASDASK5037Z17372rxa028021194GB一EST24:AI223401169AI223401GB一EST24:AI223401169AI223401rxa028H494GBBA1:MTCr7D1122070Z95120GB二BA1:MTCY7D"22070Z95120GBPR1:HSAJ2962778AJ002962rxa02843608GB—BA1:CGAJ4934"60AJ004934GB—BA1:MTCI36429540Z93777GELBA1:MLU1518038675U15180rxs03205欲GBBA1饑SIGBGN2906Z柳24GB—EST21:AA980237377AA980237GB—EST23:AI15B316371All58316ras032231237GBJN1:LMFL274338鄉(xiāng)AL031910勤糊比,*Burkholderiapseudomalleiputative改hydroorotase(pyrC>gene,partialcds;putative1>ac^l-sn>glycerol~3~phosphateacyltransfera鍵"C),putativediaden訴jnetetraphosphatase(apaH).completecds;typeIIO-antigenbiosynthesisgenecluster,completesequence;putativeundecaprenylphosphateN~acetylglucosaminyRransferase,andputativeUDP~glucose4~epimerasegenes,completecds:andputativegalactos/ltransferaseg的e'partialcds.CorynebacterluniglutamicumdipepCkle4)lndingprotein(dcIAE)gene,partialcds;adeninephosphorlbosyttransferase(apt)andGTPpyrop"sphokinase(rel)gene^completecds;andunknowngene.Caenorhabditisel^anscosmidT19B4.AV193572YujiKoharaunpublishedcONA:StrainN2hermaphroditeembryoCaenortiabditiseleganscDNAdoneyk618h85*,mRNAsequence.CorynebacteriumglutamicumdipeptklWndingprotein(dciAE)gene,partialcds;adeninephosphorlbosyttransferase(apt)andGTPpyrophosphokinase(rel)genes,completecds;andunknowngene.acteriumtuberculosisH37Rvcompletegenome:segment114/162.acteriumlepraecosmidB1177.acteriumtuberculosisH37Rvcompletegenome;segment111/162.Homosapiens12p21BACRPCI11-259018(RoeweHParkCancerInstituteHumanBACLibrary)completesequence.Homosapiens12p21BACRPCI11-2S9018(RosweDParHCancerInstituteHumanBACLibrary)completesequence,MycobacteriumtuberculosisH37Rvcompletegenome;e^gment"1/162-Chlckentyrosinekinase(cek2)mRMA,completecds.M.smegmatisasd'ask~alpha,andask~betag抑松qg48g01.x1SoaresJestls一NHTHomosapienscDNAcloneIMAGE:18384433'simlartoWP:c2sd7.8CE08394:.mRNAsequ抑ce.qg48g01J(lSoareS-testls一NHTHomosapl抓scDNAdoneIMAGE:18384483'sim紐toWP:C^D7,85e06394:.mRNAsequenceacteriumtuberculosisH37Rvcompletegenome;segment138/162.acteriumtuberculosisH37Rvcompletegenome;segment138/16ZHomosapiensmRNAforhB~FABP.CorynebacteriumglutamicumdapDgene,completeCDS.MycobacteriumtuberculosisH37Rvcompletegenome;segment52/162.MycobacteriunilepraecosmidB仍S.B.lactofermentumorMgeneandsigB卿e,ua32a1ZrlSoaresmammary』bnd一NbMMGMusmusculuscDNAdoneIMAGE:13484145"—similartoTR:Q61025Q61025HYPOTHETICAL15.2KDPROTEIN.;,mRNAsequence.ud27c05.r1SoaresJhymus_2NbMTMusmusculuscDNAcloneIMAGE:1447112,mRNAsequence.LeishmaniamajorFriedfinchromosome4cosmidL2743.Burkholderiapseudomsrilei3柳9Corynebacteriumglutamicum99,852Caenorhabcfitiselegans43,636Gaenorhsbditissleg抓s48,588Corynebacteriumglutamicuni99,914Mycobacteriumtuberculosis38,339Mycobacteriumleprae38,996Mycobacteriumtuberculosis37,640Homosapiens37,906Homosapiens35,280Myoobacteriumtub9rcul0sis39,765Gallus訴llus38,937Mycobacterium柳egmatis38,495Homosapiens40,828Homosapiens40,628MycobacteriumtuberculosisMycobacteriumtuberculosisHomosapiensCorynebacteiiumglutamicumMycobacteriumtuberculosisMycobacteriumlepraeCorynebacteriumgtutamicumMusmusculusMusmusculus38,005Leishmaniamajor39,869200810090912.7勢(shì)*被114/290M5頓幼l:肪<table>tableseeoriginaldocumentpage121</column></row><table>序列表<110>BASF公司(BASFAktiengesellschaft)<120>編碼代謝途徑蛋白的谷氨酸棒桿菌基因<130>BGI-121CP2PC<140><141><150><151>9/6067402000_06_23<150><151>60/187970200〇一03-09<160>125<170〉PatentlnVers.2.0<210〉<211><212><213〉1840DNA谷氣酸棒桿菌(Corynebacteriumglutamicum)<220><221><222>CDS(363)..(1676)<400>1cag333ctgtctgtatgccg3gtggggct3asgctgttcaaaatgcc3MetProgtgcagaaat5tg3tcggstgtC3七3ccccgtagggtgcsctttgscsgct33C3ttg3gC3七33ccctacgsgwtt33tgggtstgcg3g3tg3tttagctgtacgcattt3七3CC3C3tttCC七33ttcgggcc33g3C333tC3CCt3ccstcctg3tcgatttC33C3gtct3ttaaaaactcttaagtacgacaattecaatgetgaccagtggggcLysTyrAspAsnSerAsnAlaAspGinTrpGly5103tgggtgtttgagagttgttaatcagttgggcaatagaccaaggacctcctttgsaPheGlu15601201802403003604073cccgcThrArgtec3ttSerlieC3CHis20gcaAlaggccagGlyGintC3Sergt3Val25AspAlacagGinseca^gcThrSer30Ala455cga_33cArgAsncttccgEeuPro353tc工let3CTyrcsa_tecGinSer3CCThr40getAlattcgtgPheValttcPhegsctecAspSer45getAla503GluHisgecAlaLys50GincgtArgttcgcaPheAla55cttLeugagGlugatetaAspEeuggcGly60cctgttProValtacTyr551teccgcSerArg65etcLeusecThrAsnCC3Pro3CCThr70gttValgagGlugetAlattgLeug33Glu75AsncgcArg3tcliegetAla599tecetcSerLeu80g33GluggtGlyggcGlygtcVal85C3CHisgetAlagtaValgcgAlattcPhe90tectecSerGlyGingecAla95647gc3secAlaThr3CCThrAsngecAla1003tt工lettgLieuAsnctgLeuAla105GlygcgAlaggcGlygacAspescHis110a_tclie695gtcaccValThrtecSerCC3Pro115cgcArgetcTyrggtGlyggcGly1203CCThrgagGlu3CtThretaLeuttcPhe125cttLeuatelie7433CtCttThrLeuAsn130cgcArgctgLeuggtGly3tclieAsp135gttValtecSerttcPhegtgValGlu140AsncccProAsp791gaccctAspPro145gagGlutecSertggTrpGinAla150gecAlagttValGinProAsn1553CCThr333Lysgc3AlattcPhe839ttcggcPheGly160gagGluactThrttcPhegecAla165Asncca_ProGinAlag3cAsp170gtcValctgLeuAsp3ttliecctPro175887gcggtgAlaValgetAlag33GlugttVal180gcgAlaC3CHiscgcArg33CSer185gttValCC3ProctgLeu3tc工lelie190Asp9353CCAsnThr3tC工legetAla1953CCThrgc3AlagcgAlaetcLeugtgVal200cgcArgccgProetcLeugagGluetcLeu205ggcGlygcaAla983gacgttAspValgtcVal210gtcValgetAlatecSeretcLeu3CCThr215ttcPhet3CTyr3CCThrggcGly22033CAsnGlytecSer1031ggactgGlyLeu225ggcGlyggcGlygtgValctt!Leua_tclie230AspggcGlyGly33gLysttcgatPheAsp235tggTrpsetThrgtcVal1079GluLys240AspggaGlycca_Pro245gtaValttcPhecccProta_cTyrttcPhe250gtcactValThrccaiProAspgetAla2551127gettacAlaTyrC3CHisGlyttgLeu260aag!LysgenAlaAspcttLeu265ggtGlygc3cc3AlaProgecAlattcPhe270ggcGly1175etca_3gLeuIiysgttValcgcArg275gttValggcGlycttLeuLeucgcArg280Asp3CCThrggctecGlySer3CCThr285etcLeutecSer1223gcattcAlaPheAsn290gcaAlatggTrpgetAlaAlagtcVal295GinggcGlyate工legscsecAspThr300cttLeutecSerctgLeu1271cgcctggagcgccacaacgaaaacgecateaaggttgcagaattcetc1319ArgLeuGluArgHisAsnGluAsnAlalieLysValAlaGluPheLeu305310315Asn320AsnC3CHisgagGlugtgVal325GluLysgttValAsnttcPhe330gca_AlaggcGlyctgLeusagLysAsp3351367tecSercctProtggTrpt3CTyrAla3403CCThr33gLysgasGluLyscttLeu345ggcGlyctg!Leu33gLysTyr3CCThr350ggcGly1415tecgttValetcLeu3CCThr355ttcPheGlu3tc工le33gggcGly360ggcGlyAspgagGlugetAla365tggTrpgcaAla1463tttPhea_tcgscgeclieAspAla370ctg!LeuLysLeuescHis375tecSerAsncttgC3AlaAsn380c工leggcGlyAsp1511gttcgctecetcgttgttcacccagcaaccaccacccatteacagtecValArgSerLeuValValHisProAlaThrThrThrHisSerGinSer3853903951559ctgtecgttggcategagaccattgatgatateategetgacetcgaa1655LeuSerValGly工leGluThrlieAspAsplielieAlaAspLeuGlu420'425430ggcggctttgetgcaatetagctttaaatagactcaccccagtgcttaaag1706GlyGlyPheAlaAla工le435cgctgggtttttctttttcagaetegtgagaatgeaaactagactagacagsgctgtcca1766tatacactggacgaagttttagtcttgtccacccagaacaggcggttattttcatgccca1826ccctcgcgccttc31840<210>2<211>437<212〉PRT〈213>谷氨酸棒桿菌<400>2MetProLysTyrAspAsnSerAsnAlaAspGinTrpGlyPheG丄uThr151015ArgSer工leHisAlaGlyGinSerValAspAlaGinThrSerAlaArg202530AsnLeuPro工leTyrGinSerThrAlaPheValPheAspSerAlaGlu354045HisAlaLysGinArgPheAlaLeuGluAspLeuGlyProValTyrSer505560ArgLeuThrAsnProThrValGluAlaLeuGluAsnArglieAlaSergaagetggcctggcacgcgcgggcgttacccagtecaccgtccgc1607GluAlaGlyLeuAlaArgAlaGlyValThrGinSerThrValArg405410415cpoasogA4124657075LeuGluGlyGlyValHisAlaValAlaPheSer859080SerGlyThrThrAsnAla工leLeuAsnLeuAlaGlyAla100105ThrSerProArgLeuTyrGlyGlyThr115120LeuAsnArgLeuGlylieAspValSer130135ProGluSerTrpGinAlaAlaValGin145150GlyGluThrPheAlaAsnProGinAla165ValAlaGluValAlaHisArgAsnSer180185ThrlieAlaThrAlaAlaLeuValArg195200ValValValAlaSerLeuThrLysPhe210215LeuGlyGlyValLeulieAspGlyGly225230!LysAspGlyLysProValPheProTyr245TyrHisGly!LeuLysTyrAlaAsp!Leu260265LysValArgValGlyLeuLeuArgAsp275280PheAsnAlaTrpAlaAlaValGinGly290295LeuGluArgHisAsnGluAsnAlalie305310AsnHisGluLysValGluLysValAsn325ProTrpTyrAlaThrLysGluLysLeu340345Val!LeuThrPheGlu工leEysGlyGly355360工leAspAlaLeuEysLeuHisSerAsn370375ArgSerLeuValValHisProAlaThr385390GluThrPheValProAsn155AspVal170GlyAspLeuPhe125GluAsn140ThrLysEeuAspValPro!LeulieProLeuTyrThrGluLeu205GlyAsn220LysPheAspTrp235PheValThrPro250GlyAlaProAlaThrGlySerThr285lieAspThrLeu300LysValAlaGlu315PheAlaGlyLeu330GlyLeuLysTyrLysAspGluAla365LeuAlaAsn工le380GinAlaAla95His工leVal110LeulieThrProAspAspAlaPhePhe160工leProAls175lieAspAsn190GlyAlaAspGlySerGlyThrValGlu240AspAlaAla255PheGlyLeu270LeuSerAlaSerLeuArgPheLeuAsn320LysAspSer335ThrGlySer350TrpAlaPheGlyAspValThrThrHisSerGinSerAsp395400GluAlaGlySerValGlyLeuAlaArgAlaGlyValThrGin405410lieGluThr工leAspAsplie工le420425SerThrValArgLeu415AlaAspLeuGluGly430GlyPheAla435Als工le<210><211><212><213>31495DNA谷氨酸棒桿菌<220><221><222>CDS(287)(1264)<400>3ccatggtttcctcagcggaaacggcttggctatcagcactgaagtgcgacggctaacagggctgggattgtcctcaactttwtsggttcgt3ga^33gttt3ct3gcctsgsgsgtstgattgaagaatcgccggaccttgaaatggacccggtttccaggttgcggaaagtgattttggcacctgcccgcagttgaagttc3cccg33cacttcgggccgatttcctggaagacgtgcg33gcta^tgMet1cagcctgcaa60tccttcttag120a3ctcg33g3180ttcctttgtg240gc3gstAlaAsp295gccgttAlaValgagGlucgcArgGlugtcValttcPhe10ggaGlyTyrCC3ProCC3Prog3tAsp15getAlaactThrgggGlyttgLeu3433stgstAsnAsp20gcgAlattgLeu3CtThrggaGly25ttcPhet3CTyrgagGlucgtArgcgcArg30TyrgggGlytttPheggcGlyCC3Pro35391aatccgAsnProg33GluSergttVal40ttcPhegccAlalieccgProAsp45gtgValgttValcgtArgggcGlyctgLeu50Lys439cttgccLeuAla3ttliegagGlu55estHisttcPhesetThr33gLyscctPro60ggtGlytegSergcgAla3tClie3tt工le65gtgValccgPro487ttgcctLeuProgcaAla70TyrcctProcctProttcPhe3tt工le75GluttgLeucctPro33ggtgVal80setThrggtcgtGlyArg535ca_ggcgGinAla85工leTyratt工legaitAspgcgAla90catHisgagGlut己cTyrgatAspttg!Leu95LysgaaGlu3ttgsglieG丄u58333ggccLysAla100ttcPhegetAlag3cAspggtGly105gcgAlaggaGlySerctgttgLeu110ttcPhetgcsatCysAsnCC3C3CProHis115631aacccactgggcacggtcttttctgaagagtacatecgcgagetcacc679AsnProLeuGlyThrValPheSerGluGluTyr工丄eArgGluLeuThr120125130gatattgcggcgaagtacgatgeccgcateategtcgatgagatecac727AsplieAlaAla!LysTyrAspAlaArglielieValAspGlulieHis135140145gcgccactggttt3tg33ggcaccestgtggttgetgetggtgtttct775AlaProLeuValTyrGluGlyThrHisValValAlaAlaGlyValSer150155160gagaacgetgcaaacacttgcateaccateaccgcaacttctaaggcg823GluAsnAlaAlaAsnThrCyslieThrlieThrAlaThrSerLysAla165170175tggaacactgetggtttgaagtgtgetcagatettcttcagtaatgaa871TrpAsnThrAlaGlyLeuLysCysAlaGin工lePhePheSerAsnGlu180185190195gecgatgtgaaggectggaagaatttgteggatattacccgtgacggt919AlaAspValLysAlaTrpLysAsnLeuSerAsp工leThrArgAspGly200205210gtgtecatecttggattgategetgcggagacagtgtacaacgagggc967ValSerlieLeuGlyLeulieAlaAlaGluThrValTyrAsnGluGly215220225gaagaattccttgatgagteaattcagattetcaaggacaaccgtgac1015GluGluPheLeuAspGluSer工leGinlieLeuLysAspAsnArgAsp230235240tttgcggetgetgaactggaaaagcttggcgtgaaggtctacgcaccg1063PheAlaAlaAlaGluLeuGluLysLeuGlyValLysValTyrAlaPro245250255gactecacttatttgatgtggttggacttcgetggcaccaagategaa1111AspSerThrTyrLeuMetTrpLeuAspPheAlaGlyThrLyslieGlu260265270275gaggcgccttctaaaattcttcgtgaggagggtaaggtca_tgctgaat1159GluAlaProSerLyslieLeuArgGluGluGlyLysValMetLeuAsn280285290gatggcgcagettttggtggtttcaccacctgcgetcgtcttaattttAspGlyAlaAlaPheGlyGlyPheThrThrCysAlaArgLeuAsnPhe2953003〇51207gcgtgttecagagagacccttgaggaggggctgcgccgtategecage1255AlaCysSerArgGluThrLeuGluGluGlyLeuArgArglieAlaSer310315320gtgttgtaaataatgagtaaaaagtctgtcctgattacttetttgatge1304ValLeu325tgttttccatgttcttcggagctggaaacctcatcttcccgecgatgettggattgtcgg1364caggaaccaactatctaccagctatcttaggatttctagcsacgagtgttctgctcccgg1424tgctggcgattatcgeggtggtgttgtcgggagaaaatgtcaaggacatggcttctcgtg1484127gcgg七33ga^tc1495PheGlyTyrProPro10PheTyrGluArgArg30AlalieProAspVal45ThrLysProGlySer60PhelieGlu!LeuPro75AlaHisGluTyrAsp90AlaGlySerLeuLeu110PheSerGluGluTyr125AspAlaArg工lelie14〇GlyThrHisValVal155Cys工leThr工leThr170LysCysAlaGinlie190EysAsnLeuSerAsp205工leAlaAlaGluThr220Ser工leGin工leLeu235GluLysLeuGlyVal250TrpLeuAspPheAla270128<210>4<211>325<212>PRT<213>谷氨酸棒桿菌<400>4MetAlaAspAlaValGluArgGlu15ThrGlyLeuAsnAspAla!LeuThr20PheGlyProAsnProGluSerVal3540GlyLeuLysLeuAla工leGluHis5055lieValProLeuProAlaTyrPro6570ThrGlyArgGinAlalieTyr工le85GlulieGluLysAlaPheAlaAsp100AsnProHisAsnProLeuGlyThr115120GluLeuThrAsp工leAlaAla!Lys130135GlulieHisAlaProLeuValTyr145150GlyValSerGluAsnAlaAlaAsn165SerLysAlaTrpAsnThrAlaGly180SerAsnGluAlaAspValLysAla195200ArgAspGlyValSer工leLeuGly210215AsnGluGlyGluGluPheLeuAsp225230AsnArgAspPheAlaAlaAlaGlu245Ty:rAlaProAspSerThrTyrLeu260ProAspGly105ValTyrGluThrLeu185Trp!LeuGluLeuMet265Asp15TyrValAlaLysLeu95PhelieValAlaAla175PhelieAlaGlyArg工leVal80!LysCysArgAspAla160ThrPheThrTyrThr1y5eera12hhVGpp1ss5VIayy51>>LTq2GpoA2Lys工leGluGluAlaProSer!LyslieLeuArgGluGluGlyLysVal275280285MetLeuAsnAspGlyAlaAlaPheGlyGlyPheThrThrCysAlaArg290295300LeuAsnPheAlaCysSerArgGluThrLeuGluGluGlyLeuArgArg305310315320lieAlaSerValLeu325<210><211〉<212><213>1033DNA谷氨酸棒桿菌<220〉<221><222>CDS(101)(1006)<400>5gtgcggatcgggtatccgcgctacacttagaggtgttagagatcatgagtttccacgaactgtaacgcaggattcaccaatcaatgaaaggtcgaccgacatgageMetSersetThrGlug3cAsp60115liegtcValgtcValgt3Valgc3Ala10gtaValgatAspggctegGlySergscgecAspAla15tC3333SerLysGingetAla20gttVal163eggArgtggTrpgetAlagcaAla2533tAsn3CCThrgecAlaAsnLys30cgtggcArgGly3ttCC3工leProcttLeu35cgcArgttg211getAlatecSerageSer40t3CTyr3CCThrMetcctProcagttcGinPhe45CtCt3CLeuTyrAlaGlu50ggaGlyatgMetgttVal259CC3ProPro55GingagGlucttLeuttcPheAsp60gscetcAspLeucaggecGinAlag33gecGluAla65ctgLeuGlu3073ttlie70AsnGlugecAlacgtArgAsp75stcliegeccatAlaHisgaggtaGluVal80gcgcc3AlaProGlu3tc工le85355ate工legggGlyC3CHis3CCThra_tc工le90getAlagaaGluggcagtGlySerccc3tcProlie95gacatgAspMetctgttgLeu100Glu403a_tgMettctSercccProgatAsp105gecAlaThratgMet3tcgtclieVal110a_tgggtMetGlyteccgcSerArgggaGly115etcLeuggcGly451ggaGlyetcLeutecSer120ggaGly3tgMetgtcValatgMetggctecGlySer125gtctecValSerggtgc3GlyAla130gtgValgtcValSer499C3cgcsHisAla135aag!LystgtCyscc3gtcgttProValVal140gttValgtcValcgtArggasGlugscAsp145ageSergcaAlagtcValAsn547GluAsp150Ser33gLysta_cggcccsTyrGlyPro155gtcValgtcValgtcggtGly160gtgValAspggcGlytecSergasGlu165595gtctecValSerGinc3gGingcasecg33AlaThrGlu170Tyrgc3AlatttPhe175gcgAlaGlugetAlaGlugetAla180cgtArg643ggcgecGlyAlaGluetcLeu185gttgengttcacValAlaValHis3CCThr190tggTrpatgMetAspatgMetcagGin195ValcagGin691gcatca_Al3Sercttgca!LeuAla200ggtcttgc3GlyLeuAlagetAla205getAlaGinGincagGintggTrp210AspgasGlugtgVal739gaacgtcagcaaaccgacatgctgategaacgcetcgcaccactggtgGluArgGinGinThrAspMet!LeulieGluArgLeuAlaProLeuVal21522022578733gGlu!Lys230t3CCC3TyrPro3gtgtssecSerValThr235gtcValLys33g!Lys3tc工le2403tClie3CCThrcgtArggacAspcgcArg245835ccagttcgcgcacttgcagaagcatctgaaaacgcgcagetcetagtcProValArgAlaLeuAlaGluAlaSerGluAsnAlaGinLeuLeuVal250255260883gttggtValGlytecestSerHis265ggtcgtggcGlyArgGlyGlytttPhe270aag!LysggcGlyMetetcLeucttLeu275GlytecSer931a_cctecThrSercgcgcaArgAla280ctgctgLeuLeuGintecSer285AlaccgProtgcCysCC3ProMet290a_tgMetgtgValgttVal979cgccc3ArgPro295cctgagProGlua_agattaagLys工leLys30033gtagtttcttttaagtttcgatgccccggtt1033<210>6<211>301<212>PRT<213〉谷氨酸棒桿菌<400>6MetSerThrGluAsp工leVal15ValValAlaValAspGlySerAspAla1015工lePro!LeuArgLeuAlaSerSerTyrThrMetProGinPheLeuTyr354045AlaGluGlyMetValProProGinGluLeuPheAspAspLeuGinAlaSerLysGinAlaValArgTrpAlaAlaAsnThrAlaAsn2025y1Gg13050GluAla655560IjeuGlu!LysAlaProGlulieAspMetSerArgGlyAla130AspSer145ValAsp!LeuLeu100GlyLeu115ValVal85Glu工leAsnGluAlaArg70lieGlyHisThr工le90MetSerProAspAla105Asplie75AlaHisGluVal80AlaGluGlySerProlie95GlyGly!LeuSerGlyMet120ThrMetValMetlieVal110GlySer125MetGlyValSerSerHisAlaLysCys135AlaValAsnGluAspSerLys150ProTyrValVal140GlyPro155ValValArgGluValValValGly160GluAlaAspMetGinTrp210IjeuAla225工leThrGlySerGluVal165GluAlaArgGly180GinValGinAla195AspGluValGluSerGinGinAlaThrGluTyrAlaPheAla175AlaGluEeu185SerLeuAla200ArgGinGin215170ValAlaValGlyLeuAlaHisThr190AlaAla2〇5TrpMetGinGinAlaGinMetLeuProMet290ProLeuValGluLysTyrPro230ArgAspArgProValArgAla245LeuLeuValValGlySerHis260265LeuGlySerThrSerArgAla275280MetValValArgProProGlu295ThrSerLeu250AspMet220ValThr235Leu工leGluAirgValLys!LysAlaGluAlaSerGlyArgGlyLeuLeuGinLyslieLys300GlyPhe270SerAla285LysGlu255LysPro工le240AsnGlyCys〈210>7<211〉948<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)..(925)<223>RXA02229<400>7gctggttcsacagagaccaccgcgtgtcctgggtcgacgcctctggcgatcccaccgcac60aagccttggagattttgggtctacaatagcgagggtgaatttgaccateccctttL>euThr工leProPhe15115gec333AlaLysggcGlyC3CHisgecAla103CCThrgaaGluAsnAspttcPhe15lieatelie3tcliecccProAsp20gagGlu163gstgcgAspAlacgcArgcta_Leu25ga_tAspLeusetThrcca_ProgaaGlu30MetgtgValgtcValThrctgLeu35tgtCysAsp211cgccgcgecgggateggtgetgstggtateetccgcgtggttaaagetArgArgAlaGlylieGlyAlaAspGly工leLeuArgValValLysAla404550259gc3gacAlaAsp55gt3ValGluggcGlytecSerThr60gtcValgacAspCC3ProtegSerctg65tggTrpttcPhe3tgMetAsp307taccgcTyrArg70AsngecAlaAspGly75tctSerttgLeugetAlaGluMet80tgcCysggcGly33tAsnggtGlygtgVal85355cgcctgArgLeuttcPhegcgAlaC3CHis90tggTrpctgLeuta_cTyrtecSercgcArg95ggtGlycttLeugttAsp33tAsn1003cgThr403agetttgatateggtacccgcgecggtgtccgccacgttgstattttgSerPheAsplieGlyThrArgAlaGlyValArgHisValAsplieLeu105110115451C3ggc3GinAlaAsp120C33GinestHistctSergcgAlaGin125gtcValcgcArggttValAspMet130ggcGlyc工lecctPro499gscgtcAspVal1353cgThrggaGlyLeutecSer3CCThr140tgcCysAsp3tclieAsnggcGly145Gingta_ValttcPhegetAla547ggccttGlyLeu150ggcGlygttValAspMet155ggtGlyAsnCC3C3CProHisCt3Leu160gcgAlatgcCysgttValgtgValccgPro165595ggcttsGlyLeuSergcgAlategSer170getAlacttlieugecAlaAspatgMet175gasGluctg!LeucgcArgAlacctPro180acgThr643tttgstPheAspC3gGings3Glu185ttcPhettcPhecccProcaicHisggtGly190gtgValAsngta_ValGlu3tC工le195gtcValThr691gaattagaagatgacgcagtategatgcgcgtgtgggaacgcggagtgGluLeuGluAspAspAlaValSerMetArgValTrpGluArgGlyVal200205210739ggcgasGlyGlu215ThrcgcArgtecSertgtCysGly220ThrggaGly3CCThrgttValgetAla225gc3AlagcgAlatgtCysgetAla787getttagetgatgetggattgggagaaggcacagetaaagtgtgcgtt835<table>tableseeoriginaldocumentpage133</column></row><table>AlaAlaAlaCysAlaAlaLeuAlaAspAlaGlyLeuGlyGluGlyThr225230235240AlaLysValCysValProArgGlyGluValGluValGin工lePheAsp245250255AspGlySerThrLeuThrGlyProSerAla工lelieAlaLeuGlyGlu260265270ValGinlie275<210><211><212><213〉91491DNA谷氨酸棒桿菌<220><221><222><223>CDS(101)..(1468)RXS02970<400>9aaccgacaaaacagccgttcacgtgctaaagcagctcggcttgatctagggtgaggtgag60ttatttaaagacttcataatattttggggagtgaactggtttggcattgaagLeuAlaLeuEysggtGly5115t3C3CCTyrThrAsntttPhegacAsp10ggtGlyGluttcPheliegasGlu15ttcgga_PheGlytctSergtgGin20gcaAla163333g33LysGluGlugaaGlu25LyseggArggc3AlattcPheAsp30AsngatcgcAspArgAlaC3CHis35gttValttcPhe211tecHisSertggTrp40tecSergcgAlaGingacAspLys45atelieSerCCC333ProLysVal50tggTrpgc3AlagetAla259gecgs3AlaGlu55ggtGlytecSerThrctgLeut3C60AspttcPhegacAspggcGlyAsn65gecAlattcPheateliegacAsp307atgggtMetGly70tecSerGincttLieugtcVal75tegSerAlaAsnLeuggcca_cGlyHis8〇AsnAsncctProcg3Arg85355ttsgttLeuValgaggcgGluAla工le90C3gGincgcArgGingenAlagecAla95eggttgArgLeu3CCThrAsn3tC工le100Asn403ccggecttcggcastgatgtgcgctctgatgttgetgcaaagategtgProAlaPheGlyAsnAspValArgSerAspValAlaAlaLyslieVal105110115451tegatggeccgtggcgaattcteccacgtgtttttcaccaacggcggcSerMetAlaArgGlyGluPheSerHisValPhePheThrAsnGlyGly499120125130gccgacgccategagcactecatecgcatggetcgcctgcaca_ccgga547AlaAspAlalieGluHisSerlieArgMetAlaArgLeuHisThrGly135140145cgcaacaaaattctgtecgcataccgcagetaccacggcgcaaccgga595ArgAsnLyslieLeuSerAlaTyrArgSerTyrHisGlyAlaThrGly150155160165tecgcgatgatgetcaccggcgaacaccgccgcctgggcaaccccacc643SerAlaMetMetLeuThrGlyGluHisArgArgLeuGlyAsnProThr170175180accgacccagatatetaccacttctgggcaccattcctgcaccactec691ThrAspProAsplieTyrHisPheTrpAlaProPheLeuHisHisSer185190195teattctttgccaccacccaagaagaagaatgcgaacgcgcaetcaag739SerPhePheAlaThrThrGinGluGluGluCysGluArgAlaLeuLys200205210cacttggaagatgtcategcgtttgaaggtgetggcatgategcagcg787HisLeuGluAspVallieAlaPheGluGlyAlaGlyMetlieAlaAla215220225ategtcctggagccagtggtgggateateaggaateatectgccacca835lieValLeuGluProValValGlySerSerGly工lelieLeuProPro230235240245gcaggtt3Ctts33tggcgtgcgcga_3ctttgcasc33gcacggc3tc883AlaGlyTyr!LeuAsnGlyValArgGluLeuCysAsnLysHisGlylie250255260etcttcategccgacgaagtcatggtcggattcggacgcaccggaaaa931LeuPhelieAlaAspGluValMetValGlyPheGlyArgThrGlyLys265270275ctgtttgettacgagestgetggcgacgatttccagccagacatgate979LeuPheAlaTyrGluHisAlaGlyAspAspPheGinProAspMetlie280285290accttcgccaagggtgttaacgcaggttacgccccaetcggtggcate1027ThrPheAlaLysGlyValAsnAlaGlyTyrAlaProLeuGlyGly工le295300305ggcggaGlyGlyetcLeu3CCThrtacTyr330tecSerGlyescHisCC3ProcttLeu335gcagtagcaAlaValAlacccProgccAla340Lys1123gcagcgctgLeugagGlu3453tt工leTyrgcgAlaGluGly350gagate3ttccaGlu工le工leProcgcArg355ValgetAla1171cgacttggcgetgaactgategaacctcgccttcgtga_aetagcggaaArg!LeuGlyAlaGluLeu工leGluProArgLeuArgGluLeuAlaGlu3603653701219atgacccasteaatecgcgataccttcggateagaggcatactec1075MetThrGinSerlieArgAspThrPheGlySerGluAlaTyrSer315320325g1ot31gV3135GlugtgVal390ttcPhe工leAsn375gagGlu!LysgcgAlaValttcPheg33GluccgProgcgAla33tAsncgcArgccgPro4253七C工leAlaggcGly410ctgLeuAspgcgAlagcggtgAlaVal440ttgttcLeuPhe455g33getGluAlagetAlagacAsp395gtgVal3CCThrgcaAlagacAsp380gecA上atggTrpgtgValsetThrccgProeggArggecAla3tgMet3CCThrgecAlasetThrGin445Asp430getAlaggc3tcggnGly工leGly3853tggetgecMetAlaAla400stctecggclieSerGly415gscga_a_ttgAspGluLeugtcgsgctgValGluLeutaagttttctagataacaaggecttcttctgggca1267PhePheTrpAlaggtgetgesgss1315GlyAlaAlaGlu405saccgsttccac1363AsnArgPheHis420gtagcactgctg1411ValAlaLeuLeu435accttcgetggg1459ThrPheAlaGly4501491<210>10<211>456<212>PRT<213>谷氨酸棒桿菌<400〉10LeuAlaLeuGlySerArgAlaLysVal50AsnAla65Va丄His35LysGlyTyrThrAsnPheAlaEysG丄uGluGin20ValPheHisSerTrp40Glu25SerAspGlyGlu10LysArgAlaAlaGinAspPhe工leGluPhe15PheAspAsnAsp30!LyslieSerPro45TrpAlaAlaAlaGlu55Phe工leAspMetGlySerGin70HisAsnAsnProArg85LeuValGluAlaLeuThrAsnlie100AsnProAlaPheAlaAlaPheThr130ArgLeu145Lys115工leV3lSerMetAla120Gly105ArgAsnGlyGlyAlaAspAla工le135HisThrGlyArg150AsnLyslieThrLeuTyrAspPheAspGly60LeuValSerAlaAsnLeuGly7580lieGinArgGinAlaAlaArg9095AsnAspValArgSerAspVal110GlyGluPheSerHisValPhe125GluHisSerlieArgMetAla140LeuSerAlaTyrArgSerTyr155160136HisGlyAlaLeuGlyAsnPheLeuHis195GluArgAla210GlyMetlie225工le工leLeuAsn!LysHisGlyArgThr275GinProAsp290ProLeuGly305SerGluAlaV3lAl3Pro工leProArg355ArgGluLeu370GlyPhePhe385AlaGlyAlaGlyAsnArgLeuValAla435LeuThrPhe450<210>11<211>1330Gly165ThrSerIiysAlaSerAlaMetMetLeuThrGly170ThrAspProAsp工leTyrHis185SerPhePheAlaThrThrGin200HisLeuGluAspVal工leAla215220lieValLeuGluProValVal230235ProAlaGlyTyrLeuAsnGlyVal245250lie!LeuPhelieAlaAspGluVal265LysLeuPheAlaTyrGluHisAla280lieThrPheAlaLysGlyValAsn295300lieValMetThrGinSerlieArg310315SerGlyGlyLeuThrTyrSer325330LysAlaAlaLeuGlulieTyr345AlaArgLeuGlyAlaGlu!Leu360GluGluAsnValAlalieAla375Ala工leAsp380AlaValGluPheAsnAlaAspAla390395GluPheLysGluArgGlyValTrp405410HislieAlaProPro!LeuThrThr425LeuAspAlaValGluAlaAlaAla440GlyAlaLeuPhe455GluHisArg175PheTrpAla190GluGluGlu205PheGluGlyGlySerSerArgGluLeu255MetValGly270GlyAspAsp285AlaGlyTyrAspThrPheGlyHisProLeu335GluGlyGlu350GluProArg365ValArgGlyThrAlaMetProMetlie415ThrAspAsp430GinAlaVal445ThrPro180HisProGlyMetGlyTyrAla340Va丄AlaTrpAlaPhe420LeuAlaArgProCysAlaCysPhePheAl3Ala工leIjeulie400SerGluGluyo16G2yo14G2yo12G3<212><213〉DNA谷氨酸棒桿菌<220><221><222><223>CDS(101)...(1330)FRXA01009<400>11aaccgacaaaacagccgttcacgtgctaaagcagctcggcttgatctagggtgaggtgag60ttattt333g3cttc3七33t3ttttgggg3gtg33ctggtttglieugc3AlattgLeusagLysggtGly5115t3C3CCTyrThrAsntttPheAsp10ggtGlyGluttcPheliegasGlu15ttcPheggaGlytctSergtgValGin20Ala163333g33EysGlugagGlugaaGlu25LyseggArggcaAlattcPhegacAsp30AsngetAspcgcArggcgAlaC3CHis35gttValttcPhe211C3CtecHisSertggTrp40tecSergcgAlaGingacAsp!Lys453tC工leSercccProLysgta_Val50tggTrpgcaA丄agetAla259gecgaaAlaGlu55ggtGlytecSer3cgThrctgLeuta_cTyr60gaicAspttcPhegacAspggcGlyAsn65gecAlattcPhelieAsp307atgggtMetGly70tecSerC33GincttLeugtcVal75tegSergca_AlaAsnLeuggcGly80HisAsn33CAsncctProcgaArg85355ttagttLeuValgagGluAla工le90GincgcArgGinAlagecAla95eggArgttgLeusecThrAsnlie100Asn403ccggecProAlattcPheggcGly10533tAsngatAspgtgValcgcArgtctSer110AspgttValgetAlagc3Alasag!Lys115c工legtgVal451teg3tgSerMetgecAla120cgtArgggcGlyGluttcPhetecSer125C3CHisgtgValtttPhettcPhesecThr130AsnggcGlyggcGly499gecgscAlaAsp135gecAlacliegagGluC3CHistecSer140liecgcArgMetgetAlacgcArg145ctgLeuC3CHisThrGly547CgCArgAsn1503tt工lectgLeutecSer155AlaTyrcgcArgSert3CTyr160C3CHisggcGlygc3Ala3CCThrGly165595tecgcgSerAlaatgMet3tgMetetcLeu1703CCThrggcGlygaaGluC3CHiscgcArg175cgcArgctgLteuGlyAsncccPro180a^ccThr643accgacccagatatetaccacttctgggcaccattcctgcaccactecThrAspProAsplieTyrHisPheTrpAlaProPheLeuHisHisSer691ttcaaggaacgcPheLysGluArg<210>12<211>4101330139185190195teattctttgecsecsecgaagsagsatgcgascgcgesetc33g739SerPhePheAlaThrThrGinGluGluGluCysGluArgAlaLeuLys200205210escttgg33gstgtc3tcgcgtttg33ggtgetggcstga_tcgesgcg787HisLeuGluAspVallieAlaPheGluGlyAlaGlyMetlieAlaAla215220225ategtcctggagccagtggtgggateateaggaateatectgccacca835lieValLeuGluProValValGlySerSerGly工le工leLeuProPro230235240245gcaggttacttaaatggcgtgcgcgaactttgcaacaagcacggcate883AlaGlyTyrLeuAsnGlyValArgGluLeuCysAsnLysHisGly工le250255260etcttcategecgacgaagtcatggtcggattcggacgcaccggaaaa931LeuPhelieAlaAspGluValMetValGlyPheGlyArgThrGlyLys265270275ctgtttgettacgagcatgetggcgacgatttccagccagacatgate979LeuPheAlaTyrGluHisAlaGlyAspAspPheGinProAspMetlie280285290accttcgecaagggtgttaacgcaggttacgecccaetcggtggcate1027ThrPheA丄aLysGlyValAsnAlaGlyTyrAlaProLeuGlyGly工le295300305ggcggaetcacctactecggacacccacttgcagtagcacccgecaag1123GlyGlyLeuThrTyrSerGlyHisProLeuAlaValAlaProAlaLys330335340gcagcgctggagatttacgcggaaggagagateattccacgcgtaget1171AlaAlaLeuGlulieTyrAlaGluGlyGlulielieProArgValAla345350355cgacttggcgetgaactgategaacctcgccttcgtgaaetagcggaa1219ArgLeuGlyAlaGluLeulieGluProArgLeuArgGluLeuAlaGlu360365370gtggagttcaatgcagacgecactgecatggetgecggtgetgcagaa1315ValGluPheAsnAlaAspAlaThrAlaMetAlaAlaGlyAlaAlaGlu390395400405atgacccaateaatecgcgataccttcggateagaggcatactcq1075MetThrGinSerlieArgAspThrPheGlySerGluAlaTyrSer315320325aacgtagcgategetgacgtgeggggca_tcggattcttctgggca1267AsnValAla工leAlaAspValArgGlylieGlyPhePheTrpAla375380385-y1ot31g11TyrThrAsnLysGluGluHisSerTrp40AlaGluGly55MetGlySer70PheAsp10GluLys25SerAlaSerThrGin!LeuLeuValGluAlalie90ProAlaPheGlyAsn105SerMetAlaArgGly120AlaAspAlalieGlu135ArgAsn!LyslieLeu150SerAlaMetMetLeu170ThrAspProAsplie185SerPhePheAlaThr200HisLeuGluAspVal215lieValLeuGluPro230AlaGlyTyrLeuAsn250LeuPhe工leAlaAsp265LeuPheAlaTyrGlu280ThrPheAla!LysGly295GlyGluPheArgAlaPheGinAspIiys45LeuTyrAsp60ValSerAla75GinArgGinAspValArgGluPheSer125HisSerlie140SerAlaTyr155ThrGlyGluTyrHisPheThrGinGlu205工leAlaPhe220ValValGly235GlyValArgGluValMetHisAlaGly285ValAsnAla3〇0工leGlu15AspAsn30工leSerPheAspAsnIiSuAlsAla95SerAsp110HisValArgMetArgSerHisArg175TrpAla190GluGluGluGlySerSerGluLeu255ValGly270AspAspGlyTyr<212〉PRT<213〉谷氨酸棒桿菌<400〉12LeuAlaLeuLysGly15GlySerValGinAla20ArgAlaHisValPhe35LysValTrpAlaAla50AsnAlaPhelieAsp65HisAsnAsnPi:oArg85LeuThrAsn工leAsn100PheThrAsnGlyGly130ArgLeuHisThrGly145HisGlyAlaThrGly165LeuGlyAsnProThr180PheLeuHisHisSer195GluArgAlaLeuLys210GlyMet工leAlaAla225lielieLeuProPro245AsnLysHisGly工le260GlyArgThrGlyLys275GinProAspMet工le290PheAspProGlyGly80ArgValPheArgProCysAlaGly240CysPhePheAlaAlaAlaVI6T11Vs5y1L1140ProLeuGlyGly305SerGluAlaTyrlieProArgGlu370Arg355工leVal310SerGly325ValAlaProAla340LeuAlaGluGluMetThrG上nSerGlyLeuThrLysAlaValAlaArgAlaLeuAsn375LeuGlu345GlyAla360Tyr330lielieArg315AspThrPheSerGlyHisProTyrAlaGluGluLeulieValAlalieAlaAsp380Glu365Ljeu335Gly350ProGly320AlaGlulieArgValArgGlyLeulieGlyPhe385PheTrpAlaVal390GluPheAsnAlaAspAla395ThrAlaMetAla400AlaGlyAlaAlaGluPhe405LysGluArgGly410<210><211><212><213>13792DNA谷氨酸棒桿菌<220><221><222〉<223>CDS(101)..(769)RXC02390<400>13gctggtggtgctgacccatacgctggaactccaactgctgttgataccgccaagatgttt60ggccgcgaggatctcgtagctcgcttcgagtcataggccggtggagtggaccgetValGluTrpThrAla115tttPheggcGlyThrctgLeu3ttlie10ctgLeuetc!Leuttg!LeugtgVal15ggcagtGlySerLeutecSe:t:ccgPro20gggGly163cctProAsp3CCThrtttPhe25ttcPheetcLeuetcLeucgcArgtt3!Leu30gecAlaseccgcThrArgtecSerArg35gcgAlaC3CHis211gcgAlaateliegetAla40ggcGlygtcValgecAlaGly3七Clie45gtcValsecThrggaetcGlyLeuacgThr50gtgtggTrpgtgVal259ThrctgLeu553cgThrgtcValgtgValGlygc3Ala60gcgAlagcgAlactgLeuetc3CCLeuThr65setThrTyrccgProtegSer3073tt工le70etcLeuGlyliea_tc工lecagGin75etcLeugtcValggcGlyggcacgtacThrTyr80Ct3LeuSerttcPhe工le85355gggtacaagttgctgcgcteggcgtegagagagcttategacgeccgcGlyTyrLysLeuLeuArgSerAlaSerArgGluLeulieAspAlaArg40314195100cagttccgtttcaacgccgatgcccgacctateccggatgcggtagaaGinPheArgPheAsnAlaAspAlaArgProlieProAspAlaValGlu105110115451gcactgAlaEeuggaGly120seccgcactcagThrArgThrGinVal125TyrArgGinggtGlyttgLieu130gccAla3CCThrAsn499ctgtcscct33agttgtc3tgtscttcgcggc3attctggetccgLeuSerAsnProLysValValMetTyrPheAlaAlalieLeuAlaPro135140145547ttgatgccagcgcacccateaccggtgctggcgttctctateategtgLeuMetProAlaHisProSerProValLeuAlaPheSerlielieVal150155160165595gcgattttagtgcagacctttgttaccttctctgetgtgtgcetcattAlalieLeuValGinThrPheValThrPheSerAlaValCysLeulie170175180643gtctctacggagcgtgtgcgcValSerThrGluArgValArg185!LysgcaAla190atgctgMetLeucgtArgAlaggtGly195cccProtggTrp691tttgacPheAspctgLeu200cttgetggcgttLeuAlaGlyValgtcVal205ttcPheetcgttLeuValgtgValggtGly210gtgValnetThrctgLeu739ctgtstg33ggcctgsecggtttsetcLeuTyrGluGlyLeuThrGlyLeuLeu215220gggtaaaggcataaaaaatggctGly789tec792<21〇><211><212〉<213>14223PRT谷氨酸棒桿菌<400>14ValGluTrpThrAlaPheGly5ThrLeulieLeuLeu10AsnLeuValGly15SerLeuSerProGlyProAspThrPhePheLeuLeuArgLeuAlaThr202530ArgSerArgAlaHisAlalieAlaGlyValAlaGlylieValThrGly45LeuThr5035ValTrpThrThr65TyrProTyrLeuSerPheValThrLeu55SerlieLeu70lieGlyTyr8540ThrValGlylieLeuValGlyAla60lieGinLeu75LeuArgSer90AlaAlaLeuLeuValGlyGlyThr80AlaSerArgGlu95Leu工leProAspGlyLeu130Ala工le145AspAla100AlaVal115AlaThrLeuAlaAlaValArgAlaValGly210ArgGinPheArgPheAsnAlaAspAlaArgProlie105GluAlaLeuGlyThrArgThrGin120PheSer工lelieAsnLeuSer135ProEeuMet150ValAla工le165AsnProProAlaHisValVal140ProSer155Val125Met110TyrTyrCysLeu180GlyPro195ValThrlieValSerThrGlu185ArgTrpPheAspLeuLeuAla200LeuLeuTyr215GluGlyLeuValArgGlyValThrGly220LysVal205Ala190ArgGinPheAlaProValLeuLeuValGinThrPheValThr170Phe175Ala160SerMetLeuPheLeuValLeuLeuGly<210><211〉<212><213>15897DMA谷氨酸棒桿菌<220><221><222><223>CDS(101),,(874)RXC01796<400>15atgtaactcgatcaggtggaaatgcccgcaaaagtggcggcggtggccgagggatggccg60ttggtgcggcatcggtggcctgctsctagtcgggctcttcttgetccttggcggtLeuLeuLeuGlyGly15115AsncctProgecAlagagGlu工le10AspGingttValLeuggtGly15ggcg3tGlyAspC33Gin3CCThrGin20Clie163GlutctSerGlygagGlu25tec3CCThrGlygecAlaggcGly30ga_cAsptttgstPheAspC3CHistgcCys35Gin3CCThr211ggcGlyAlagatAsp40gecAlaAsngecAlaagtSergatAsp45gatAsptgtCyscgccttArgLeut3CTyr50Tyr3CCThrteaSer259ttcPhetecSer55gtcVal33tAsngasGlu3tgMettggTrp60cagGinsetThrttgLeuCttCC3LeuPro65getAlacaggetGinAlaggtGly307工le70gasGluTyrThrGluccgPro753C3ThrttgLeua_ctThrcttLeuttC333PheLys80Asntec3CCSerThrGin85355143.7ggcGlytgcCysggtGlyttcPhe90getAlatctSergcgAlatecSersetThr95gggGlyccgProtttPheTyrtgtCys100ccgPro403teaSerAspGingatAsp105getAlaTyrtttPheAspttgLeu110setThrttcPhettcPhegatAspGin115MetcgtArg451GinttcPheggtGly120AlagaaGlu33CAsngecAlaccgPro125cttLeugecAlaGinatgMetTyr1303tC工legtgValgcgAla499C3CHisgagGlu135TyrggcGlyC3CHisca_cHisgtcVal140GinAsnetcLeuGluggcGly145ThretcLeuGlyctgLeu547ttgcaggecgattgctacgcaggcatttgggetaatcactecsgcgaa643LeuGinAlaAspCysTyrAlaGly工leTrpAlaAsnHisSerSerG丄u170175180ggcccggatccgetaetccaacccateaccgaatctgagetagattec691GlyProAspProLeuLeuGinProlieThrGluSerGluLeuAspSer185190195getetccttgetgcaagegecgtgggcgacgacaatatecagcaacga739AlaLeuLeuAlaAlaSerAlaValGlyAspAspAsn工leGinGinArg200205210tecggtggcgatgtcaatcctgaaagetggactcacggcteategcag787SerGlyGlyAspValAsnProGluSerTrpThrHisGlySerSerGin215220225cagcgcaaagacgcgttcetcgecggctscaacaccggccagatgage835GinArgLysAspAlaPheLeuAlaGlyTyrAsnThrGlyGinMetSer230235240245gectgcgacttcetcggceggggcgtctacaacgacgettaaagcattg884AlaCysAspPheLeuGlyArgGlyValTyrAsnAspAla250255ettttegscgtct897<210>16<211>258<212>PRT<213>谷氨酸棒桿菌<400>16LeuLeuLeuGlyGlyAsnProAlaGlulieAspGinValLeuGlyGly151015AspGinThrGin工leGluSerGlyGluSerThrGlyAlaGlyAspPhe202530AspHisCysGinThrGlyAlaAspAlaAsnAlaSerAspAspCysArgteca3ttacascgatccgggcgetgattecaacgecgtcaagateSerAsnTyrAsnAspProGlyAlaAspSerAsnAlaValLys工le150155160LeuTyr50ProAla6535TyrThrGinAla40SerPheSerVal55LysAsnSerThrProPhePheAspMetTyr130GlyThr145AlaValAsnHisSerGluAsn工le210HisGly225ThrGlyAspAlaTyrCys100Glylie70GinThr85ProSerGinMetArgGin115lieValAlaHisLeuGlyLeuSer150LyslieGluLeu165SerSerGluGly180LeuAspSerAla195GinGinArgSerSerSerGinGin230GinMetSerAla245AsnGluMetTrp6045GinThrLeuLeuGluTyrGlyCysAspGinPheGly120GluTyr135AsnTyrGinAlaProAsp!LeuLeu200GlyGly215ArgLysCysAspThrGluGlyPhe90AspAla105Pro75ThrL>euThrLeuAlsSerA丄sSerThr95Phe80GlyTyrPheAspLeuThrPhe110AlaGluAsnAlaPro125LeuAlaGinGlyHisAsnAspAspCys170ProLeu185HisVal140ProGly155GinAsnLeuGluAlaAspSerAsn160TyrAlaGlylieTrpAla175EeuGinProlie190ThrGluAlaAlaSerAlaAspValAspAlaPheLeu250AsnPro220PheLeu235Val205GluSerAlaGlyGlyAspAspTrpTyrThrAsn240GlyArgGlyValTyrAsn255<210>17<211>771<212〉DNA<213〉谷氨酸棒桿菌<220><221>CDS<222>(101)..(748)<223〉RXC01207<400〉17cttcatgatctcaccggcagagcgcgttttstttttgsac33tCCgt3C3CC33CttC3ggttacagcgcgtasactgtgactttgaaaa60gagaaaaacagtgageagaatetat115ValSerArglieTyr15145說明gactcccgtgcagcaggcctaaaggcggetgtcAspCysAlaAspGinAspSerArgAlaAlaGlyLeuLysAlaAlaVal101520163AspAlagtcValLys25gecAlaggtGlyGinetclieugttVal30gtcValcttLeucccProa^cgThrAsp353CCThrcttLeu211TyrGlyetcLeu40GlytgcCysAspgetAlattc-Phe45AsnAsngaigGlugca_Alagt3Val50gecAlaAsnctt!Leu259ctggecLeuAla553CCThrLysC3CHiscgtArgggcGly60cccProAspatgMetcccProgttVal65CC3ProgtgValetcLeugtcVal307ggc3gcGlySer70tggTrpAsp3CCThr3ttlie75GinggaGlycttLeugtgValC3CHis80tccSert3ttctSergcgAlacagGin85355gC3333AlaLjysgcgAlacttLeugtgVal90gagGlugcgAlattcPhetggTrpcctPro95ggtGlyGlyctg!LeutccSer3tc工le100atelie403gttccgValProca_gGinAla105CC3ProSercttLeuccgProtggTrp110AsncttLeuggcGlyAsp3CCThr115cgtArgggcGly451accgtaThrVal3tgMet120ctgcgcArgMetcca_ProctgLeu125C3CHisccagttProVslgecAla3ttlie130GluttgLeuctgLeu499cgcArgGin1353CCThrGlyPro3tgMetgetAla140gtcValtccSertccgecAsn145lietccSerGlycatHis5473CtCCtThrPro150CC3Pro3CCThr3CCThrgtgVal155ctggagGlugetAlacgtArgGin160Ginetc!LeuAsnGin33tAsn165595gtcgetValAlagtcVal七3CTyretcLeu170AspggtGlyggcGlygasGlutgcgcgCysAla175ctggecLeuAla3CCThrcctPro180tC3Ser643secstcThr工legtgValgatAsp185工letca_SerggcGlyProgenAla190CC333gProLyssttttglieLeucgt195GluggtGly691gecateAlalieageSer200gcaAlaGlucgcArggttValggcGly205Glugt3cttValLeuggagtgGlyVal210tegSergca_AlaGlu739agectgcgctaaatgggagtcggtttcgcgggSerEeuArg215771<210>18<211>216<212>PRT頁<213>谷氨酸棒桿菌<400>18ValSerArglieTyrAsp15LeuLysAlaAlaValAsp20ProThrAspThrLeuTyr35AlaValAlaAsnLeuLeu50ValProValLeuValGly6570SerTyrSerAlaGinAla85CysAlaAspAlaGlyAla55SerValLys25LeuGly40ThrLysTrpAspGin10AlaCysHisAspSerGlyGinAspAlaArgGly60lieGin75ArgAlaAlaGly15LeuValValLeu30Phe45AsnAsnGluProAspMetProGlyLeuValHis80LysAlaLeuValGluAlaPheTrpProGly9095GlyLeuSer工le100lieVslProGlyAspThrArgGlyThr115Ala工leGluLeuLeuArg130Asn工leSerGlyHisThr145150GinLeuAsnGinAsnVal165LeuAlaThrProSerThr18〇工leLeuArgGluGlyAla195GlyValSerAlaGluSer210ValGin135GinAla105MetLeu120ProSerLeuProTrpAsnLeu110ArgMetProLeuHisProVal125ThrGlyProProProThrThrAlaValTyr工lelieLeu215ValAsp185SerAla200Arg!Leu170工leGluMetAla140ValLeu155AspGlySerGlyArgValValSerSerAlaGluA丄aArgGin160GlyGluCysAla175ProAlaPro!Lys190Gly205GluValLeu<210>19<211>1026<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222〉(101)..(1003)<223〉RXC00657<400>19gtgcggatcgggtatccgcgctacacttagaggtgttagag3tcatgagtttccacgaac60tgtaacgcaggattcaccaatcaatgaaaggtcgaccgacstgageactgaagac115MetSerThrGluAsp15attgtcgtcgtagcagtagatggcteggacgecteaaaacaagetgtt163lieValValValAlaValAspGlySerAspAlaSerLysGinAlaVal101520eggtgggetgcaaataccgecaacaaacgtggcattccacttcgcttg211ArgTrpAlaAlaAsnThrAlaAsnLysArgGly工leProLeuArgLeu253035gettecagetacaccatgcctcagttcetctacgcagagggaatggtt259AlaSerSerTyrThrMetProGinPheLeuTyrAlaGluGlyMetVal404550ccacc3csagsgcttttcgatgscetccsggecg33gecctggsa_ssg307ProProGinGlu!LeuPheAspAspLeuGinAlaGluAlaLeuGluLys556065ateggg工leGlyC3CHis3CCThrstclie90getAlag33GluggcGlySercccPro95ate工leAspatgMetctgLeuttgLeu100gasGlu4033tgtctMetSerProgetAsp105gecAlaThratgMetliegtcVal110atgMetggtGlytecSercgcArgGly115etcL>euggcGly451ggsetcGlyLeutecSer120GlyMetgtcValatgMetggcGly125tecSergtcValtecSerggtGlygc3Ala130gtgValgtcValSer499escgca_HisAla135L>ystgtCysProgtcValgttVal140gttValgtcValcgtArgGlugacAsp145SergcaAlagtcValAsn547gasgscGluAsp150ageSer33gTyrggcGly155CC3ProgtcValgtcValgtcValggtGly160gtgValgatAspggcGlytecSerg33Glu165595gtctecValSerGinGinAla1703CCThrg33Glut3CTyrAlatttPhe175gcgAlaGlugetAlaGlugetAla180cgtArg643ggcgecGlyAlagasGluetcLeu185gttValAlagttValC3CHis3CCThr190tggTrp3tgMetAsp3tgMetcagGin195gt3ValcagGin691gcatcsAlsSercttLeu200AlaggtGlyctt!LeuAlagetAla205getAlaGincagGincagGintggTrp210AspGlugtgVal739gaacgtGluArg215GinGinThrAspatgMet220ctgLeu3tc工leGlucgcArgetcLeu225gcaAlaCC3ProctgLeugtgVal787gaaaagGluLys230t3CTyrPro3gtgt3Val2353CCThrgtcValLysatelie2403tC工le3CCThrcgtArggacAspcgcArg245835attaacgaageccgtgacategeccatgaggtagcgccagaaate工leAsnGluAlaArgAsplieAlaHisGluValAlaProGlu工le707580y8cc3gttcgcgc3cttgcsgssgca^tctgai3sacgcgcsgetcctsgtcProValArgAlaLeuAlaGluAlaSerGluAsnAlaGinLeuLeuVal250255260883gttggtteccatggtcgtggcggatttaagggcatgetccttggctecValGlySerHisGlyArgGlyGlyPheLysGlyMetLeuLeuGlySer265270275931accteccgcgcactgctgcaatecgcaccgtgcccaatgatggtggttThrSerArgAlaLeuLeuGinSerAlaProCysProMetMetValVal280285290979cgcccacctgagaagattaagaagtagtttctttta_agtttcga_tgcArgProProGluLyslieEysLys2953001026<210>20<211>301<212>PRT<213>谷氨酸棒桿菌<400>20MetSerThr1SerLysGinGluAla20AsplieValValArgTrplieProLeuArgLeuAlaSer35AlaGlu50GluAla65GlyMetValLeuGluLysProPro55工leAsn70AspMetSerArgGlyAla130AspSer145Gly115ValValAlaValValAspGlySerGluAlaGluAlaArgGlyAla180ValValAla10AlaAlaAsn25SerTyrThr40ValAspGlySerThrAlaAsn30MetProGinPhe45AspAla15ArgGlyLeuTyrGinGluLeuPheAspAspLeuGinAla60GluAlaArgAsplieAlaHis75A丄aProGlulie!LyslieGly85!LeuLeuGluMetSer100LeuGlyGlyLeuSerHisAla135AsnGluAsp150GluValSer165HisThrlie90ProAspAla105SerGlyMet120LysCysProSerEysTyrAlaGluGlySerGluVal80Prolie95ThrMetlieValMetGly110ValMetGlySerValSer125ValValValValArgGlu140Gly155ProValValGinGinAla170GluLeuVal185ThrGluTyrAlaValGly160PheAla175AlaValHisThrTrpMet190AspMetGinValGinAlaSerLeuAlaGlyLeuAlaAlaAlaGinGinGinTrp210195AspGluValGluArg21520〇GinGinThrAspMet220205LeulieGluArgLeuAlaProLeuValGluLysTyrProSer225230lieThrArgAspArgProValArgAlaLeu245250Val235ThrValLysLysAlaGluA丄aSerGlu255工le240AsnAlaGinLeuLeuValValGlySerHis260265MetLeuLeuGlySerThrSerArgAla275280GlyArgGlyGlyPhe270IjeuLeuGinSerAls285LysProGlyCysProMetMetValValArgPro290295ProGlu!Lyslie300Lys<210〉<211〉<212><213>211059谷氨酸棒桿菌<220><221><222><223〉CDS(101)..(1036)RXC00552<400>21ccgccaacaaggcagcaaagctcgatccaattgacgccttgcgtt3tg3gt3333gcctc60gtttttaaggtagccacacatcgcactagactgaagaactgtgVal1getAla3CCThrteaSer333!Lys1153ttCtt工leLeucttLeuTyrta_cTyr10gc3AlattcPhe3CCThrProetcLeu15tctSerg3cAspcctPro333gcgAla20gttVal163cagctgGinLeutggTrpGin25cgtArggagGluetcLeutgcCysGlu30tC3SerctgLeu33tAsnctt!LeucgtArg35ggcGlycgcArg211atectg工leLeuate工le40tecSer3CtThrC3CHisggcGly3tClie4533tGly3CCThrgtgValggcGly50ggaGlyAsp3ttlie259AspAsp55tgcCys33gLysgcgAla七3CTyrattlie60IjysaagLyssecThrcgcArggagGlu65TyrCC3ProggtGlyttcPhe307a_3ccgcAsnArg70aitgMetGintttPhe75tggTrptecSergagGluggtGlyggcGly80getAlagagGlug3tAspttcPhecca_Pro8535533getc!LysLeuagtSergtcVal90gtccgcgatgagValArgAspGlu3tclie95gttgecAlattcPheggcGlygetAla100CC3Pro403150Ctg333LeuLyscca_Pro120cagGinC3gGingtcVal33tAsng3gGlu125cttLeugtgValGlugccAlacgtArg130ggcGlygaitAspgasGlu499gttgtgValVal135ttcPhetttPheAspggcGlycgcArg140AsnAlaatgMetGlugccAla145cagGinlieggcGlyLys547ttc33gPhe!Lys150AspgetAlagttValgtcVal155cctProAspgt3ValgasGlu3CCThr160a_ctThrcaitHisAspttcPheate工le165595gcagaaAlaGluatt工leGlutctSer170ggaGlyTyrAspgstAsp175etcLeuLysAsp33gIiyscctPro180gtgVal643gtcaccValThrTyrtgc1853CCThrggcGlyGly3tt工lecgtArg190tgtCysGlu工lectgLeu3gt195teaSeretcLeu691atgateMet工le33CAsn200cgtArgggtGlyttcPhe333LysgagGlu205gtcValTyrC33G上n3tCliegatAsp210ggcGlyggcGlyate工le739gttcgctacggcga_gcagtttggcaacaagggcctgtgggsaggctecValArgTyrGlyGluGinPheGlyAsn!LysGlyLeuTrpGluGlySer215220225787CtCt3CLeuTyr230gttValttcPhegatAspaagcgcLysArg235MetestHisatgMetgs3Glu240ttcPheggcGlygagGluAsptacTyr2458353sagagLysGlugtcValGlyC3CHis250tgcateCyslieC3tHistgcCysAsp255setThrcccProThrAsn333260tttPhe883gagcacGluHistgcCysetcLeu265AsngaagatGluAspAsptgcCys270cgcArggagGluetcLeugtgValttgLeu275atgMettgcCys931cctgstProAsptgcCys280ttcPhegccaatgttAlaAsnValgagGlu2853CCThrcgtArgcatHistgcCys33g!Lys290cgcArggasGlucgc979<210〉22<211>312<212>PRTetcaaagtggatgaaaacggcgtcgtcggtggcggcgttcac451LeuLysValAspGluAsnGlyValValGlyGlyGlyValHis105110115attgetgcggatttcgetgagC3a_ggaattgatccgetc1027工leAlaAlaAspPheAlaGluGinGly工leAspProLeu300305acttcttaaa3agggtatggtggctgggt1059ThrSer1gGtpgAc1t1<ut31<213>谷氨酸棒桿菌<400>22ValAlaThrSerAspProLysAla20AsnLeuArgGly35ValGlyGlyAsp50GluTyrProGly65AlaGluAspPheAlaPheGlyAla100GlyGlyGlyVal115AlaArgGlyAsp130AlaGinlieGly145ThrHisAspPheLysAspLysPro180工leLeuSerSer195lieAspGlyGly210LeuTrpG丄uGly225PheGlyGluAspLys工le5LeuLeuValGinLeuTrpArglieTyrTyr10GinArg25AlaPheThrProLeuSer15GluLeuCysGluSerLeu30lieAspPheAsn70ProIjys85ProAspHisLeuGluVal!LysPhe150工leAla165Leulie-40AspCys55SerThrHisLysAlaTyrValValLeuMetlieVslSerLeu230TyrLys245ArgMetGinPheEeuSerValLys90GluEeuLysVal105LysProGinGin120ValPhePheAsp135LysAspAlaValGlu工leGluSer170ThrTyrCysThr185工leAsnArgGly200ArgTyrGlyGlu215Lys75ValGly工le45lie!Lys60TrpSerArgAspAsnLysGluGluGlyThrThrArgGlyGly80工leVsl95AspGluAsnGlyValVal110ValGlyVal155GlyGlyPheGinAsnGlu125ArgAsn140ProAspLysTyrGly工leLysGlu2〇5PheGly220LeuValGluAlaMetGluValAspArg190AsnTyrValPheAspLysArgMetHis235GluValGlyHis250Cys工leHisCysGluThr160AspLeu175CysGluTyrGinL>ysGlyMetGlu240AspThr255LeuValLeuMetCysProAspCysPheAlaAsnValGluThrArgHis275280285CysLysArgGluArgCysAlaAla工leAlaAlaAspPheAlaGluGin290295300Gly工leAspProLeuValThrSer152ProThrAsnLysPheGluHisCys]LeuAsnGluAspAsp260265u1Ggy7c2305310<210><211><212><213〉231386DNA谷氨酸棒桿菌<220><221><222〉<223>CDS(101)..(1363)RXA00534<400>23ctgtgcagaaagaaa_acactcctctggctaggtagacscagtttataaaggtagagttga60gcgggtaactgtcagcacgtagatcgasaggtgcacsaaggtggccctggtcgtaValAlaLeuValVal15115GinIiyst3tTyrggcggtGlyGly10tecSertegSerctt!LeugagGluagtSer15gcgAlaGlucgcArglieArg20Asn163gtcgetgaaeggategttgccaccaa_gaaggetggaaatgatgtcgtgValAlaGluArglieValAlaThrLysLysAlaGlyAsnAspValVal253035211gttgtcValValtgcCys40tecSerAlas七gMetGlyAsp45secThrThrgatAspg33GlucttLeu50ctsgasLeuGlucttLeu259gc3gcggesAlaAlaAla55gtgVal33tAsncccProgttVal60ccgProccaigetProAlscgtArgGlu653tgMetgatatgAspMetetc307ctgactgetggtgagcgtatttctaacgetetcgtcgccatggetattLeuThrAlaGlyGluArglieSerAsnAlaLeuValAlaMetAlalie70758085355gtgetcaccaccgagcgccacggaaacgcacgcattgttgatgtcactValLeuThrThrGluArgHisGlyAsnAlaArglieValAspValThr105110115451ccaggtcgtgtgcgtgaagcaetcgatgagggcaagatetgcattgttProGlyArgValArgGluAlaLeuAsp,GluGlyLys工leCyslieVal120125130499getggtttccagggtgttaataa_3gaaacccgcgstgtcaccacgttgAlaGlyPheGinGlyValAsnLysGluThrArgAspValThrThrLeu135140145547ggtcgtggtggttctgacaccactgcagttgcgttggcagetgetttgGlyArgGlyGlySerAspThrThrAlaValAlaLeuAlaAlaAlaLeu150155160165595aacgetgatgtgtgtgagatttacteggacgttgacggtgtgtatacc643ggt403GlyteccttggcgcaSerLeuGlyAla90gcccaatctttcacgggctctcagAlaGinSerPheThrGlySerGin95a1gG3ugGt3oCIOgA1AsnAlaAspValCysGlu工leTyr.SerAspValAspGlyValTyrThr170175180getgacAlaAspccgProcgcArg1853tcliegttValcctProgcaAla190GinLysctgLeugs3GluLys195etcLeu691ttcgasPheGluGlu200atgMetctgLeuGlucttLeugetAla205getAlagttValggcGlytecSer33g2103tt工lettgLeugtg739ctgcgc]LeuArg215eigtSergttValgaaGluTyrgetAla220cgtArgAlattcPheaatAsngtgVal225ProcttLeucgcArgVal787cgctegArgSer230tctSerTyr3gtSer33tAsn235AspcccProggcGlysetThrttgLeu2403ttliegecAlaggcGlytctSerMet245835gaggatGluAsp3tt工lecctProgtgVal250Glug33GlugcaAlagtcValcttLeu2553CCThrggtGlygtcValAla3CCThr260gacAsp883aagtecgaagecaaagtaaccgttctgggtatttecgataagccaggc931LysSerGluAlaLysValThrValLeuGlylieSerAspLysProGly265270275gaggetgcgaaggttttccgtgcgttggetgatgcagaaateaacatt979GluAlaAlaLysValPheArgAlaLeuAlaAspAlaGlu工leAsn工le280285290gscatggttctgcagaacgtctcttctgtaga_agacggcaccaccgac1027AspMetValLeuGinAsnValSerSerValGluAspGlyThrThrAsp295300305ateaccttcacctgccctcgttecgacggccgccgcgcgatggagate1075lieThrPheThrCysProArgSerAspGlyArgArgAlaMetGlulie310315320325ttgaagasgcttcaggttcagggcaactggaccaatgtgctttacgac1123LeuLysLysLeuGinValGinGlyAsnTrpThrAsnValLeuTyrAsp330335340gaccaggtcggcaaag七ctecetcgtgggtgetggcatgaagtctcac1171AspGinValGlyLysValSerLeuValGlyAlaGlyMetL<ysSerHis345350355ccaggtProGlygttVal3603CCThrgcaAlaGluttcPheatgMet365GlugetAlactgLeucgcArggatAsp370gtcVal33CAsngtgVal121933C3tCAsn工le375GluttgLeuatt工letecSer3CCThr380tctSergagGlu3ttliecgtArglie385tecSergtgValctgLeuc工le1267cgtgaagatgatctggatgetgetgcacgtgcattgcatgagcagttcArgGluAspAspLeuAspAlaAlaAlaArgAlaLeuHisGluGinPhe3903954004051315cagctgggcggcgaagacgaagecgtcgtttatgcaggcaccggacgcGinLeuGlyGlyGluAspGluAlaValValTyrAlaGlyThrGlyArg1363410415taaagttttaaaggagtagtttt<210>24<211>421<212〉PRT<213>谷氨酸棒桿菌4201386<400>24ValAlaLeuValValGinLys15GluArglieArgAsnValAla20GlyAsnAspValValValVal35GluLeuLeuGluLeuAlaAla5055GluMetAspMetLeuLeuThr6570ValAlaMetAla工leGluSer85GlySerGinAlaGlyValLeu100工leValAspValThrProGly115LyslieCyslieValAlaGly130135AspValThrThrLeuGlyArg145150LeuAlaAlaAlaLeuAsnAla165AspGlyValTyrThrAlaAsp180LeuGluLysLeuSerPheGlu195Ser!LyslieLeuValLeuArg210215ValProLeuArgValArgSer225230lieAlaGlySerMetGluAsp245GlyValAlaThrAspLysSer260TyrGlyGlySerSerLeu10GluArglieValAlaThr25CysSerAla40AlaValAsnAlaGlyLeuGlyThrThr105ArgVal120GluAla90MetGlyAsp45ProValPro60ArglieSer75GluAlaGinGluArgHisGlyArgGluAlaLeu125PheGinGlyValAsn!Lys140GlyGlySerAspThrThr155AspValCysGlu工leTyr170ProArglieValProAsn185GluMetLeuGluLeuAla200205SerValGluTyrAlaArg220SerTyrSerAsnAspPro235lieProValGluGluAla250zGluAlaLysValThrVal265GluSerAla15LysLysAla30ThrThrAspProAlsArgAsnAlaLeu80SerPheThr95AsnAlaArg110AspGluGlyGluThrArgAlaValAla160SerAspVal175AlaGin!Lys190AlaValGlyAlsPheAsnGlyThr!Leu240ValLeuThr255!LeuGlylie270SerAspLysProGlyGluAlaAlsLysValPheArgAlaLeuAlaAsp275280285AlaGlu工leAsn工leAspMetValLeuGinAsnValSerSerValGlu290295300AspGlyThrThrAsplieThrPheThrCysProArgSerAspGlyArg305310315320ArgAlaMetGlulieLeuLysLysLeuGinValGinGlyAsnTrpThr325330335AsnValLeuTyrAspAspGinValGlyLysValSerLeuValGlyAla340345350GlyMetLysSerHisProGlyValThrAlaGluPheMetGluAlaLeu355360365ArgAspValAsnValAsnlieGluLeulieSerThrSerGlulieArg370375380lieSerValLeulieArgGluAspAspLeuAspAlaAlaAlaArgAla385390395400LeuHisGluGinPheGinLeuGlyGlyGluAspGluAlaValValTyr405410415AlaGlyThrGlyArg420<210〉25<211>1155<212〉DNA<213>谷氨酸棒桿菌<220〉<221>CDS<222>(101)..(1132)<223>RXA00533<400>25ctgcacgtgcattgcatgagcagttccagctgggcggcgaagacgaagccgtcgtttatg60caggcaccggacgctaaagttttaaaggagtagttttacaatgaccaccategca115MetThrThrlieAla15gttgttValValggtGlygca_Ala3CCThr10ggcGlyGingtcValggcGlyGin15gttValatgMetcgcArg3CCcttThr!Leu20ttgLeu163gaagagGluGlucgcArg33tAsn25ttcPheCC3ProgetAlaAspsetThr30gttValcgtArgttcPhetttPhegettecAlaSer35CC3Pro211cgttecArgSergcaAla40ggcGlycgtArg33g工leGlu45ttcPhecgtArgggcGlyaicgThrGlu503tcgsg工leGluVal259g33gacGluAsp55工le3CtThrcagGinAla3CCThr60gagGlugagGlutecSeretcLeuLys65Asp工lega^cAspgttVal307gcgttgAlaLeu70ttcPhetecSergetAlaggaGly75ggcGly3CCThrgetAlatecSerLys80Gint3CTyrgetAlaProctgLeu85355ttcgetPheAlagetAlagcaAlaggCGly90gcgAlasetThrgttValgtgValg3tAsp95AsntctSertctSergetAlatggTrp100cgcArg4033sggscLysAspAspgagGlu105gttValCC3ProLeu3tCliegtcVal110tctSergagGlugtgValAsncctPro115tecSerAsp45133ggstLysAsptecSer120ctgLeugtcValaagLysggcGly3ttlie1253ttliegcgAlaAsncctProAsn130tgcCysThr3CCThr499atggetMetAla135gcgAlaMetCC3ProgtgValctgLeu14033gLysCC3ProcttLeuC3CHisAsp145gecAlagetAlaggtGlycttLeu547gtssagValLys150cttLeuHisgttValtecSer155tctSertacGingetAlagttVal160tecSerggtGlytctSerggtGlycttLeu165595gc3ggtAlaGlygtgValGlu3CCThr170ttgLeuAlasagL>yscagGingttVal175getAlagc3AlagttggaGlyAsp180escHis643gttAsnValgagGluttcPhe185gtcValC3tHisg3tAspggaGlyGin190getAlagetAlagacAspgc3AlaggcGly195gatAspgtcVal691ggacctGlyProt3tTyr200gttValSerCC3Proate工legetAla205t3CAsngtgValctglieuCC3Pro210ttcPhegecAlaGly73933CCtCAsnLeu215gtcValAspgacAspggcGly3CCThr220ttcPheGlu3CCThrAspgs3Glu225gagGlucagGin33g!LysctgLeu787cgcsacArgAsn230GlutecSercgcArgsagLys235lieetcLeuggtGlyetcLeuCC3Pro240gacAspetcLeuLysgtcValtC3Ser245835ggcsecGlyThrtgcCysgtcValcgcArg250gtgValccgProgttValttcPhe3CCThr255ggcGlyC3CHisThrctg!Leu3CCThr2603ttlie883C3CgecHisAlagaaGluttcPhe265gacAsp33g!Lysgc3Ala工le3CCThr270gtgValAspGingcgAlacagGin275Glulie931ttgggtLeuGlygecAla280getAlatC3SerGlygtcVal33g285cttLeugtcValAspgtcValCC3Pro2903CCThrProcttLeu979gcagetgecggcattgacgaatecetcgttggacgcatecgtcaggac1027157AlaAlaAlaGlylieAspGluSerLeuValGlyArg工leArgGinAsptecSer310Asn295ThretcLeugtcgscValAspcgcArg33ggatAspggtGly330300cgcAsnArg315getgcgAlaAlaggtGlyCt3Leuctg!LeuAsn305gttetcgtcgtaValLeuValVal320tctggcgsc1075SerGlyAsp325accatecagategetgagctg1123ThrlieGinlieAlaGluLeu335340ctggttaagtaaaaacccgccattaaaaaetcLeuValLys<210>26<211>344<212>PRT<213〉谷氨酸棒桿菌<400〉26MetThrThr工leAlaValValGlyAlaMetArgThrLeuLeuGluGluArgAsn2025PhePheAlaSerProArgSerAlaGly3540ThrGlulieGluValGluAsplieThr5055EysAsplieAspValAlaLeuPheSer6570GinTyrAlaProLeuPheAlaAlaAla85ThrGlyGinValGlyGinVal1015PheProAlaAspThrValArg30ArgLyslieGluPheArgGly45SerSerAlsTrp100ValAsnProSer115ArgAspLysLysAspAspAspGlu105SerLeu120ProAsn130AspAla145CysThrThrMetAlaAlaMet135AlaGlyEeuVal150LeuHisSerGlySerGlyLeu165IiysAlaGlyValGluGinAlaThrGluGlu60AlaGlyGlyThrAla75GlyAlaThrValVal90ValProLeulieVal110ValLysGlylielie125ProValLeuLysPro140ValSerSerTyrGin155SerLeuSerAsp9580AsnSerGluAlaAsn!LeuHisAlaVal160AlaValGlyAspHisAsnValGluPhe180185AspAlaGlyAspValGlyProTyrVal195200ThrLeuAlaLysGinValAla170175ValHisAspGlyGinAlaAla190SerPro工leAlaTyrAsnVal2051155LeuPro210GluGlu225PheAlaGlyAsnGinLysLeuArg230LeuValAspAsp215AsnGluSerArgGlyThr220!Lyslie235PheGluThrAspLeuGlyiLeuPro240AspEeuLysValGinAlaValPro-290Arglie305GinlieAlaSerGly245ThrCysValHisThrLeuThr260lieHisAlaGluPhe265Gin275Glu工leLeuGlyAla280ThrProLeuAlaAlaAls295ArgGinAspSer310ValValSerGlyAspAsn325GlyThrValAsp!LysGlu340LeuArgLeuLeuValLysArg250AspValProValPheLysAlaAlaSerGlyVallieAspGly330AspGlu300AsnArg315Thr255Thr270GlyValAspLeuValAspSer!LeuValGlylieLys285GlyLeuValAlaAlaLeuAsnThr335Leu320lie<210><211><212><213>27608DNA谷氨酸棒桿菌<220><221><222><223>CDS(69)…(608)RXA02843<400>27cccattgcgcggaggtcgcaccccttccgacttgaactgstaggccgatagaaattattc60tggacgtcatgactactgettecgcaaccggaattgcaacactgacctec110MetThrThrAlaSerAlaThrGlylieAlaThrLeuThrSer1510secggcThrGly15AspgtcctgLeuAsp20gtgValtgg七3tTrpTyrProgs3Glu25ateliegggGlySer3CCThrgacAsp30158cagtecGinSergcgAlaetcLeuThr35cctProcta_gaaggcGluGlygtcVa上40AspGluAspArgAsn45gtcVal206seccgcThrArgIjys工le50gtgValacgThrThrset3tcThrlie55gacAsp3CCThrga^cAspgcaAlagecAla60cccPro3CCThr254g己csecAspThrTyr65gatAspgcaAlatggTrpctgLeucgccttArgLeu70C3CHisetcLeuetc!LeutecSer75C3CHiscgcArggttVal302159ttccgccctcacaccateaacetagacggcattttcggcetcetcaacPheArgProHisThr工leAsnLeuAspGlyliePheGlyLeuLeuAsn80859035033tgtcgtgtggsec33cttcggsccgtgcgc3gttgacggtttcgc3AsnValValTrpThrAsnPheGlyProCysAlaValAspGlyPheAla95100105110398etcacccgcgcgcgcctgteacgccgaggcca_agttacggtttatageLeuThrArgAlaArg!LeuSerArgArgGlyGinValThrValTyrSer115120125446gtcgacaagttcccacgcatggtcgactatgtggttccctegggcgtgValAspLysPheProArgMetValAspTyrValValProSerGlyVal130135140494cgcateggtgacgecgaccgcgtccgacttggcgcgtacctggcagatArg工leGlyAspAlaAspArgValArgLeuGlyAlaTyrLeuAlaAsp145150155542ggcaccaccgtgatgestgagggcttcgtgaacttcaacgetggcacgGlyThrThrValMetHisGluGlyPheValAsnPheAsnAlaGlyThr160165170590etcggcgettecatggttLeuGlyAlaSerMetVal175180608<210><211><212><213〉28180PRT谷氨酸棒桿菌<400〉28MetThrThrAspValLeuAlaLeuLyslie50TyrAsp65Thr35AlaSerAlaThrGlylieAlaThrLeuThrSerThrGly51015ValTrpTyrProGlu工leGlySerThrAspGinSer2530LeuGluGlyValAspGluAspArgAsnValThrArg4045Asp20ProValThrAlaTrpProHisThrlieValTrpArgAlaLysPhe130ThrArg115Asn100LeuProArgThrThr工leAspThrAsp55:LeuArgLeuHisLeuLeu70AsnLeuAspGlyliePhe8590PheGlyProCysAlaVal105AlaAlaProThrAspThr60SerHisArgValPheArg7580GlyLeuLeuAsnAsnVal95AspGlyPheAlaLeuThr110SerArgArgGlyGinValThrValTyrSerValAsp120125MetValAspTyrValValProSerGlyValArg工le135140G丄yAspAlaAspArgValArgLeuGlyAlaTyrLeuAlaAspGlyThr145150155160ThrValMetHisGluGlyPheValAsnPheAsnAlaGlyThrLeuGly165170175AlaSerMetVal180<210〉<211〉<212><213>291230DNA谷氨酸棒桿菌<220〉<221><222><223〉CDS(101).,(1207)RXA02022<400>29tatttgcgattccaactgcttgggctccgc:gaatgttttcactcattttttastcgaccg60cttccatcatgttttsactaaggtttgtaggcttssscctgtg1AsntctSergasGluetcIjeu5115333CC3LysProGlyLeugatAsp10etcLeuetcLeuGlyAspCC3Pro153ttliegtcValcttLeusetThrC33Gin20cgtArg163ttggtagata^taccgagtccgtegggtcaggaaaagcagattgetgatLeuValAsp工leProSerProSerGlyGinGluLysGinlieAlaAsp253035211gaaattGlulieg33Glu40AspgecAlacttLeueggArgAsn45cttLeusatAsnC七3LeucctProggtGly50gt3ValgagGlugtcVal259ttccgcPheArg55ttcPheAsnAsnAsngttVal60cttLeugetAlacgcArgacgThrAsn65aggArgGlyttgLeugecAla307tegsggSerArg70gtcVal3tgMetcttLeugetAla75ggtGlyC3tHislieAspThr80gtgValccgProateliegcgAlagacAsp85355astctgAsnLeuProageSercgtArg90gtgValGlug3cAspggcGlylie95MetTyrggcGlytgtCysggcGly1003CCThr403gtcgatValAspatgMetLys105tctSergggGlyttgLeugcgAlagtgVal110TyrttgLeuca_tHis3CtThrtttPhe115gecAlasecThr451ttggecLeuAla3cgThr120tegSer3CtThrGlucttLeu333Lys125estHisgatAspctgLeuThrctg!Leu130liegcgAlaTyr499gagtgcgaggaagttgetgatcacetcaatggtttgggccacattcgc547GluCysGluGluValAlaAspHisLeuAsnGly.LeuGlyHislieArg135140145ggtgataatgcgatgcataagttgtegccgateatttegasggttgetGlyAspAsnAlaMetHisLysLeuSerProlielieSerLysValAla200205210739gcgtataaggecgcagaagtcaacattgatggcttgacctaccgtgaaAlaTyrLysAlaAlaGluValAsnlieAspGlyLeuThrTyrArgGlu215220225787ggcetcaacategttttctgcgaategggcgtggcaaacaacgtcattGlyLeuAsnlieValPheCysGluSerGlyValAlaAsnAsnVallie230235240245835cc3gacetcgcgtgg3tg33cetccttccgtttcgcgccg33tcgcProAspLeuAlaTrpMetAsnLeuAsnPheArgPheAlaProAsnArg250255260883gstetcAspLeuAsngagGlu265gcgstcgsgestAlalieGluHisgtcVal270gtcValg33GluacgThrcttgagGlu275cttgscLeuAsp931ggtcaagacggcategaatgggecgtagaagacggggcaggcggtgecGlyGinAspGly工leGluTrpAlaValGluAspGlyAlaGlyGlyAla280285290979cttccaggcttggggcagcaggtgacaagegggcttategacgecgtcLeuProGlyLeuGlyGinGinValThrSerGlyLeulieAspAlaVal2953003051027ggccgcgaaaaaatecgcgcaasattcggctggaccgatgtcteacgtGlyArgGlu!LyslieArgAlaLysPheGlyTrpThrAspValSerArg3103153203251075tttteaPheSergecAlaatgMetGly330attcc3geclieProAlaLeutttAsnPhe335ggcgetGlyAlaggtGlyg3tcc3AspPro3401123sgtttcSerPhegcgAlaestHis345333cgcgscgagLysArgAspGluC3gGin350tgccc3CysProgtggagValGluGin355atescg工leThr1171gatgtggcagc3attttgaagcagtacctgageAspValAlaAlalieLeuLysGinTyrLeuSer360365gagtaacegcattGlu1217eggggttategtg1230catccggagtggttggcggetgatttggcgttgttgggtgag595HisProGluTrpLeuAlaAlaAspLeuAla!LeuEeuGlyGlu155160165cctactggcggctggattgaggcgggctgccagggcaatctgcgcate643ProThrGlyGlyTrplieGluAlaGlyCysGinGlyAsnLeuArglie170175180catggtgtgcgtgeccatteggcgagaagetggttg691HisGlyValArgAlaHisSerAlaArgSerTrpLeu19019531gGtpo03s5gA1g35chg1gVgs162<210〉30<211>369〈212>PRT<213>谷氨酸棒桿菌<400〉30ValAsnSerGluLeuLysProGlyLeuAsp1510ValLeuThrGinArgLeuValAsp工lePro2025LysGinlieAlaAspGlu工leGluAspAla3540ProGlyValGluValPheArgPheAsnAsn5055AsnArgGlyLeuAlaSerArgValMetLeu6570ValProlieAlaAspAsnLeuProSerArg8590TyrGlyCysGlyThrValAspMetLysSer100105HisThrPheAlaThrLeuAlaThrSerThr115120Thr3LeulieAlaTyrGluCysGluGluVal130135LeuGlyHislieArgAspGluHisProGlu145150AlaLeuLeuGlyGluProThrGlyGlyTrp165170GlyAsnLeuArg工leLysValThrAlaHis180185AlaArgSerTrpLeuGlyAspAsnAlaMet195200lieSerLysValAlaAlaTyrLysAlaAla210215LeuThrTyrArgGluGlyLeuAsn工leVal225230AlaAsnAsnVallieProAspLeuAlaTrp245250PheAlaProAsnArgAspLeuAsnGluAla260265ThrLeuGluLeuAspGlyGinAspGly工le275280LeuLeuGlyAspProlie15SerProSerGlyGinGlu30LeuArgAsn!LeuAsnLeu45AsnValLeuAlaArgThr60AlaGlyHis工leAspThr7580ValGluAspGlylieMet95GlyLeuAlaValTyrLeu110GluLeuLysHisAspLeu125AlaAspHisLeuAsnGly140TrpLeuAlaAlaAspLeu155160工leGluAlaGlyCysGin175GlyValArgAlaHisSer190HisLysLeuSerProlie205GluValAsnlieAspGly220PheCysGluSerGlyVal235240MetAsnLeuAsnPheArg255工leGluHisValValGlu270GluTrpAlaValGluAsp285163GlyAlaGlyGlyAlaLeuProGly290295LeulieAspAlaValGlyArgGlu305310ThrAspValSerArgPheSerAla325GlyAlaGlyAspProSerPheAla340ValGluGin工leThrAspValAla355360LeuGlyGinGinValThrSerGly300Lys工leArgAlaLysPheGlyTrp315320MetGly工leProAlaLeuAsnPhe330335HisLysArgAspGluGinCysPro345350AlalieLeu!LysGinTyrLeuSer365Glu<210>31<211>1059<212>DNA<213〉谷氨酸棒桿菌<220><221>CDS<222>(101)..(1036)<223>RXA00044<400>313tt3cctc3gccttcc33gctgntgstgcsttsctt33ai3sctgcagscscttg33333c60ttctcacccgcactcgttccctcaacccacaaggagcaccatggettecgcaact115MetAlaSerAlaThr15ttc3CCPheThrggcGlygtgVal3tClie10CC3ProcccProValMet3CCThr15CC3ProetcLeuC3CHisgecAlaAsp20ggcGly163agtgtgSerVslga_tAspgtaVal25GluSeretcLeucgcArgLiys30etcLaeugttValgacAspHisetcLeu353tClie33tAsn211ggtggcGlyGlygtcVal40AspggaGlyctt!LeuttcPheAla45ctgLeuggcGlytecSerteaSerggcGly50ga_3gcgGluAlaAla259ttcetcPheLeu553CCThrcgcArggecAlaGincgcArg60!LysetcLeuAlactgLeu3CCThr653CCThrateate工leliegagGlu307C3C3CCHisThr70gc3AlaggcGlycgcgttArgVal75cccProgt3ValsetThrgetAlaggtGly80gtcVal工leg33secGluThr3CCThr85355actgetcgcgtgattgagetcgtggaagatgecctggaggetggtgec403ThrAlaArgVallieGluLeuValGluAspAlaLeuGluAlaGlyAla9095100gssggcetcgttgecsetgca_cctttct3c3cccgc3ccescg己tgtg451164GluGlyLeuValAlaThrAlaProPheTyrThrArgThrHisAspVal105110115GlulieGlu120g33GluC3CHisttcPhecgcArg33gLys125lieC3CHisgccAlagccAlagetAla130CC3ProgagGlucttLeu499ccactgProLeu135tttPhegccAlat3CTyrAsnatelie140CC3ProgtgValtegSergtgValC3CHis145tecSerAsnetcLeuAsn547ccagtcProVsl150atgMetcttLeuttgLeuacgThr155ctgLeugccAla33gLysgatAspGly160gttValcttLeuAlaggcGly3CCThr165595a3ggstEysAsptecSer3gtggcGly17033tAsngatAspggcGlyAla3tClie175cgcArgtC3SerctgLeu工legasGlu180getAla643cgtgatArgAspAspgetAla185ggaGlyetcLeuactThrGlucagGin190ttcPhesagLysate工leetcLeu3CCThr195ggcGlyageSer691g33secGluThr3CCThr200gttgatAspttcPhegccAlat3CTyr205cttIjeugcgAlaggtgccGlyAlagstAsp210ggaGlygttValgtcVal739ccsggcProGly215ctgLeuggcGly33tAsngttValgatAsp220cctProgcaAlaAlaTyrAla225getAlaLeugcaAla787etctgcetcgatggaaagtgggcagaagetgetgetttgcagaagcgcLeuCysLeuAspGlyLysTrpAlaGluAlaAlaAlaLeuGinLysArg2302352402458353tClieAsnescHisetcLeuttcPhe250C3CHisateliegtcValttcPhegtgVal255ggagacGlyAsp3CCThrtecSerestHis2603tgMet883tecggaSerGlytecSer3gcSer265getAlaggtGlyttgLeuggcGlyggtGly270ttcPheLysThrgc3AlaetcLeu275AlaC3CHis931cttggcLeuGlystt工le2803ttlieg33GlutecSer33tAsngcgAla285atgMetgcaAlagttcctVslProca_cHis290cagGin3gcSeretcLeu9793gcgscSerAsp295g33GluGlusetgetThrAlacgcArg300工leC3CHisgccAlasttgttlieVal305AspgasGluttcPhectgLeu1027tsc3ccgetta^ggcccscacctcstgsctgs1059TyrThrAla310<210>32<211>312<212>PRT<213>谷氨酸棒桿菌<400〉32MetAlaSerAlaThrPheThrGlyVal工le1510ProProVslMetThrPro15LeuHisAlaAspGlySerValAspVal2025GluSerLeuArgLys!LeuVal30AspHisLeu工leAsnGlyGlyValAspGly3540SerGlyGluAlaAlaPheLeuThrArgAla5055ThrThr工lelieGluHisThrAlaGlyArg6570Val工leGluThrThrThrAlaArgVal85LeuGluAlaGlyAlaGluGlyLeuVal100105ArgThrHisAspValGlu工leGluGlu115120AlaAlaProGluLeuProLeuPheAla130135HisSerAsnLeuAsnProValMetLeu145150ValLeuAlaGlyThrLysAspSerSer165Ser!LeulieGluAlaArgAspAspAla180185工leLeuThrGlySerGluThrThrVal195200AlaAspGlyValValProGlyLeuGly210215AlaAlaLeuAlaLysLeuCys!LeuAsp225230AlaLeuGLnLysArg工leAsnHisLeu245AspThrSerHisMetSerGlySerSer260265ThrAlaLeuAlaHisLeuGly工le工le275280ProHisGinSerLeuSerAspGluGlu290295ValAspGluPheLeuTyrThrAla305310工le90LeuPheAla45GinArgLys60ValProVal75GluLeuValHisGly170GlyAspLeuGlySerLeuAlaLeuAlaThrAlaProPheArgLys125TyrAsn工lePro140LeuThrLeuAla155AsnAspGlyLeuThrGluPheAlaTyr205AsnValAspPro220GlyLysTrpAla235PheHislieVa丄250AlaGlyLeuGlyGluSerAsnAla285ThrAlaArg工le300ThrAlaGly80GluAspAla95PheTyrThr110lieHisAlaValSerVal!LysAspGly160AlalieArg175GinPheLys190LeuAlaGlyAlaAlaTyrGluAlaAla240PheValG丄y255GlyPheLys270MetAlaValHisAla工le<210><211><212><213>33867DNA谷氨酸棒桿菌<220><221><222><223>CDS(101).,(844)RXA00863<400>33aacggtcagttaggtatggatatcagcaccttctgaacgggtacgtctagactggtgggc60gtttgaaaaactcttcgccccacgaaaatgaaggagcataatgMetGly3tcliesag!LysgttVal5115ggcGlygttetcLeuGlygecAla10ggcGlycgtArggttValggtGly15GinsetThr3ttliegtgValgc3Ala20gcaAla163gtcVal33tAsngagGlutecSer25gacAspAspctgLeugagGluctt30gttAlagagGlu3tC工leggcGly35gtcValg3cAsp211gatgatttgagecttctggtagacaacggcgetgaagttgtcgttgacAspAspLeuSerLeuLeuValAspAsnGlyAlaGluValValValAsp404550259ttcPhe3CCThr55setThrcctProAsngetAlagtgVal60aitgMetggcGlyAsnctgLeugagGlu65ttcPhetgcCys3tc工丄eAsn307Asn70ggcGly3tt工letctSergcgAlagttVal75gttValggaGly3CCThr3cgThrggcGly80ttcPheAspAspgetAlacgtArg85355ttggagcaggttcgcgactggcttgaaggaaaagacaa七gtcggtgttLeuGluGinValArgAspTrpLeuGluGlyLysAspAsnValGlyVal9095100403ctgLeu3tcliegc3AlacctPro105AsntttPhegetAla3tC工letctSer110gcgAlagtgValttg!Leu3CCThrMet115gtcValtttPhe451tecSersagLyscagGin120getAlagecAlacgcArgttcPhettcPhe125GlutC3SergetAlaGlugttVal130工leGluctg!Leu499C3CHisC3CHis135cccProAsnsagLysctgLeugatAsp140gcaAlacctProteaSerGly3CCThr145gcgAla3tclieC3CHis3CtThr547getAla150GinggcGly3tt工legetAlagcgAla155AlacgcArgg33Glugc3A上a160ggcGlyatgMetgacAspAlacagGin165595ccagatProAspgcgAlasecThrGlu170Gingc3AlacttLeuGluggtGly175tecSercgtArgggcGlyAla3gcSer180Val643gatggaateccggttcatgcagtccgcatgtecggcatggttgetcac691AspGlylieProValHisAlaValArgMetSerGlyMetValAlaHis185190195gagcsagttstctttggcacccagggtcsgsecttgsec3tc33gcag739GluGinVal工lePheGlyThrGinGlyGinThrLeuThr工leLysGin200205210gactectatgatcgcaacteatttgcaccaggtgtcttggtgggtgtg787AspSerTyrAspArgAsnSerPheAlaProGlyValLeuValGlyVal215220225cgcaacattgcacagcacccaggcetagtcgtaggacttgagcattac835ArgAsn工leAlaGinHisProGlyLeuValValGlyLeuGluHisTyr230235240245etaggcctgtaaaggctcatttcagcagcggg867!LeuGlyLeu<210>34<211>248<212〉PRT<213>谷氨酸棒桿菌<400>34MetGly工leLysValGlyValLeuGlyThrlieValAlaAlaValAsnGluSer2025GlulieGly35GluValVal50GluPheCysPheAspAspAspAsnValLeuThrMet115GluVal工le130ThrAlalie145ValAspAspAspLeuSer40ValAsplieAsnPheThr55AsnGly70ThrProlieSerAlaArgLeuGluGinVal85Gly100ValLeu工leAlaValPheGluLeuHisThrSerLysGin120HisHisPro135AlaGinGly150Pro105AlaAsnlieGlyMetAspAlaGinProAspAlaThr165AlaLysGlyArgValGlyGin1015AspAspLeuGluLeuValAla30LeuLeuValAspAsnGlyAla45AsnAlaValMetGlyAsnLeu60AlaValValGlyThrThrGly7580ArgAspTrpLeuGluGlyLys9095AsnPheAlalieSerAlaVal110AlaArgPhePhe-GluSerAla125Lys!LeuAspAlaProSerGly,140AlaAlaAlaArgLysGluAla155160GluGinAla!LeuGluGlySer170175ArgGlyLeuVal225GlyMetAlaSer180ValAla195Thr210ValAspGlyHisGluGin工leProV3l185Val工lePhe200lieLys!LeuValGlyGlyLeuGluHisGinAspSerTyrAspArg215ValArg230TyrLeu245AsnlieAlaGinGlyLeuHisAlaGlyThrAsnSsr220HisPro235ValArg190GinGly205MetSerGinThrPheAlaProGlyGlyLeuValVal240<210><211><212><213>35873DNA谷氨酸棒桿菌<220〉<221〉<222><223>CDS(101)-.(850)RXA00864<400〉35acagcacccaggcctagtcgtaggacttgagcattacctaggcctgtaaaggctcatttc60agcagcgggtggaattttttaaaaggagcgtttaaaggctgtggccgaacaagttValAlaGluGinVal115333ttgLysLeu3gcSergtgValgagGlu10ttgLeu3t3liegcgAlatgcCysagtSer15tctttta_ctSerPheThrCC3ProcccPro20getAla163gatgttAspValgagGlutggTrp25tC3Ser3CtThrgatAspgttValgagGlu30ggcgcggaagcaGlyAlaGluAlaetcLeu35gtcValgagGlu211tttgcgggtcgtgcctgctacgaaacttttgataagccgaaccctcgaPheAlaGlyArgAlaCysTyrGluThrPheAspLysProAsnProArg404550259actgettecaatgetgcgtatctgcgccacateatggaagtggggcacThrAlaSerAsnAlaAlaTyrLeuArgHislieMetGluValGlyHis556065307setgetttgcttgsgestgccsstgccscgatgtatstccgsggcattThrAlaLeuLeuGluHisAlaAsnAlaThrMetTyr工leArgGly工le70758085355tcteggtecgcgacccatgaattggtccgacaccgccatttttecttcSerArgSerAlaThrHisGluLeuValArgHisArgHisPheSerPhe9095100403tctcaactgtctcagcgtttcgtgcacageggagaateggaagtagtgSerGinLeuSerGinArgPheValHisSerGlyGluSerGluValVal105110115451169gtgValcccPro3CtThr120etcLeu3tclieAspg33GluAsp125ccgProcagGinttg!LeucgtArgGlu130cttttcEeuPheMet499C3CHisgecAla135atgMetgatAspgagGlutctSereggArg140ttcPhegetAlattcPhe33tAsnGlu145ctgLeuCtt33tLsuAsngcgAla547ctgLeu150g33GluGluLyscttLeuggcG丄y155AspGluccgProAsngc3Ala160cttLeuttaaggaaaLeuArgLys33gLys165595caggetcgtcaagcagetcgcgetgtgctgcccaacgetacagagtecGinAlaArgGinAlaAlaArgAlaValLeuProAsnAlaThrGluSer170175180643agaategtggtgtctggaaacttccgcacctggaggcatttcattggcArglieValValSerGlyAsnPheArgThrTrpArgHisPhe工leGly185190195691atgcgagecagtgaacatgcagacgtcgaaatecgcgaagtagcggtaMetArgAlaSerGluHisAlaAspValGlulieArgGluValAlaVal200205210739gaatgtttaagaaagctgcaggtsgcagcgccaactgttttcggtgatGluCysLeuArg!LysLeuGinValAlaAlaProThrValPheGlyAsp215220225787tttPhe230gagGluliegaaactGluThrttgLeu235gc3AlaAspggaGlytegSerGin240atggcaacaageMetAlaThrSerccgPro245835tatgtcatggacttttaacgcaaagctcacacccacgaTyrValMetAspPhe250873<210>36<211>250<212〉PRT<213>谷氨酸棒桿菌<400>36ValAlaGlu1PheThrProGinValPro20!LysLeuAlaAspValGluAlaLeuValGluPheAla35LysPro50MetGlu65AsnProValTyr工leArgGlyGlyArgThrAla55HisThrAla70SerValGluLeu10GluTrpSerThr25GlyArgAlaCys40SerAsnAlaAlalieAlaCysSer15AspValGluGly30TyrGluThrPhe45TyrLeuArgHis60LeuLeuGluHisAlaAsnAlaThr75工leSerArgSerAlaThr8590HisGluLeuValArg95SerAlaAsp工leMet80His170ArgHisPheSerPheSer100GinGluSerGluValValValPro115ArgGlu130GluLeu145LeuPheMetHisLeuIjeuEeuArgAsnAlaThrAsnAlaLeu150!LysLysGin165GluSerArg180Ala135GluAla工leArgHisPhelieGlyMetArg195!LeuSer105ThrLeu120MetAspGluIjysArgGinValVal185AlaSer200ArgGlu210ThrVal225Gin工leGlu!LeuAla170SerArgPheAspGluSerArg140GlyAsp155AlaArgGlyAsnValHisSerGly110Asp125ProGinLeuPheAlaPheAsnGluProAsnAla160AlaValLeuPro175PheArgThrTrp190GluHisAlaAspValGlu工le205ValAlaValGluCysLeuArgLys215PheMetAlaThrGlyAspPhe230SerProTyr245GlulieGluThrLeuGin220LeuAla235VslAlsA!UProAspGlySerGin240ValMetAspPhe250<210><211><212〉<213〉37608DNA谷氨酸棒桿菌<220><221><222><223〉CDS(69)…(608)RXA02843<400>37cccattgcgcggaggtcgcaccccttccgacttgaactgataggccgatagaaattattc60tggscgtcatgactactgettecgcaaccggaattgcaacactgacctecMetThrThrAlaSerAlaThrGly工leAlaThrLeuThrSer1105103CCThr15ggcGlyAspgtcValctgLeuAsp20gtgValtggTrpt3tTyrCC3Prog33Glu25liegggGlytecsecThrgacAsp30158GintecSergcgAlaetcLeuThr35cctProetaGluggcGlygtcVal40AspgasGlugatAspArgAsn45gtcVal206seccgcThrArg333Lyslie50gtgValacgThrThrsetThr工le55Asp3CCAspgcaAlagecAla60cccPro3CCThr254gacacctacgatgcatggctgcgccttcacetcetcteccaccgcgtt302AspThrTyrAspAlaTrpLeuArgLeuHisLeuLeuSerHisArgVal657075ttcPhecgcArg80cctProC3CHis3CCThrate工leAsn85Leuga^cAspggcGly3ttliettcPhe90ggcGlyetcLeuetcLeuAsn350Asn95gtcVa丄gtgValtggTrp3CCThrAsn100ttcPheGlyccgProtgcCysAla105gttValAspggtGlyttcPhegc3Ala110398etcLeu3CCThrcgcArggcgAlacgcArg115ctgLeutC3SercgcArgcgaArgggcGly120GingttValacgThrgttValt3tTyr125ageSer446gtcValAspLysttcPhe130CC3ProcgcArgMetgtcValAsp135TyrgtgValgttValcccProtegSer140ggcGlygtgVal494cgcateggtgacgecgaccgcgtccgacttggcgcgtacctggcagatAirg工leGlyAspAlaAspArgValArgLeuGlyAlaTyr!LeuAlaAsp145150155542ggcGly3CCThr1603CCThrgtgValatgMetC3tHisgagGlu165ggcGlyttcPhegtgVal33CAsnttcPhe170AsngetAlaggcGlyacgThr590<210>38<211>180<212>PRT<213>谷氨酸棒桿菌<400>38MetThrThrAlaSerAlaThrGlylieAlaThrLeuThrSerThrGly151〇15AspValLeuAspValTrpTyrProGlu工leGlySerThrAspGinSer202530AlaLeuThrProLeuGluGlyValAspGluAspArgAsnValThrArg354045LyslieValThrThrThrlieAspThrAspAlaAlaProThrAspThr505560TyrAspAlaTrpLeuArgLeuHis!LeiiLeuSerHisArgValPheArg65707580ProHisThr工leAsnLeuAspGlyliePheGlyLeuLeuAsnAsnVal859095ValTrpThrAsnPheGlyProCysA丄aValAspGlyPheAlaLeuThr100105110ArgAlaArgLeuSerArgArgGlyGinValThrValTyrSerValAsp115120125172etcggcgettecatgLeuGlyAlaSerMet175gVLysPheProArgMetValAspTyrValValProSerGlyValArg130135140GlyAspAlaAspArgValArgLeuGlyAlaTyrLeuAlaAspGly145150155lieThr160ThrValMetHisGluGlyPheValAsnPheAsnAlaGlyThr!LeuGly165170175AlaSerMetVal180<210><211><212〉<213>391143DNA谷氨酸棒桿菌<220><221><222〉<223>CDS(101).,(1120)RXN00355<400>39aatagatcagcgcatccgtggtggaaccaaaaggctcaacaatacgaaacgttcgctttc60ggtcctgatgaaagagatgtccctgaatcateatetaagtatgcatetcggtaagMetHis!LeuGlyLys115etcgaccaggacagtgecaccacasttttggaggattacaagaacatgLeuAspGinAspSerAlaThrThrlieLeuGluAspTyrLysAsnMet101520163accaacatecgcgtagetategtgggctacggaaacctgggacgcageThrAsn工leArgValAlalieValGlyTyrGlyAsnLeuGlyArgSer253035211ttctegcgcegggecaccetcgacacaaagacgccagtctttgatgtc307PheSerArgArgAlaThrLeuAspThrLysThrProValPheAspVal556065gecgacgtggacaagcacgecgacgacgtggacgtgctgttcctgtgc355AlaAspValAspLysHisAlaAspAspValAspValLeuPheLeuCys70758085ttcgectgcaccgtsgscsectscgscsaccaccgcgaic3tcccscgc451PheAlaCysThrValAspThrTyrAspAsnHisArgAsplieProArg105110115caccgccaggtcatgaacgaagecgecaccgcagecggcaacgttgca499HisArgGinValMetAsnGluAlaAlaThrAlaAlaGlyAsnValAlacttattgecaagcagcccgacatggaccttgtaggaate259Leu工leAlaLysGinProAspMetAspLeuValGlylie4550atgggctecgecaccgacatecctgagcaggcaccaaagttcMetGlySerAlaThrAsplieProGluGinAlaProLysPhe9095gsoc1ta31cGgH3CIOgA1ctggtctctaccggctgggatccaggaatgttctecateaaccgcgtc547LeuValSerThrGlyTrpAspProGlyMetPheSer工leAsnArgVal135140145tacgcagcggcagtcttagecgagcaccagcagcacaccttctggggc595TyrAlaAlaAlaValLeuAlaGluHisGinGinHisThrPheTrpGly150155160165ccaggtttgteacagggccactecgatgetttgcgacgcatecctggc643ProGlyLeuSerGinGlyHisSerAspAlaLeuArgArg工leProGly170175180gttcaaaaggcagtccagtacaccetcccatecgaagacgecctgga_a_691ValGinLysAlaValGinTyrThrEeuProSerGluAspAlaLeuGlu185190195aaggeccgccgcggcgaagecggcgaccttaccggaaagcaaacccac739!LysAlaArgArgGlyGluAlaGlyAspLeuThrGlyLysGinThrHis200205210aagcgccaatgcttcgtggttgecgacgcggecgatcacgagcgcate787LysArgGinCysPheValValAlaAspAlaAlaAspHisGluArglie215220225gaaaa_cgacatecgcaccatgcctgattacttcgttggctacgaagtc835GluAsnAsplieArgThrMetProAspTyrPheValGlyTyrGluVal230235240245gaagtcaacttcategacgaagcaaccttcgactecgagcacaccggc883GluValAsnPhelieAspGluAlaThrPheAspSerGluHisThrGly250255260atgccacacggtggccacgtgattaccaccggcgacaccggtggcttc931MetProHisGlyGlyHisVallieThrThrGlyAspThrGlyGlyPhe265270275aaccacaccgtggaatacateetcaagctggaccgaaacccagatttc979AsnHisThrValGluTyrlieLeu!LysLeuAspArgAsnProAspPhe280285290accgettecteacagategetttcggtcgcgcagetcaccgcatgaag1027ThrAlaSerSerGinlieAlaPheGlyArgAlaAlaHisArgMetLys295300305cagcagggccaaageggagetttcaccgtcetcgaagttgetccatac1075GinGinGlyGinSerGlyAlaPheThrVal!LeuGluValAlsProTyr310315320325ctgetc!LeuLeutecSerCC3ProGlu330AsnttgLeugacgatctgAspAspLeu335liegcaAlacgcArgAspgtcVal3401120taatttagctcgaggggcaagga1143<210>40<211>340<212>PRT<213>谷氨酸棒桿菌174<400>40MetHisLeuGlyLysEeuAspGinAspSerAlaThrThrlieLeuGlu151015AspTyrLysAsnMetThrAsnlieArgValAlalieValGlyTyrGly202530AsnLeuGlyArgSerValGluLysLeulieAla!LysGinProAspMet354045AspLeuValGly工lePheSerArgArgAlaThrLeuAspThrLysThr505560ProValPheAspValAlaAspValAspLysHisAlaAspAspValAsp65707580ValLeuPheLeuCysMetGlySerAlaThrAsplieProGluGinAla859095ProLysPheAlaGinPheAlaCysThrValAspThrTyrAspAsnHis100105110ArgAsplieProArgHisArgGinValMetAsnGluAlaAlaThrAla115120125AlaGlyAsnValAlaLeuValSerThrGlyTrpAspProGlyMetPhe130135140SerlieAsnArgValTyrAlaAlaAlaValLeuAlaGluHisGinGin145150155160HisThrPheTrpGlyProGlyLeuSerGinGlyHisSerAspAla!Leu165170175ArgArg工leProGlyValGinLysAlaValGinTyrThrLeuProSer180185190GluAspAlaLeuGluLysAlaArgArgGlyGluAlaGlyAspLeuThr195200205GlyLysGinThrHisLysArgGinCysPheValValAlaAspAlaAla210215220AspHisGluArg工leGluAsnAsp工leArgThrMetProAspTyrPhe225230235240ValGlyTyrGluValGluValAsnPhelieAspGluAlaThrPheAsp245250255SerGluHisThrGlyMetProHisGlyGlyHisVal工leThrThrGly260265270AspThrGlyGlyPheAsnHisThrValGluTyrlieLeuLysLeuAsp275280285ArgAsnProAspPheThrAlaSerSerGin工leAlaPheGlyArgAla290295300AlaHisArgMetLysGinGinGlyGinSerGlyAlaPheThrValLeu305310315320GluValAlaProTyrLeuLeuSerProGluAsnLeuAspAspLeu工le325330335AlaArgAspVal340<210><211><212〉<213>41958DNA谷氨酸棒桿菌<220><221><222><223>CDS(101)..(958)FRXA00352<400>41aatagatcagcgcatccgtggtggaaccaaaaggctcaacaatacgaaacgttcgctttc60ggtcctgatgaaagagatgtccctgaatcatcatctaagtatgcatetcggtaagMetHisLeuGlyLys115etcgsccsggac3gtgecsecseasttttggsggsttsc33g33cstgLeuAspGinAspSerAlaThrThrlieLeuGluAspTyrLysAsnMet101520163accaacatecgcgtagetategtgggctacggaaacctgggacgcageThrAsn工leArgValAlalieValGlyTyrGlyAsnLeuGlyArgSer253035211ttctegcgcegggecaccetcgacacaaagacgccagtctttgatgtc307PheSerArgArgAlaThrLeuAspThrLysThrProValPheAspVal556065ttcgectgcaccgtagacacctacgacaaccaccgcgacateccacgc451PheAlaCysThrValAspThrTyrAspAsnHisArgAsplieProArg105110115caccgccaggtcatga_acgaagecgecaccgca_gecggcaacgttgca499HisArgGinValMetAsnGluAlaAlaThrAlaAlaGlyAsnValAla120125130ctggtctctaccggctgggatccaggaatgttctecateaaccgcgtc547LeuValSerThrGlyTrpAspProGlyMetPheSerlieAsnArgVal135140145cttattgecaagcagcccgacatggaccttgtaggaate259LeulieAlaLysGinProAspMetAspLeuValGly工le4550gecgacgtggacaagcacgecgacgacgtggacgtgctgttcctgAlaAspValAspLysHisAlaAspAspValAspValLeuPheLeu707580atgggctecgecaccgacatecctgagcaggcaccaaagttcMetGlySerAlaThrAsp工leProGluGinAlaProLysPhe9095y4GgA1tacgcagcggcagtcttagccgagcaccagcagcacaccttctggggcTyrAlaAlaAlaValLeuAlaGluHisGinGinHisThrPheTrpGly150155160165595ccaggtttgteacagggccactecgatgetttgcgacgcatecctggcProGlyLeuSerGinGlyHisSerAspAlaLeuArgArglieProGly170175180643gttcaaaaggcagtccagtacaccetcccatecgaagacgccctggaaValGinLysAlaValGinTyrThrLeuProSerGluAspAlaLeuGlu185190195691aaggcccgccgcggcgaagccggcgaccttaccggaaagcaaacccacLysAlaArgArgGlyGluAlaGlyAspLeuThrGly!LysGinThrHis200205210739sagcgccaatgcttcgtggttgccgacgcggccgatcacgagcgcateLysArgGinCysPheValValAlaAspAlaAlaAspHisGluArglie215220225787gaaaacgaca_tccgcaccatgcctgattacttcgttggctacgaagtcGluAsnAsplieArgThrMetProAspTyrPheValGlyTyrGluVal230235240245835gaagtcaacttcategacgaagcaaccttcgactecgagcacaccggcGluValAsnPhelieAspGluAlaThrPheAspSerGluHisThrGly250255260883atgccacacggtggccacgtgattaccaccggcgacaccgg七ggcttcMetProHisGlyGlyHisVallieThrThrGlyAspThrGlyGlyPhe265270275931AsnC3CHisseeThr280gtgValgs3t3cGluTyr3tcetc工leLeu285Lys958<210><211><212><213>42286PRT谷氨酸棒桿菌<400>42MetHisLeu1GlyLysLeu5AspTyrLysAsnMetThr20AsnLeuAsp!Leu50ProVsl65Gly35Va丄PheArgGlyAspSerVal工lePheValAla70AspGinAspSerAlaThrThrlieLeuGlu1015AsnlieArgValAlalieValGlyTyrGly2530GluLys!LeulieAlaLysGinProAspMet4045SerArgArgAlaThrLeuAspThrLysThr5560AspValAspLysHisAlaAspAspValAsp7580ValLeuPheLeuCysMetGlySerAlaThrAsplieProGluGinAla859095ProLysPheAlaGinPheAlaCysThrValAspThrTyrAspAsnHis100105110ArgAsplieProArgHisArgGinValMetAsnGluAlaAlaThrAla115120125AlaGlyAsnValAlaLeuValSerThrGlyTi:pAspProGlyMetPhe130135140Ser工leAsnArgValTyrAlaAlaAlaValLeuAlaGluHisGinGin145150155160HisThrPheTrpGlyProGlyLeuSerGinGlyHisSerAspAlaLeu165170175ArgArglieProGlyValGinLysAlaValGinTyrThrLeuProSer180185190GluAspAlaLeuGlu!LysAlaArgArgGlyGluAlaGlyAspLeuThr195200205GlyLysGinThrHisLysArgGinCysPheValValAlaAspAlaAla210215220AspHisGluArglieGluAsnAsplieArgThrMetProAspTyrPhe225230235240ValGlyTyrGluValGluValAsnPhelieAspGluAlaThrPheAsp245250255SerGluHisThrGlyMetProHisGlyGlyHisVal工leThrThrGly260265270AspThrGlyGlyPheAsnHisThrValGluTyrlie!LeuLys275280285<210>43<211〉1400<212〉DNA<213>谷氨酸棒桿菌<220〉<221〉CDS<222>(1)..(1377)<223>RXA00972<400>43cctgcacctggttggcgtttccgcaccggagaagatgtaacaatgget48ProAlaProGlyTrpArgPheArgThrGlyGluAspValThrMetAla151015acagttga_aaatttcaatgaacttcccgcacacgtatggccacgcaat96ThrValGluAsnPheAsnGluLeuProAlaHisValTrpProArgAsn202530gecgtgcgccaagaagacggcgttgtcaccgtcgetggtgtgcctctg144AlaValArgGinGluAspGlyValValThrValAlaGlyValProLeu354045cctgacetcgetgaagaatacggaaccccactgttcgtagtcgacgag192178ProAspLeuAlaGluGluTyrGlyThrProLeuPheValValAspGlu505560gacgatttccgtteccgctgtcgcgacatggetaccgcattcggtggaAspAspPheArgSerArgCysArgAspMetAlaThrAlaPheGlyGly65707580240cc3ggcProGly33tAsngtgValescHis85TyrAlatctSer333LysgcgAla90ttcPhectgLeusecThr3sgLys3CCThr953ttlie288gescgtAlaArgtggTrpgttVal100Aspg33GlugagGlugggGlyctgLeu105AlactgLeuAsp3ttliegcaAla110tecSeratelie336gssAsnGluctg115ggcGlyatt工legecAlactgL>eugecAla120getAlaggtGlyttcPhecccProgecAla1253gcSercgtArg3tc工le384secgcgThrAla130C3CHisggcGlyAsnAsn333Lys135ggcGlyGluttcPhectgLeu140cgcArggcgAlattgLeugttVal432GinAsn145ggtGlygtgValGlyC3CHis150gtgValgtgValctgLeuAsptecSer155AlaGing33GluCt3LeugaaGlu160480ctgttggattacgttgecgetggtgaa_ggcaagattca_ggacgtgttgLeuLeuAspTyrValAlaAlaGlyGluGlyLyslieGinAspValLeu165170175528stccgc工leArggtaValnag!Lys180CC3ProggcGly3七C工leGluAla185C3CHis3CCThrescHisgagGluttcPhe190ateliegecAla576actsgcThrSerC3CHis195GlugacAspGin33gLysttcPhe2〇0ggaGlyttcPhetecSerctgLeugcaAla205tecSerggtGlytecSer624gca_ttcAlaPhe210Glugc3AlaAlagecAla215gecAlaAsnAsnAlag33Glu220AsnctgLeuAsnctgLeu672gttggcValGly225ctgLeuC3CHistgcCysC3CHis230gttValggtGlytecSerGingtgVal235ttcPheAspgecAlaGluggcGly240720ttc33gPheLysctgLeugenAlagcaAla245gaaGlucgcArggtgValttgLeuggcGly250ctgLeuTyrteaSercagGinclie255C3CHis768agegasSerGluctgLeuggcGly260gttValgecAlacttLeucctProGlu265ctgLeuAspetc!LeuggtGlyggcGly270GlyTyr816ggcsttGlyliegecAla275TyrsecThrAlagetAlag33Glu280g33GluCC3ProetcLeuAsngtcVal285A丄aGlugttVal864gectecgacctgetcaccgcagtcggaaaaatggcagcggaacta_ggcAlaSerAspLeuLeuThrAlaValGlyLysMetAlaAlaGluLeuGly9122953003tcgsclieAsp305AlaCC3Pro3CCThrgtgVal310cttLeugttValGlucccggccgcProGlyArg315getAla3tClieAlaggcGly320960ccctecProSersecThrgtgVal3CCThr3253tclieTyrGlugtcValggcaccsecGlyThrThr330333LysAspgtcVal335C3CHis1008gtagacgacgacaaaacccgccgttacategecgtggacggaggcatgValAspAspAspLysThrArgArgTyr工leAlaValAspGlyGlyMet3403453501056tecgscSerAspAsn355atecgclieArgCC3gc3ProAlsetc!Leu360t3CTyrgggtecgaaGlySerGlutacTyr365AspgecAlacgcArg1104gtagtateccgcttcgecgaaggagacccagtaageacccgcategtgValValSerArgPheAlaGluGlyAspProValSerThrArglieVal3703753801152ggcteccactgcgaatecggcgatatectgateaacgatgaaatetscGlySerHisCysGluSerGlyAsplieLeulieAsnAspGlu工leTyr3853903954001200ccatctgacateaccageggcgacttccttgcaetcgcagecaccggcProSerAsplieThrSerGlyAspPheLeuAlaLeuAlaAlaThrGly4054104151248gcatactgctacgecatgageteccgctacaacgecttcacaeggcccAlaTyrCysTyrAlaMetSerSerArgTyrAsnAlaPheThrArgPro4204254301296gecgtcAlaValgtgVal435tecgtccgcgetSerValArgAlaggcGly440a^gcSerteccgcetcSerArgLeuatgMet445ctgLeucgcArgcgcArg1344gaa3egetcgscga^cstcetctc3ctsGluThrLeuAspAsplieLeuSerLeu450455gsggest33cgcttttcgscgcctgs1397GluAla1400<210><211><212><213>44459PRT谷氨酸棒桿菌<400>44ProAlsPro1GlyTrpArgPheArgThrGlyGluAspVal510ThrMetAla15ThrValGluAsn20PheAsnGluLeuProAlaHisValTrpProArgAsn2530AlaValArg35GinVal40ValThrValAlaGly45ValProLeuGluAspGlyProAspLeuAlaGluGluTyrGlyThrProLeuPheValValAspGlu5055AspAspPheArgSerArgCys6570ProGlyAsnValHisTyrAla85AlaArgTrpValAspGluGlu100AsnGluLeuGly工leAlaLeu115ThrAlaHisGlyAsnAsnLys130135GinAsnGlyValGlyHisVal145150LeuLeuAspTyrValAlaAla165lieArgValLysProGlylie180ThrSerHisGluAspGinLys195AlaPheGluAlaAlaLysAla210215ValGlyLeuHisCysHisVal225230PheLys!LeuAlaAlaGluArg245SerGluLeuGlyValAlaLeu260GlylieAlaTyrThrAlaAla275AlaSerAspLeuLeuThrAla290295lieAspAlaProThrValLeu305310ProSerThrValThrlieTyr325ValAspAspAspLysThrArg340SerAspAsnlieArgProAla355ValValSerArgPheAlaGlu370375ArgAspSerLysGlyLeu105AlaAla120MetAla90Ala7560ThrAlaPhePheLeuThrLysGlyGly80Thr工le95AlaLeuAsp工leAlaSer工le110GlyPheProAlaSerArg工le125GlyValGluPheLeuArgAlaLeuVal140ValLeuAspSerAlaGinGluLeuGlu155160GlyGluGly!LyslieGinAspValLeu170175GluAlaHisThrHisGluPhelieAla185190PheGlyPheSerLeuAlaSerGlySer200205AlaAsnAsnAlaGluAsnLeuAsn!Leu220GlySerValLeuProGlu265GluGlu280GinVal235GlyLeu250PheAspAlaTyrSerGinGluGly240lieHis255LeuAspLeuGlyGlyGlyTyr270ProLeuAsnValAlaGluVal285ValGlyLysMetAlaAlaGluLeuGly300ValGluGluValArgTyr345LieuTyr360ProGly315GlyThr330lieAlaValArgAlalieThrLysAspAspGlySerGluTyr365Gly350AspAlaGly320ValHis335GlyMetAlaArgGlyAspProValSerThrArg工leVal380GlySer385ProSerHisCysGluAspAlaTyrCyslieThr405TyrAla420SerGlyAsplieLeu390SerGlyAspPheMetSerSerArg425Leu410工leAsn395AspGlulieAlaLeuAlaAlaTyrAsnAlaPheThr415Thr430Tyr400GlyArgProAlaValVal435SerValArgAlaGly440SerSerArgLeuMet445!LeuArgArgGluThrLeuAspAsplieLeu450455Ser!LeuGluAla<210><211><212〉<213>452121DNA谷氨酸棒桿菌<220><221〉<222><223>CDS(101),.(2098)RXA02653<400>45agscagagtgttagtgcgtggggcagctctcactttcatcgacatcactcgagtatgctc603ccggccgt3ttc3ttcc33t33cccgc3c3ggg533ct35tg3t3ccgMetlieProLysPro5115gacgtgaccgacttatatttagaggacetcttaaatgagggtteggaaAspValThrAspLeuTyr!LeuGluAspLeuLeuAsnGluGlySerGlu101520163aagatteggtecgecaaggatctttecgaacttaggacagttetaaaa_LyslieArgSerAlaLysAspLeuSerGluLeuArgThrValLeuLys253035211cgcgettectacgaagggcgtgacageetaateggatttgatcacttaArgAlaSerTyrGluGlyArgAspSerLeulieGlyPheAspHisLeu70758085355gecegggaaatggaaagattagecttcggcccaccatecgaaagttttAlaArgGluMetGluArgLeuAlaPheGlyProProSerGluSerPhe9095100403gaatacetccaagaaetcgtaaaatecggagtggtagacateactcacGluTyrLeuGinGluLeuValLysSerGlyValValAsplieThrHis105110115451gtttecteccaaattcaggaacga_getgggaaaaaagatValSerSerGinlieGinGluArgAlaGlyLysLysAsptggggaatgggggecacttggegggagctgtaccccageategtgTrpGlyMetGlyAlaThrTrpArgGluLeuTyrProSer工leVal556065gGgGctgcatcgtggcegggaaccactgacagatttagttcgtgaacttgaa499LeuHisArgGlyArgGluProLeuThrAspLeuValArgGluLeuGlu120125130ataactgtggtgatagacgetgttcttcccccgccgggagtagtgcca547lieThrValVallieAspAlaValLeuProProProGlyValValPro13514〇145ggcacattggtgcacaatttggtaaaagagggatatgecagaatgcgt595GlyThrLeuValHisAsnLeuValLysGluGlyTyrAlaArgMetArg150155160165ca3cgsGinArgcatHisttg!Leu185getAlaAlagtcValGlyeggArg1903tgacggasgatMetThrGluAspgtgVal195gttValttgLeu691ggtaatgacacattgtegcgateattacatgacataateccgaagtggGlyAsnAspThrLeuSerArgSerLeuHisAsp工le工leProLysTrp200205210739getcgtcgagttatecgcgacgcgageacgtatcccgatagggtacatAlaArgArgVallieArgAspAlaSerThrTyrProAspArgValHis215220225787ggtactGlyThr230CC3ProccgProcttccggcaeggttggaaccctgggcggaaaagetcLeuProAlaArgLeuGluProTrpAlaGluLysLeu235240245835actteagatccggecacatgccgccacctgattgaagaattcgggagtThrSerAspProAlaThrCysArgHisLeulieGluGluPheGlySer250255260883cctgtgProValAsngtaVal265etcLeuestHisteaSerggtGlytctSer270stgcctcgt3atMetProArgAsnlie27533tAsngagGlu931ttggttgacgecggc3ttcagatgggggtggatactcgaatattttttLeuValAspAlaGlylieGinMetGlyValAspThrArg工lePhePhe280285290979geccgcaaagcgaataagggtcttaccttcgttgatgecgttaaa_gacAlaArgLysAlaAsnLysGlyLeuThrPheValAspAlaValLysAsp2953003051027accggtcatggtgtagatgtagecagtgaacgagagttatctcaggtgThrGlyHisGlyValAspValAlaSerGluArgGluLeuSerGinVal3103153203251075cttaatcgtggagtcccaggagageggateattetatecgcagetateLeuAsnArgGlyValProGlyGluArglielieLeuSerAlaAla工le3303353401123333ccgLysProAspArg345C七3LeuttggesLeuAlattagcgLeuAla350ategaaaatggclieGluAsnGlygtgVal355lie工le1171cctgggactegggggttagatgtagcggetgacggcaccgttcaaProGlyThrArgGlyLeuAspValAlaAlaAspGlyThrValGin170175180gyg1gG183<table>tableseeoriginaldocumentpage184</column></row><table>TyrLeuValGlyAlaTyrCyslieGluAspGluLeu工leLeuArgArg600605610cgaArglie615cgcArgttcPheccgPro3g3ArgggaGly620gtcValLysCC3ProggaGlyAsp6253tC工lestcgg33ttlieGlylie1987cctaacaccgcaggatacttcatgcatatettggaaagtgcategcacProAsnThrAlaGlyTyrPheMetHis工leLeuGluSerAlaSerHis6306356406452035caaateccgttggcgaaaaatgtagtgtggccggaggggcagttagacGinlieProLeuAlaLysAsnValValTrpProGluGlyGinLeuAsp6506556602083gatAsp3tC工leAspgcgAla665gatAsptaagacataaccattcgctaate2121<210>46<211>666<212>PRT<213〉谷氨酸棒桿菌<400>46Met工leProLysProAspValThrAspLeuTyrLeu10GluAspLeuLeu15AsnGluGlySerGluLyslie20ArgSerAlaLysAsp25!LeuSerGlulieu30ArgThrVal35Leu!LysGluValSerSerGinlieGin40GluArgAlsGly45ProSerlie65ValGluArgAlaSerTyrGluGlyArgAspSerLeulie7〇7580GlyPheAspProSerGluHisLeuAlaArgGluMetGluArgLeuAlaPheGlyPro859095SerPheGluTyrLeuGinGluLeuValLysSerGlyVal100105110ValAsplie115ThrHis!LeuHisArgGlyArgGluProLeuThrAspLeu120125ValArgGlu130LeuGlu工leThrValVallieAspAlaValLeuProPro135140ProGlyValValProGlyThrLeuValHisAsnLeuVal!LysGluGly145150155160TyrAlaArgGlyThrValMetArgProGlyThrArgGlyLeuAspValAlaAlaAsp165170175GinGlyGinArgHisLeuAlaAlaValGlyArgMetThr180185190GluGluTrpGlyMetGlyAlaThrTrpArgGluLeuTyr5560GluAspValValLeuGlyAsnAspThrLeuSerArgSerLeuHisAsp195200205lielieProLysTrpAlaArgArgVallieArgAspAlaSerThrTyr210215220ProAspArgValHisGlyThrProProLeuProAlaArgLeuGluPro225230235240TrpAlaGluLysEeuThrSerAspProAlaThrCysArgHisLeu工le245250255GluGluPheGlySerProValAsnValLeuHisSerGlySerMetPro260265270ArgAsn工leAsnGluLeuValAspAlaGly工leGinMetGlyValAsp275280285ThrArg工lePhePheAlaArgLysAlaAsnLysGlyLeuThrPheVal290295300AspAlaValLysAspThrGlyHisGlyValAspValAlaSerGluArg305310315320GluLeuSerGinValLeuAsnArgGlyValProGlyGluArglie工le325330335LeuSerAlaAlalieLysProAspArgLeuLeuAlaLeuAla工leGlu340345350AsnGlyVal工le工leSerValAspSerArgAspGluLeuAspArglie355360365SerAlaLeuValGlyAspArgValAlaArgValAlaProArgValAla370375380ProAspProAlaValLeuProProThrArgPheGlyGluArgAlaAla385390395400AspTrpGlyAsnArgLeuThrGluVallieProGlyValAsplieVal405410415GlyLeuHisValHisLeuHisGlyTyrAlaAlaLysAspArgAlaLeu420425.430AlaLeuGinGluCysCysGinLeuValAspSerLeuArgGluCysGly435440445HisSerProGinPhe工leAspLeuGlyGlyGlyValProMetSerTyr450455460工leGluSerGluGluAspTrp工leArgTyrGinSerAlaLysSerAla465470475480ThrSerAlaGlyTyrAlaGluSerPheThrTrpLysAspAspProLeu485490495SerAsnThrTyrProPheTyrGinThrProValArgGlyAsnTrpLeu500505510186LysAspLeuArg530ValThr545Val515!LeuSerLysLeuHis工leGluGlyValAla520ProGlyArg535GinMetLeuSerLeuLeuProLeuValAspAspPheGluGluLeu工le610Asp工le625工le595LeulieAlaGluVal550GlyLeuAla565LeulieAsp580GluAlaTyrArgArgArgAlaPheValLysMetAsnArgThr570Thr555GinProLeuHis585EeuValGly600工leArgPhe615lieThrAlaProTyrArgLeu540ArgCysAspCysGly620工le525AspSerArgGlyAspGlyAspThrArgCysGlyThr575GlyGlyLeu560SerAsp590ValGlyGluAspGluValLysProGlylie605GluSerAlaGluGlyGinGlyliePro630SerHisGin645AsnThrAlaGlyTyrPheMetHislieLeu635640工leProLeuAlaLysAsnValValTrpPro650655LeuAspAsplieAspAlaAsp660665<210>47<211〉993<212〉DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)..(970)<223>RXA01393<400>47caaaagcagacctgtaatgaagatttccatgatcaccatcagtaaaatgattggttcttaacatggtttaatatagcttcgtgscctstgg33gt3ctt3603tgMetctgLeutecSergetAlaAspLeuetcLeusetThrgecAlagagGlu40ttgLeucttLeu25estHisetcLeu10tecSertC3SerlieC3CHisgtgVal3tc工letecSerggtGlyliecccProcgaArg45gatAsptegSer30gtgValGlu15gcgAlattgLeuggcGlygtgValgt3ValSerSertegAsnttcPhec3gGincgcArg50cccProGlucgcArg35ThrattlieggcGly20gttValGin115Gingec163Ala333211Lysccg259Progecaaagcaaccgaagcgggtgaagtccttgtgcaagcagcgeggaaa307AlaLysAlaThrGluAlaGlyGluValLeuValGinAlaAlaArgLys556065atggtgttgctgcaagcagaaactaaagcgcsaetatctggacgccttMetValLeuLeuGinAlaGluThrLysAlaGinLeuSerGlyArgLeu70758085355getgaaateccgttaaccategecateaacgcagattegetatecacaAlaGlulieProLeuThrlieAlalieAsnAlaAspSerLeuSerThr9095100403tggtttcctcccgtgttcaacgaggtagettcttggggtggagcaaegTrpPheProProValPheAsnGluValAlaSerTrpGlyGlyAlaThr105110115451etc3cgctgcgcttggsagatgssgcgesc3C3tt3tecttgctgeggLeuThrLeuArgLeuGluAspGluAlaHisThr!LeuSerLeuLeuArg120125130499cgtggagatgttttaggagcggtaacccgtgaagetaatcccgtggcgArgGlyAspValLeuGlyAlaValThrArgGluAlaAsnProValAla135140145547acccccteattgegggatgectacatggttgatgggaaaetagattggThrProSerLeuArgAspAlaTyrMetValAspGlyLysLeuAspTrp170175180643getgcgatgcccgtcttscgcttcggtcccAlaAlaMetProValLeuArgPheGlyPro185190!LysgstgtgAspValcttLeu195GinAsp691cgtgacctggacgggcgcgtcgatggtcctgtggggcgcaggcgcgtaArgAspLeuAspGlyArgValAspGlyProValGlyArgArgArgVal200205210739tecattgtcccgteggcggaaggttttggtgaggcaattcgccgaggcSer工leValProSerAlaGluGlyPheGlyGluAlalieArgArgGly215220225787cttggttggggacttcttcccgaaacccaagetgetcccatgetaaaaLeuGlyTrpGlyLeuLeuProGluThrGinAlaAlaProMet!Leu!Lys230235240245835gcaggagaagtgateetcetcgatgagatacccattgacacaccgatgAlaGlyGluVallieLeuLeuAspGlulieProlieAspThrProMet250255260883tattggcaacgatggcgcctggaatctagatctetaget3gaetcacaTyrTrpGinArgTrpArgLeuGluSerArgSerLeuAlaArgLeuThr265270275931ga^cAspgecAlagtcVal280gttgatgcagcaValAspAlaAla3tcgsgggsttgeggcctlieGluGlyLeuArgPro285290tsgttscttc980993ggatgtgaagtagtagaacttggaaccatgcgccacttggecattGlyCysGluValValGlu!LeuGlyThrMetArgHisLeuAlalie150155160gA<210>48<211>290<212>PRT<213>谷氨酸棒桿菌<400>48MetAsnProlieGinLeuAspThrLeuLeuSer1510SerPheGluGlyAlaSerLeuAlaLeuSer工le2025SerGinArgValLysAlaLeuGluHisHisVal3540SerArgThrGinProAlaLysAlaThrGluAla5055GinAlaAlaArgLysMetValLeuLeuGinAla657075LeuSerGlyArgLeuAlaGlulieProLeuThr8590工lelieAspGluGly15SerProSerAlaVal30GlyArgValLeuVal45Gly60GluValLeuValGluThrLyslieAlalieAl3Gin80AsnAla95AspSerLeuSerThrTrpPheProProValPheAsn100105TrpGlyGlyAlaThrLeuThrLeuArgLeuGluAsp115120LeuSerLeuLeuArgArgGlyAspValLeuGlyAla130135140AlaAsnProValAlaGlyCysGluValValGluLeu145150155HisLeuAlalieAlaThrProSerLeuArgAspAla165170GlyLysLeuAspTrpAlaAlaMetProValLeuArg180185AspValLeuGinAspArgAspLeuAspGlyArgVal195200GlyArgArgArgValSerlieValProSerAlaGlu210215220AlalieArgArgGlyLeuGlyTrpGlyLeuLeuPro225230235AlaProMetLeuLysAlaGlyGluVallieLeuLeu245250lieAspThrProMetTyrTrpGinArgTrpArgLeu260265LeuAlaArgLeuThrAspAlaValValAspAlaAla275280GluValAlaSer110Glu125AlaHisThrVa丄ThrArgGluGlyTyrThrMetMetArg160ValAsp175PheGlyProLys190Asp205GlyProValGlyPheGlyGluGluThrAspGluGlulie285Ser270GluGinAla240liePro255ArgSerGlyLeu189ArgPro290<210><211><212〉<213>491626DNA谷氨酸棒桿菌<220〉<221><222><223>CDS(101)..(1603)RXA00241<400〉49ggtetccagectttctaaacaattcatctgcacttgattaattggccccaagattacgeg60aagtttagcgacttcgccgtacgtcaa_ctacgttaaatgagtgVal33tAsnsetThrGinteaSer5115gsttctAspSergcgAlagggGlytctSer10GinggtGlyAlagcgAlagecAla15ThragtSercgtArg3CtThrVal20tctSer163aittagalieArg3CCThretcLeu25ateliegcgAlactgLeulie工le30GlytegSer3CCThrgtcValggcGly35AlaggaGly211sttttc工lePhetecSer403tCliecctProGinAsn3tClie45ggcGlyteaSergtcValgc3AlaggtGly50cccProggcGlygcgAla2593tgetcMetLeu553tC工leggcGlytggTrpctgLeuate工le60gecAlaggtGlygtgValggcGlyatgMet65七tgLeutecSergta_ValgcgAla307ttcgtgPheVal70ttcPheC3tHisgttValcttLeu75gecAlacgcArgcgtArgcctPro80escHisetcLeug己tAsptctSerggcGly85355gtctacgcatatgcgcgtgttggattgggcgattatgtaggtttctecValTyrAlaTyrAlaArgValGlyLeuGlyAspTyrValGlyPheSer9095100403tecgettggggttattggctgggtteagtcategeccaagttggctacSerAlaTrpGlyTyrTrpLeuGlySerVallieAlaGinValGlyTyr105110115451gcaacgAlaThrLeu120tttPhettcPhetecSeracgThrttgLeu125GlyC3CHist3CTyrgt3ValccgPro130ctgLeutttPhetecSer499essgstGinAsp135C3tHisCC3ProtttPhegtgValteaSer140gcgAlattgLeuAlagttValSer145getAlattglieuThrtggTrp547ctggtgLeuVal150tttPheggaGlygttValgttVal155tecArgggaGly3tt工leageSer160GingetAlagetAlattcPhettgLeu1655953C33cgThrThrgtcVal3CCThr3CCThr170gtgValgccAla333!Lysattliectg.Leu175cctProctgLeuttgLeutgcCysttcPhe180工le643stccttlieLeugttValgc3Ala185ttcPhettgLeuggcGlytttPheageSer190tggTrpgagGlu33gLysttcPhe3CtThr195gttValgatAsp691ttatgggcgcgtgatggtggcgtgggcageatttttgatcaggtgcgcLeuTrpAlaArgAspGlyGlyValGlySerliePheAspGinValArg200205210739ggcateatggtgtacaccgtgtgggtgttcateggtategaaggtgcaGlylieMetValTyrThrValTrpValPhelieGly工leGluGlyAla215220225787teggtaSerVal230tatTyrtecSercgcArgcagGin235gcaAlacgcArgteaSercgcArgSer240AspgtcValageSerArggetAla245835accgtgThrValattlieggtGlytttPhe250gtgValgetAlagttValetcLeucttLeu255ttgLeuctgLeugtgValtegSeratt工le260tctSer883tegctgSer!LeuSerttcPhe265ggtGlyValctgLeu3CCThrGin270GinGluetcgetgcgAlaAla275tt3LeuPro931gataattecatggcgteggtgetcgaagetgttgttggtccatggggtAspAsnSerMetAlaSerValLeuGluAlaValValGlyProTrpGly280285290979gccgcaAlaAla295ttgLeulietegSerttgLeuggtGly300ctgLeutgtCysctt!LeutegSergttVal305cttgggLeuGlygccAlat3tTyr1027g3tggcetcsttccssgcstcggggccstc33csgccgcggtget1123AspGlyLeulieProSerLys工leGlyAlalieAsnSerArgGlyAla330335340gcctggatggetcagctgatetecaccategtgattcagattttcate1171AlaTrpMetAlaGinLeu工leSerThr工leVal工leGinliePhelie345350355ateattttcttcetcaacgagaccacctacgtctecatggtgcaattg1219lie工lePhePheLeuAsnGluThrThrTyrValSerMetValGinLeu360365370getaccaacetatacttggtgccttacctgttctctgccttttatctg1267AlaThrAsn!LeuTyrLeuValProTyrLeuPheSerAlaPheTyrLeu375380385acacgttttgatgattecggtccagagatateccgccgagaaaaccgc1363tectggcagatgetctgcgcagaaccactggcgttgatggcaatg1075SerTrpGinMetLeuCysAlaGluProLeuAlaLeuMetAlaMet315320325atgctggcaacacgtggaaaaggaateacccacccacatgccggc1315MetLeuAlaThrArgGlyLysGlylieThrHisProHisAlaGly395400405g1ot31gV3CIOtnj9gV3SerGlyProGlulieSerArgArgGluAsnArg410415420C3Cetc3tcgtcggttt3gtsgesacggtgtsttcsgtgtggctgLysHisLeulieValGlyLeuValAlaThrValTyrSerValTrpLeu4254304351411ttt七3Cgetgesg33ccgC3gtttgtcetcttcggsgecstggcgstgPheTyrAlaAlaGluProGinPhe'ValLeuPheGlyAlaMetAlaMet4404454501459cttcccggctta_ateccctatgtgtggacaaggatttatcgtggcgaaLeuProGlyLeu工leProTyrValTrpThrArg工leTyrArgGlyGlu4554604651507caggtgtttaaccgctttgaaateggcgtggttgttgtcctggtcgttGinValPheAsnArgPheGlulieGlyValValValValLeuValVal4704754804851555getgecagegcgggcgttsttggtttggtcaacggateaetategcttAlaAlaSerAlaGlyVallieGlyLeuValAsnGlySerLeuSerLeu4904955001603taaacaccgaaaccttcctgeta1626<210〉50<211>501〈212>PRT<213>谷氨酸棒桿菌<400>50ValAsnThr1GinSerAspSerArgThrValSer工le20ThrValGlyAlaGly工le35AlaGly50MetLeu65HisLeuTyrValProGlyAlaMetSerValAlaPhe.70AspGlySerGlyVal85Phe100SerSerAlaGinValGlyTyrAla115ValPro130SerAh145LeuPheSerGinSerAlaGlySerGinGlyAh10ArgThrLeu工leAlaLeu工le25PheSerlieProGinAsnlie4045LeulieGlyTrpLeulieAla5560ValPheHisValLeuAlaArg75TyrAlaTyrAlaArgValGly90AlaTrpGlyTyrTrp!LeuGly105ThrLeuPhePheSerThrEeu120125AspHisProPheValSerAla135140LeuThrTrpLeu150AlaAlaThr15lieGlySer30GlySerValGlyValGlyArgLysPro80LeuGlyAsp95SerVal工le110GlyHisTyrLeuAlaValValPheGlyValValSerArgGly工leSer155160192GinAlaAlaPheLeuThrThrValThrThrValAlaLyslieLeuPro165170175LeuLeuCysPhe工le工leLeuValAlaPheLeuGlyPheSerTrpGlu180185190LysPheThrValAspLeuTrpA上aArgAspGlyGlyValGlySer工le195200205PheAspGinValArgGlylieMetValTyrThrValTrp210215220Gly工leGluGlyAlaSerValTyrSerArgGinAlaArgSer225230235ValPhe工leAspValSerArgAlaThrVal工leGlyPheValAlaValLeu245LeuValSerlieSerSerLeuSerPhe260265LeuAlaAlaLeuProAspAsnSerMet275280ValGlyProTrpGlyAlaAlaLeulie290295ValLeuGlyAlaTyrValSerTrpGin305310AlaLeuMetAlaMetAspGlyLeulie325AsnSerArgGlyAlaAlaTrpMetAla340345工leGinliePhelielie工lePhePhe355360SerMetValGinLeuAlaThrAsnLeu370375SerAlaPheTyrLeuValMetLeuAla385390HisProHisAlaGlyThrArgPheAsp405ArgArgGluAsnArgLysHisLeulie420425TyrSerValTrpLeuPheTyrAlaAla435440GlyAlaMetAlaMetLeuProGlyLeu450455lieTyrArgGlyGluGinValPheAsn465470250GlyValLeuAlaSerValSerLieuGly300MetLeuCys315ProSerLys330Thr3Leu285Gin270ArgSer240LeuLeu255GinGluGluAlaValLeuCysLeuSerAlaGlulieGlyGinLeulieSerThr350ProLeu320Alalie335工leValLeuAsnGluThrThrTyrVal365TyrLeuVal380ThrArgGly395AspSerGly410ValGlyLeuGluProGinlieProTyr460ArgPheGlu475ProLysTyrGlyProGluValAla430PheVal445ValTrplieGlyLeuPhelieThr400lieSer415ThrValLeuPheThrArgValVal480ValValLeuValValAlaAlaSerAlaGlyVal485490lieGly!LeuValAsn495GlySerLeuSerLeu500<210><211〉<212><213>51822DNA谷氨酸棒桿菌<220><221><222><223>CDS(101)..(799)RXA01394<400>51gagcaaagtgtccagttgaatggggttcatgaagctatatta^3ccatgttasgsaccsa60tc3tttt3ctt33gtscttccstsggtcscgatggtgstc3tgMetg33Glu工lettcPhe3ttlie51153C3ThrggtGlyctgcttLeuttg10gggGlygccAlaSercttLeuLeu15ctg!LeutecSer3tClieggaGlyccgPro20Gin16333tAsngt3ValctgLeugtgVal253tt工leC33GinggaGly3tt工le30sagcgcArggasGluGlyetcLeu353ttliegcgAla211gttValcttLeuetcLeu40gtgValtgtCysttaLeu3ttlietctSer45AspgtcValtttPhettgLeuttcPhe503tcliegccAlaggcGly259a^ccThrttgLeu55ggcGlygttValAspctt[LeuttgLeu60tecSerAsngccAlagcgAlaccgPro653tC工legtgValetcLeuAsp307attatgcgctggggtggcategettacctgttatggtttgccgtcatg工leMetArgTrpGlyGly工leAlaTyrLeuLeuTrpPheAlaValMet70758085355gcaAlagcgAlaLysAspgccAla90MetThrAsngtgVal95GlugcgAlaCC3ProGinatelie1003ttlie403GluGluThrGlu105CC3Pro3CCThrgtgValcccProAsp110Asp3cgThrcctProttgLeuggcGly115ggtGlytegSer451gcgAlagtgValgccAla1203CtThrAspThrcgcArgAsn125eggArggtgValegggtgValgagGlu130gtgVal3gcSergtcVal499AspLys135cagGineggArggttValtggTrpgtaVal140sagLyscccPro3tgMetttgLeuatggesMetAla1453tCliegtgValctgLeu547acctggttgaacccgaatgcgtatttgga_cgcgtttgtgtttateggc595194ThrTrpLeuAsnProAsnAlaTyrLeuAspAlaPheValPhe工leGly150155160165ggcGlygtcValggcGlygcgAlaGin170t3CTyrggcGlygacAsp3CCThrggaGly175eggtgg3ttArgTrp工lettcgecgetPheAlaAla180643ggcGlygcgAlattcPhegcgAla185gcaAlaageSerctgLeu3tc工letggTrp190ttcPheccgctggtgProLeuValggtttcggcGlyPheGly195691gcaAlagcaAlagca_Ala200ttgLeuteaSercgcArgccgProctgLeu205tecSerageSercccaaggtgProLysVal210tggcgctggTrpArgTrp7393tClieAsn215gtcValgtcValgtgValAlagttVal220gtgValMet3CCThrgc3ttggecAla!LeuAla2253tCctg工leLysLeu787atgttgatgggttagttttegegggttttggaateMetLeuMetGly230822<210><211><212><213>52233PRT谷氨酸棒桿菌<400>52MetGlu工lePhelieThrGlyLeuLeuLeu10SerlieGlyProGinAsnValLeuVallie20GlyAlaSerLysGinGlyGluGlyLeu35lieAlaValLeuPhe50Pro工le65lieAlaGlyThrValILeuTrpPheAlaValAsplie70MetAla85Leu!Leu40I>euGly55MetArgAlaLys25ValValTrpCysAspGlyLeu工leSer45LeuLeuSer60Gly工leAla75AspAlaMetThrAsn9〇AlaProGinlie工leGluGluThrGluProThrValPro100ProLeuGlyGlySerAla115ValGlu130MetAla145ValSerValAsplieValLeuThr150PheValPhelieGlyGlyValAla120LysGin135TrpLeuValGly105ThrAspArgValAsnProThrArgAsn125TrpValLys140AsnAlaTyr155LeuLeuLeu15lieLysArg30AspValPheAsnAlaAlaTyrLeuLeu80LysValGlu95AspAspThr110ArgValArgProMetLeuLeuAspAla160AlaGinTyrGlyAspThrGlyArgTrp工lePheAla180165AlaGlyAla170PheAlaAlaSerLeu185工le175TrpPhePro190LeuValGlyPheGlyAlaAlaAlaLeuSerArgProLeu195200205SerSerPro!LysVal210LeuAla225TrpArglie!LysTrplieAsn215LeuMetLeu230ValValValAlaVal220MetGlyValMetThrAla<210〉<211><212〉<213>531026DNA谷氨酸棒桿菌<220><221〉<222><223>CDS(101)..(1003)RXA00865<400>53ttatcggaatgtggcttgggcgattgttatgcaaaagttgttaggttttttgcggggttg60tttaacccccaaatgagggaagaaggtaaccttgaactctatgageacaggtMetSerThrGlytt3Leu5115acagetaagaccggagtagagcacttcggcaccgttggagtagcaatgThrAlaLysThrGlyValGluHisPheGlyThrValGlyValAlaMet101520163gttactccattcacggaatecggagacategata_tcgetgetggccgcValThrProPheThrGluSerGlyAsp工leAsplieAlaAlaGlyArg253035211gcgggcsecsetggtga_a_tecccsscgscs3ccgecgetgssctsAlaGlyThrThrGlyGluSerProThrThrThrAlaAlaGluLysLeu556065307gaactgetcaaggecgttcgtgaggaagttggggategggcgaagetcGluLeuLeuLysAlaValArgGluGluValGlyAspArgAlaLysLeu70758085355ategecggtgtcggaaccaacaacacgeggacatctgtggaacttgcglieAlaGlyValGlyThrAsnAsnThrArgThrSerValGluLeuAla9095100403gaagetgetgettctgetggcgcagacggccttttagttgtaactcctGluAlaAlaAlaSerAlaGlyAlaAspGlyLeuLeuValValThrPro105110115451tattactecaagccgagecaagagggattgctggcgcacttcggtgca_499gtcgcggettatttggttgataagggcttggattctttggttetc259ValAlaAlaTyrLeuValAspLysGlyLeuAspSerLeuValLeu40455003ua1gG196TyrTyrSerEysProSerGinGluGlyLeuLeuAlaHisPheGlyAla120125130attgetgcagcaacagaggttccaatttgtetctatgacattcctggt547lieAlaAlaAlaThrGluValPro工leCysLeuTyrAsp工leProGly135140145eggteaggtattccaattgagtctgataccatgagacgcctgagtgaa595ArgSerGly工lePro工leGluSerAspThrMetArgArgLeuSerGlu150155160165gecacgteattgateaaagaaacgggacttgectggtatteaggcgat691AlaThrSerLeulieLysGluThrGlyLeuAlaTrpTyrSerGlyAsp185190195gacccaetaaaccttgtttggcttgetttgggcggateaggtttcatt739AspProLeuAsnLeuValTrpLeuAla!LeuGlyGlySerGlyPhelie2〇0205210tecgtaattggacatgcageccccacagcattacgtgagttgtacaca787SerVallieGlyHisAlaAlaProThrAlaLeuArgGluLeuTyrThr215220225agettcgaggaaggcgacetcgtccgtgcgegggaaatea_scgecaaa835SerPheGluGluGlyAspLeuValArgAlaArgGlulieAsnAlaLys230235240245etateaccgctggtagetgeccaaggtcgcttgggtggagtcagettg883LeuSerProLeuValAlaAlaGinGlyArgLeuGlyGlyValSerLeu250255260gcaaaagetgetctgcgtctgcagggcateaacgtaggagatcctcga931AlaLysAlaAlaLeuArgLeuGinGlylieAsnValGlyAspProArg265270275cttccaattatggetccsastgsgcaggsscttgsggetetccgsgaa979LeuPro工leMetAlaProAsnGluGinGluLeuGluAlaLeuArgGlu280285290gacatgaaaaaagetggagttetataaatatgaatgattcccgaaat1026AspMetLysLysAlaGlyValLeu295300<210>54<211>301<212>PRT<213>谷氨酸棒桿菌<400>54MetSerThrGlyLeuThrAlaLysThrGlyValGluHisPheGlyThr151015ValGlyValAlaMetValThrProPheThrGluSerGlyAsplieAsp202530lieAlaAlaGlyArgGluValAlaAlaTyrLeuValAspLysGlyLeuttacctacgattttggcggtcaaggacgecaagggtgacetcLeuProThr工leLeuAlaValLysAspAlaLysGlyAspLeu170175t1ogI>13540AlaAspSerLeuValLeu50AlaAlaGluLysLeu65AspArgAlaLysLeu85SerValGluLeuAla100LeuValValThrPro115AlaHisPheGlyAla130Glu70lieGlulieGlySerGlyPhelie210ArgGlu!LeuTyi:Thr225GlulieAsnAlaLys245SerSer230GlyThrThr55LeuLeu!LysAlaGlyValGlyGluSer6045ProThrThrThrAlaValArgGluGlu75Gly90ThrAsnAsnThrValGly80ArgThr95AlaAlaAla105TyrSerLys120SerAlaGlyAlaAspGlyLeu110ProSerGinGluGlyLeu!Leu125AlaAlaAlaThrGluValPro工leCysLeu135140TyrAsp工leProGlyArg145150ArgArgLeuSerGluLeu165GlyAspLeuValAlaAla180TrpTyrSerGlyAspAsp195SerGlyliePro工leGluSerAsp155ProThrlieLeuAlaVal!LysAsp170ThrMet160Ala!Lys175ThrSerLeu185ProLeuAsn200Val工leGly215lieLysGluThrGly!LeuAla190LeuValTrpLeuAlaLeuGly205HisAlaAla220ProThrAlaLeuPheGluGluGlyAspLeuVal235LeuSerProLeuValAlaAlaGin250ArgGlyAlaArg240ArgLeu255GlyGlyValValGlyAsp275GluAlaLeu290SerEeuAla260ProArgLeuArgGluAspLysAlaAla265ProlieMet280MetLysLys295LeuArgEeuGinGly工leAsn270AlaProAsnGlu285GinGluLeuAlaGlyValLeu300<210>55<211>1071<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)..(1048)<223>RXS02021<400>55ttgggtcgccgaggagatctaatcctggtttgagttcagagttcacaggtttaagcctac60aaaccttagttaaaacatgatggaagcggtcgattaaaaaatgagtgaaaacattMetSerGluAsn工le15115cgcggagccca_agcagttggaategcaaatategeca_tggacgggaccArgGlyAlaGinAlaValGlylieAlaAsn工leAlaMetAspGlyThr101520163stcctgg3c3cgtggtscccsg33cccc33attttc33cccgg3tcsg工leLeuAspThrTrpTyrProGluProGin工lePheAsnProAspGin253035211tgggetgaacgctacccattggaagtgggcaccacacgcetcggagcaTrpAlaGluArgTyrProLeuGluValGlyThrThrArgLeuGlyAla404550259aacgaaetcaccccaeggatgctgcagttggtaaaactggaccaagatAsnGluLeuThrProArgMetLeuGinLeuValLysLeuAspGinAsp556065307cgcetcgtcgaacaggtagcagtccgcaccgttatecccgatctgtctArgLeuValGluGinValAlaValArgThrVallieProAspLeuSer70758085355caacctccagtagacgcgcacgatgtttacctgcgcetccacctgcttGinProProValAspAlaHisAspValTyrLeuArgLeuHisLeuLeu9095100403teccaceggctggtccgcccccacgaaatgcacatgcaaascaccttgSerHisArgLeuValArgProHisGluMetHisMetGinAsnThrLeu105110115451gagctgctgtecgacgtggtg七ggacaaa_caagggcccttgccttcctGluLeuLeuSerAspValValTrpThrAsnLysGlyProCysLeuPro120125130499gaaaactttgagtgggtgcgtggtgetctgeggteccgcggaetcateGluAsnPheGluTrpValArgGlyAlaLeuArgSerArgGlyLeu工le135140145547ccccctProProGlygtccgcArg1703tclietecSerGlugc3Alag33Glu175cgcArggtgValcgcArgCt3LeuggtGly180gca_Ala643taccttTyrLeugetAlaccgPro185ggtGly3CCThrtctSergtgValctgLjeu190cgtArgGluggtGlyttcPhegtgVal195tctSerttcPhe69133ctecAsnSerggcGly2003CCThrttgLeuggtGlygccAlagcaAla205!LysgtgValGluggcGlycgcArg210ctgL>euSertecSer739ggtgtggtcateggtgaaggttecgagattggactgtcttctactattGlyValVallieGlyGluGlySerGlulieGlyLeuSerSerThrlie787escgtctactgtgtgg3ccgtcttccccgcatggtcg3ctstgtgHisValTyrCysValAspArgLeuProArgMetValAspTyrVal150155160gV1199215220225cagtccccgagagatgaacagcgccgccgtttgccgttgageateggc835GinSerProArgAspGluGinArgArgArgLeuProLeuSer工leGly230235240245caaaactgcaactttggtgtcagetccggaateateggagtcagtctg883GinAsnCysAsnPheGlyValSerSerGlylielieGlyValSerLeu250255260ggagacaattgcgacateggaaataacattgtcttggatggagatacc931GlyAspAsnCysAsplieGlyAsnAsnlieValLeuAspGlyAspThr265270275cccatttggttcgcagecgatgaggagttacgcactategactccate979ProlieTrpPheAlaAlaAspGluGluLeuArgThrlieAspSerlie280285290gaaggccaagcaaattggteaateaagcgtgaatccggcttccatgag1027GluGlyGinAlaAsnTrpSer工leLysArgGluSerGlyPheHisGlu295300305ccagttgeccgcetcaasgettgacccattttcataaccagtgc1071ProValAlaArgLeuLysAla310315<210><211><212><213>56316PRT谷氨酸棒桿菌<400>56MetSerGluAsnlieArgGlyAlaGinAlaMetAspGlyThrlie20PheAsnThrArg50!Lyslieu65lieProPro35AspAspAspGlyGinAspGinTrpAlsAsnArg70LeuAspThr25AlaGluArg40GluLeuThr55LeuValGluLeuSer85GinProProValArgLeuHisLeuLeuSer100MetGinAsn115GlyPro130ThrLeuGluLeuProGluHisArgLeu105LeuLeuSer120AsnPheGlu135CysSerArgGlyLeulieHisValTyrCysAlaVal10TrpTyrTyrProProArgGinVal75AspAlaValArgAspValTrpValValAspGly工leProGluAlaAsnlie15ProGinlie30LeuGluValGlyThr45Met60LeuGinLeuValAlaValHisAspProHisValTrp125Arg140GlyArgLeuArgThrVal80ValTyrLeu95GluMetHis110ThrAsnLysAlaLeuArgProArgMet145ValAspValArgGlyPheGlyArg210EeuSer225TyrLeuVal195ValVal165GlyAla180150ProProGlyValTyrLeuAlaPro185Arg170155工leSerGluAlaGlu175160ArgSerPheAsnSerLeuSerSerGlySerThr工leGin230Val215SerProEeuSerlieGlyLeuAspThrlie290SerGly305VallieGly245SerLeu260GlyAspThr275GinAsnGlyAspProlieGlyThr200VallieProArgCysAsnAsnCys265TrpPhe280GlyThrSerVal!LeuArgGlu190LeuGlyAlaAlaLysValGlu205GlyAspGluGly220GluGin235SerGlu工leGlyArgArgArgPhe250AspSerlieGluGlyGinAla295PheHisGluProValAlaArg310GlyValAsplieGlyAlaAlaAspAsnTrpSer300EeuLysAla315SerSerGly255240工leAsnAsn270lieValGlu285GluLeuArg工leLysArgGlu<210>57<211〉1296<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)..(1273)<223〉RXS02157<400>57gggtggaattggcacgatggtgctgccggatgtttttgatcgggagaattatcctgaagg60caccgtttttagaaaagacgacaaggatggggaactgtaaatgMetacttggThrTrpctggtgLeuValCC3ProtecSertscategacTyr工leAsp40GinggcGly25ttgLeugtcVal10Lys3ttlieggcGlyetcgcgLeuAla3ttlieAlaggcGly33tAsn3CCThrate工le45acgThrgtcVal30AlaTyr15setThrgtcValggcaccGlyThrgatgacAspAspaacgcgAsnAlsageSerCC3ProcagGinttgLeu503cgThrcca_ProggcGly35ggcGlyctgLeugttVal20AsnC3CHisgasGluGlugtcValgecAla115163211259201cacccggcgateategaggcggtcaccaaccagateggccaacttggt307HisProAlalielieGluAlaValThrAsnGinlieGlyGinLeuGly556065gagetcateaagcgtttttegcttgacgacgecaccetcgecgcgcaa403GluLeu工leLysArgPheSerLeuAspAspAlaThrLeuAlaAlaGin9095100ttcaagPheLysattlie120AlacgcArgttg!Leu3CtThrggtGly125cgtArgtecegg3ttSerArg工lectgLeu130getAlaA丄agttVal499C3tggtHisGly135ttcPheC3CHisggcGlycgcArg3CCThr140MetggtGlytecetcgcgSerLeuAla145ctgsetThrggcGlyGin547ccagacaagcgtgaagcgttcctgccaatgccaageggtgtggagttcProAspLysArgGluAlaPheLeuProMetProSerGlyValGluPhe150155160165595七3CCCtTyrProTyrggcGlygacAsp170secThrgatAspt3CTyrttgLeucgcaaaatgArgLysMet175ValGlu3CCThr180Asn643cca_scgProThrgatAspgtg185getAlagetAlaateliettcPheetcLeu190gsgccs3tcGluProliecagGinggtGly195gasGlu3cgThr691ggcgttGlyValgttVal200CC3Progc3AlacctProGluGly205ttcPheetcsaggc3LeuLysAlagtgVal210cgcArgGluctgLeu739tgcgatCysAsp215gagGlut3CTyrggcGlya_tcliettgLieu220atgMetliea_ccgstg33ThrAspGlu225gtcValC3gGinsetThrggcGly787gttggccgtsecggcgstttctttgc3catcagcacgstggcgttgttValGlyArgThrGlyAspPhePheAlaHisGinHisAspGlyValVal230235240245835cccgatgtggtgaccatggecaa_gggacttggcggcggtcttcccateProAspValValThrMetAla!LysGlyLeuGlyGlyGlyLeuPro工le250255260883ggtgettgtttggecactggccgtgcagetgaattgatgaccccaggcGlyAlaCysLeuAlaThrGlyArgAlaAlaGluLeuMetThrProGly265270275931aa_gC3CLysHisggcGly2803CCThrsetThrttcPheggtGlyggcGly28533ccc3gttgetAsnProValAlatgtCys290gc3AlagetAlagecAla979escgtcteaascttgttcgc3tecsggcccgtcgtcHisValSerAsnLeuPheAlaSerArgProValVal707580accegggttttcttctgcaactegggcgecgaagcaaacThrArgValPhePheCysAsnSerGlyAlaGluAlaAsn105110gGgGgAgAgu5311gG1cgcaagggcgagctgttcaaggaa_cttcttgccaaggttgacggcgttArgLysGlyGluLeuPhe!LysGluLeuLeuAla!LysValAspGlyVal3103153203251075gtagacgtccgtggcaggggcttgatgttgggcgtggtgctggagcgcValAspValArgGlyArgGlyLeuMetLeuGlyValValLeuGluArg3303353401123gacgtcgcaaagcaagetgttcttgatggttttaagcacggcgttattAspValAlaLysGinAlaValLeuAspGlyPheLysHisGlyVallie3453503551171ttgLeu33tAsngcaAla360ccggcgProAlsAspAsnlie365stccgtttglieArgLeusecccgccgctggtgThrProProLeuVal3701219ateaccgacgaagaaategcagacgcagtcaaggetattgecgagaca工leThrAspGluGlu工leAlaAspAlaValLysAla工leAlaGluThr3753803851267ategcataaaggactcaaacttatgacttlieAls39〇1296<210><211><212><213>58391PRT谷氨酸棒桿菌<400>58MetSerThr1LeuGluThrTrpProGinVal工lelieAsnThrTyrGly51015ThrProProValGluLeuValSerGlyLysGlyAlaThrValThrAsp202530AspGinGly35AsnValTyrlieAspLeuLeuAlaGly工leAlaValAsn4045AlaLeu50GlyHisAlaHisProAlalie工leGluAlaValThrAsnGin5560lieGlyGinLeuGlyHisValSerAsnLeuPheAlaSerArgProVal65707580ValGluValAlaGluGluLeulieLysArgPheSerLeuAspAspAla859095ThrLeuAlaAlsAsnGlu115GinThrArgLysAla100AlaAlaPheVal工le120PhePheCysAsnSerGlyAlaGlu105110AlaArgLeuThrGlyArgSerArg125lieLeu130AlaAlaValHisGlyPheHisGlyArgThrMetGlySerLeu135140ctgtctgttgtcgatgacgetttctgcgcagaagttgec1027LeuSerValValAspAspAlaPheCysAlaGluValAla300305一VgAy203AlaLeuThrGlyGinPro145150SerGlyValGluPheTyr165MetValGluThrAsnPro180lieGinGlyGluThrGly195AlaValArgGlu!LeuCys210GluValGinThrGlyVal225230HisAspGlyValValPro245GlyGlyLeuProlieGly260EeuMetThrProGlyLys275AlaCysAlaAlaAlaLys290CysAlaGluValAlaArg305310LysValAspGlyValVal325ValValLeuGluArgAsp340LysHisGlyVal工leLeu355ThrProProLeuVal工le370Ala工leAlaGluThrlie385〈210><211><212><213><220〉<221><222〉<223>390591008DNA谷氨酸棒桿菌CDS(101)..(985)RXC00733<400>59LysArgGluAlaPhe155TyrGlyAspThrAsp170AspValAlaAlalie185ValProAlaProGlu200GluTyrGlylieLeu220ArgThrGlyAspPhe235ValValThrMetAla250CysLeuAlaThrGly265GlyThrThrPheGly280ValLeuSerValVal300GlyGlu!LeuPhe!Lys315ValArgGlyArgGly330AlaLysGinAlaVal345AlaProAlaAspAsn360AspGluGlulieAla380ProMetPro160!LeuArgLys175LeuGluPro190Phe!LeuLyslieThrAspAlaHisGin240GlyLeuGly255AlaAlaGlu270AsnProValAspAlaPheLeuLeuAla320MetLeuGly335AspGlyPhe350工leArgLeuAlaValLysAspProThrGlyAspAlaHisAla295LysAspValAsnThr375AlaLeuTyrPheMetPheLysArgGly285AspGluLeuLeu工le365Aspp5s1A2y51oG2204acggcgaggttgtcggtattggaacgcacacgaatttgctgaacacgtgcggtacctacc60gtgaaattgttgaatcccaagagactgcgcaggcgcaatcatgagtaatactgcaMetSerAsnThrAla115ggcccccgcgggcgtteccatcaggcagacgecgcgccgaatcaaaagGlyProArgGlyArgSerHisGinAlaAspAlaAlaProAsnGinLys101520163gcacagaatttcggaccatctgecaaaaggcttttc<ggsattetaggcAlaGinAsnPheGlyProSerAlaLysArgLeuPheGly工leLeuGly253035211catgsccgtsacsectta3tttttgttstcttcetagecgtcctgsgcHisAspArgAsnThrLeuliePheValliePheLeuAlaValLeuSer404550259gttggacttaccgtcttgggcccatggttgctgggtaaagecaccaacValGly!LeuThrValLeuGlyProTrpLeuLeuGlyLysAlaThrAsn556065307gtggtgtttgaaggattcetatctaagcgcatgccggetggtgcgteaValValPheGluGlyPheLeuSer!LysArgMetProAlaGlyAlaSer70758085355aaggaagstate3tcgcgcagttgcaggetgcaggtaaacataatcagLysGluAsp工lelieAlaGinLeuGinAlaAlaGlyLysHisAsnGin9095100403gettecatgatggaagacatgaaccttgttccaggcteaggcattgatAlaSerMetMetGluAspMetAsnLeuValProGlySerGlylieAsp105110115451tttgaaaaattagecatgateetcggactggtgateggtgettatetcPheGlu!LysLeuAlaMetlie!LeuGlyLeuVallieGlyAlaTyrLeu120125130499ateggtagectgttgtegttgttccaggcgeggatgetcaaccgcatelieGlySerLeuLeuSerLeuPheGinAlaArgMetLeuAsnArglie135140145547C3CcgcHisArgCt3LeuccgProctgLeu170ageSertatTyrttcPhegatAsptecSer175liecgtArgggtGlyAsp180ctgLeu643cttsgccgtArggtgVal1853CCThrAsnAspgtgValAsp19033tAsnc工leggtGlyGintecSer195ctgLeuGin6913CCGinThrttgLeu200tC3SerGinAlaa_tcliesetThr205tecSer!LeuctgLeusecThrgtcVal2103tClieggtGlygtgVal739ttggtg2153tgMetatgMettttPhe3tClie3tclie220tecSerCC3ProctgLeuetcgesLeuAla225etc!LeugtgValAlactgLeu787caaagtgecatgcaceggctgcgcatggaggtggaggaaaaaate595GinSerAlaMetHisArgLeuArgMetGluValGluGluLyslie155160165g1ot35gV1<210>60<211>295<212>PRT<213〉谷氨酸棒桿菌<400>60MetSerAsn1Al3ProAsnThrAlaGlyPro5Gin20LysAlaGinPheGlylieLeuGlyHisAsp35ArgGlyArgSer10AsnPheGlyPro25ArgAsnThrLeu40LeuAla50GlyLys65ValLeuSerValGlyLeuThrValLeu55AlaThrAsnValVal70ProAlaGlyAlaSerLysGlu85GlyLysGlySerlieGly130MetLeu145HisAsnGinAlaSer100Gly115工leAspPheGluPheGluGlyPhe75Asp工le工leAla90MetMetGluAsp105LyslieuAlaMet120AlaTyrLeu工leGlySerLeuLeuSer135AsnValGluGluArgLyslielie165150GinHisArgSerA丄aMetHis155LeuProLeuSer170206gtatecsttccggtcsecategtggtcactgtggtggttgcga^gccgt835ValSer工leProValThrlieValValThrValValValAlaSerArg230235240245teccagaaaetctttgcggaacagtggaagcagaccggtattttgaat883SerGinLysLeuPheAlaGluGinTrpLysGinThrGly工leLeuAsn250255260gcgcgcctggaggaaacctactctggccacgecgtggttaaggttttc931AlaArgLeuGluGluThrTyrSerGlyHisAlaValValLysValPhe265270275ggacaccaaaaggatgttcaagaagcattcgaggaagaaaatcaaget979GlyHisGinLysAspValGinGluAlaPheGluGluGluAsnGinAla280285290GinAlaAspAla15AlaLysArgLeu30PheValliePhe45ProTrpLeu!LeuSerLysArgMet80LeuGinAlaAla95AsnLeuValPro110LeuGlyLeuVal125PheGinAlaArgLeuArgMetGlu160PheAspSer工le175taaggecagetttggtgccc3gt1008HisSerlieLeuGinMetlieLeu140ArgTyr315t039gV2yo16GLiysArgGlyGinThrVal210AlaLeu225ValValThrGlyValValGluGlu290GlyAspLeuEeuSerArgValThrAsnAspValAspAsn工le180185190SerLeuGinGinThrLeuSerGinAlalieThrSerLeuLeu195200205工leGlyValLeuValMetMetPhelielieSerProLeuLeu215220ValAlaLeuValSerlieProValThrlieValValThrVal230235240AlaSerArgSerGinLysLeuPheAlaGluGinTrpLysGin245250255工leLeuAsnAlaArgLeuGluGluThrTyrSerGlyHisAla260265270LysValPheGlyHisGinLysAspValGinGluAlaPheGlu275280285AsnGinAlaCysVal295<210><211><212><213〉61426DNA谷氨酸棒桿菌<220><221><222><223〉CDS(1)..(426)RXC00861<400>61atggetcctC3CMetAlaProHisaaggtcatgctgattaccactggtactcagggtgagLysValMetLeulieThrThrGlyThrGinGlyGlu5101548cctatggetgcgctgtctcgcatggcgcgtcgtgagcaccgatcagateProMetAlaAlaLeuSerArgMetAlaArgArgGluHisArgGinlie20253096actgtccgtgatggagacttgattatectttcttectecctggttccaThrValArgAspGlyAspLeulielieLeuSerSerSerLeuValPro354045144ggtaacgaagaagcagtgttcggtgtcatea_acatgctggetcagateGlyAsnGluGluAlaValPheGlyVallieAsnMetLeuAlaGin工le505560192ggtgcaactgttgttaccggtcgcgacgecaaggtgcacacctegggcGlyAlaThrValValThrGlyArgAspAlaLysValHisThrSerGly65707580240cacggctactecggagagctgttgttcttgtacaacgecgetcgtccgHisGlyTyrSerGlyGluLeuLeuPheLeuTyrAsnAlaAlaArgPro859095288aagaacgetatgcctgtccacggcgagtggcgccacctgcgcgecaac336LysAsnAlaMetProValHisGlyGluTrpArgHisLeuArgAlaAsn10010511033gg33ctggetstctecLysGluLeuAlalieSer115setggtgtt33ccgcThrGlyValAsnArg120gscsacgttgtgcttAspAsnValValLeu125384gcacaaaacggtgttgtggttgatatggtcaacggtcgcgcaAlaGinAsnGlyValValValAspMetValAsnGlyArgAla130135140426<210〉62<211>142<212〉PRT<213>谷氨酸棒桿菌<400>62MetAlaProHisLysVal15ProMetAlaAlaLeuSer20ThrValArgAspGlyAsp35GlyAsnGluGluAlaVal50GlyAlaThrValValThr6570HisGlyTyrSerGlyGlu85LysAsnAlaMetProVal100!LysGluEeuAla工leSer115AlaGinAsnGlyValVal130MetLeu工leThrThr10ArgMetAlaArgArg25EeulielieLeuSer40GlyThrGinGlyGlu15GluHisArgGin工le30SerSerLeuValPro45PheGlyVallieAsnMetLeuAlaGinlie5560GlyArgAspAlaLysValHisThrSerGly7580LeuLeuPheLeuTyrAsnAlaAlaArgPro9095HisGlyGluTrpArgHisLeuArgAlaAsn105110ThrGlyValAsnArgAspAsnValValLeu120125ValAspMetValAsnGlyArgAla135140<210>63〈211>1066<212>DNA<213>谷氨酸棒桿菌<220〉<221〉CDS<222>(101)..(1066)<223>RXC麵66<400>63geatcaaegtaggagatcctcgacttccaattatggctccaaatgagcaggaacttgagg60ctctccgagaagacatgaaaaaagctggagttctataaatatgaatgatteccga115MetAsnAspSerArg2081satcgcggcegg33ggttseecgcsaggcgggcccsccsgasgetggtAsnArgGlyArgLysValThrArgLysAlaGlyProProGluAlaGly101520163caggaaaaccatctggatacccctgtctttcaggcaccagatgettecGinGluAsnHisLeuAspThrProValPheGinAlaProAspAlaSer253035211tctaaccagagegetgtaaaagetgagaccgecggaaacgacaateggSerAsnGinSerAlaValLysAlaGluThrAlaGlyAsnAspAsnArg404550259gatgetgcgcaaggtgetcaaggateccaagattctcagggtteccagAspAlaAlaGinGlyAlaGinGlySerGinAspSerGinGlySerGin556065307aacgetcaaggtteccagaaccgcgagtecggaaacaacaaccgcaacAsnAlaGinGlySerGinAsnArgGluSerGlyAsnAsnAsnArgAsn70758085355cgttecaacaacaaccgtcgcggtggtcgtggacgtcgtggatecggaArgSerAsnAsnAsnArgArgGlyG丄yArgGlyArgArgGlySerGly9095100403aacgecaatgagggcgcgaacaacascsgcggtaaccagaaccgtcagAsnAlaAsnGluGlyAlaAsnAsnAsnSerGlyAsnGinAsnArgGin105110115451ggcggaaaccgtggcaaccgcggtggcggacgccgaaacgttgttasgGlyGlyAsnArgGlyAsnArgGlyGlyGlyArgArgAsnValValLys120125130499tegatgcagggtgcggatctgacccagcgcctgccsgagccaccaaagSerMetGinGlyAlaAspLeuThrGinArgLeuProGluProProLys135140145547stcggtlieGlycgcArgAsn3tgMet1703CCThrgtgValtttPhegagGluTyr175AsnAsncgtArgctgLeuetcLeu180aitc工le643gtgg3cValAsptgtCysggtGly185gtgValetcLeuttcPheCC3ProtctSer190teaSerggtGlyGluCC3ProggcGly195gttValAsp691ctgsttLeuliecttLeu200cctProAspttcPheggcGlyCC3Pro2053ttliegagGlugatAspC3CHisctgLeu210C3CHiscgcArggtcVal739gatgcaAspAla215ttg!LeugtgValgttVal3CtThrC3CHis220GlyC3CHisg33GluAspHis2253ttlieggtGlygetAla3tt工le787ccctggProTrp230ctgLeuctgiLeu3agctgLeu235cgc33cg3tArgAsnAsp3tclieCC3Pro240a_tc工lettggcaLeuAlatecSercgtArg245835ccggcaaacggtctgcgtatttacgcacttggtggcatttecgaa595ProAlaAsnGly!LeuArg工leTyrAlaLeuGlyGly工leSerGlu155160165c15g,<1<212>PRT<213>谷氨酸棒桿菌<400>64MetAsnAspProProGluSerArgAsnArgGlyArgLysValThrArg510Ala20AlaProAsp35GlyAsn50AspGlyAsnAsnAsnArgSerGin65ArgArgGlySer100AsnGin130ProGlu145Asn115GlyGinGluAlaSerSerAsnAsnHis25GinSer40LeuAspThrProAlaVal!LysAsnArgAspAlaAlaGinGlyAla55SerGinAsn85Asn70AlaGinGlySerArgSerAsnAsnGin75Gin60AsnGlyAsnAlaArgGinGlyGlyAsnGlu105_AsnArg120Asn90GlyGlyArgA;rgAla45GlyArgGlyLysAla15ValPhe30GluThrAlaAsnAsnAsnArgValValProProGlyGly工ISSerLysGlu165SerMetGinGlyAlaAspLeu135140Gly125ThrAla150ProAlaAsnGlylieGlyArgAsnMet170210Leu155Arg工leThrValPheSerGinGluSerGlyArg95110GlyGlyGinArgTyrAlaGluTyr175ttcaccttggetctgattgcagetaagtgtaaggaacaccgtcagcgtPheThrLeuAlaLeu工leAlaAlaLysCysLysGluHisArgGinArg250255260883ccgaagctgategaggtcaacgagcagtecaatgaggaccgcggaccgProLysLeu工leGluValAsnGluGinSerAsnGluAspArgGlyPro265270275931ttcaacattcgcttctgggetgttaaccactecstccc3gsctgccttPheAsnlieArgPheTrpAlaValAsnHisSer工leProAspCysLeu280285290979ggtcttgetateaa_gactcctgetggtttggtcatecacaccggtgscGlyLeuAla工leLysThrProAlaGlyLeuVal工leHisThrGlyAsp2953003051027ateaagctggatcagactcctcctgatggacgcccaact工leLysLeuAspGinThrProProAspGlyArgProThr3103153201066!Leu160ynapvloyyguAsnArgLeuLeulieValAspCysGlyValLeuPheProSerSerGly180185190GluProGlyValAspLeulieLeuProAspPheGlyProlieGluAsp195200205HisLeuHisArgValAspAlaLeuValValThrHisGlyHisGluAsp210215220His工leGlyAlalieProTrpLeuLeuLysLeuArgAsnAsp工lePro225230235240GluHisArgGinArgPro!LysLeulieGluValAsnGluGinSerAsn260265270GluAspArgGlyProPheAsnlieArgPheTrpAlaValAsnHisSer275280285工leProAspCysLeuGlyLeuAlalieLysThrProAlaGlyLeuVal290295300工leHisThrGlyAsp工leLysLeuAspGinThrProProAspGlyArg305310315320ProThr<210>65<211〉1527<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)..(1504)<223>RXC02095<400>65ctctcttggtcctctccccacccatttttaagtactcaagacccttccaacagaaaggat60tsctcccccaacaggctcaaaaatactgaaaggctcacgcatgaaaactgagcaa115MetLysThrGluGinteccaaaa_agcacaattageccctaagaasgcacctgaaaagccacaa163SerGinLysAlaGinLeuAlaProLysLysAlaProGluLysProGin101520cgcatecgccaacttatttecgtggcgtggcagcgaccttggetcacc211ArglieArgGinLeulieSerValAlaTrpGinArgProTrpLeuThr253035teattcaccgtaateagegetttagetgcaaegttgtttgaacttaca259SerPheThrVallieSerAlaLeuAlaAlaThrLeuPheGluLeuThr404550cttcctcttttgaccggtggcgecategatategcgetcggaaatacc307lieLeuAlaSerArgPheThrLeuAlaLeulieAlaAlaLys245250s5y5c2LeuProLeu55ggsgstsetGlyAspThr70ttaagegtgLeuSerValcttcgctatLeuArgTyrageatggggSerMetGly120csgsacetcGinAsnLeu135gtcagteggValSerArg150atgttgccgMetLeuProgtgateatgVsllieMetttggtgcctLeuValPro200tttgcgtecPheAlaSer215estgtggsaHisValGlu230caggasgscGinGluAsptttgeccagPheAlaGinatggttgsgMetValGlu280ggtggctstGlyGlyTyrLeuThrGlytt33CC3CtLeuThrThr75ttgsecage!LeuThrSer90gecagtcsaAlaSerGin105gtscsgestValGinHisgatgggccaAspGlyProtecatttegSer工leSer155stgttgateMetLeu工le170ctggetsttIjeuAlalie185ttgctgttgLeuLeuEeuscgtggtegThrTrpSerg占3setgtcGluThrVal235cgcgagaccArgGluThr250cgcatgcgcArgMetArg265csgcttccgGin!LeuProttggecstgLeuAlaMetGlyAlalie60g3cctgctgAsp!LeuLeugtcattgecVal工leAlatttggaeggPheGlyArg110gatgtceggAspValArg125ggtcaggacGlyGinAsp140gat3tCAsplieAsnggaaatgtgGlyAsnValtecccgccgSerProPi:o190tgggecgtgTrpAlaVal205geccsgessAlaGinGin220acgggtateThrGlyliegsc3aa_ttgAspLysLeusetgescgtThrAlaArg270csgcttgetGinLeuAla285setggtescThrGlyHisAsplieAla65gsceggttcAspArgPhe80cttategtgLeu工leVal95cgatacaccArgTyrThrcttaaaacgLeuLysThrtctsttcgcSer工leArg1453tggtgcaaMetValGin160gtcsagcttValLysLeu175ctgsecstcLeuThrliegectattegAlaTyrSer33ggetgcgLysAlaAla225cgcgtggtcArgValVal240gstetc3ccAspLeuThr255ctgacggcaLeuThrAlattggtggtcLeuValValateacggtg工leThrValLeuGlyAsnsetccg3gtThrProSercttetcgcgLeuLeuAla100gcaggcaagAlaGly!Lys115stgcgcteaMetArgSer130acaggccaaThrGlyGinagecttgtgSerLeuValgtgetcactValLeuThr180ategetgcalieAlaAla195cgaa_aagcgArgLysAla210gatctgaccAsp!LeuThr33ggestttLysAlaPhegcacgtgagAlaArgGlu260a_3gttcstc!LysPhe工le275a_ttgttAsnlieVal290ggc3cgtttGlyThrPheThrgga355Gly85ttg403Leuetc451Leuttg499Leugts547Valgcg595Ala165ttg643Leugtg691Valctt739Leuact787Thrgcg835Ala245tta883Leuccc931Proggc979Glygtg1027Val295300305gcgAla310tttPhetctSertecSertatetcLeu315actagettgThrSerLeutegSergcgAla320gtgValgetAlaArgtecSerctgLeu3251075tegSerGly3tgMetetcLeuMet330cgcArggtgcagttgValGinLeugcgAla335ctgLeutctSertctSergtgValgagGlu340cgcArg1123atelietttPheGlugtcVal3453tt工leAspcttcagcctLeuGinPro350GlucgcArg3CCThrAspcctPro355AlaHis1171cccProctgLeutcsSer360cttLeucccProAspactcccctgThrProLeu365ggtGlyctgLeutegSerttcPhe370AsnAsngtaVal1219gatttccgtgggattetcaacggttttga_gctgggtgttcaggecggtAspPheArgGly工leLeuAsnGlyPheGluLeuGlyValGinAlaGly3753803851267g33Glu3903CCThrgttgtgValttgLeugtgVal395ggccctccaGlyProProggtGlyteaSer400ggcGly!Lys3CCThrMetgetAla4051315gtgValcagGincttLeugetAlaGly410Asnttttstcsa_PheTyrGinCC3Pro415AspSerggcGlyC3CHisatelie420gecAla1363tttg3tPheAspageSerAsn425ggcGlyestHiscgcactcgcArgThrArg430ttcPheAspAspetcLeu3CCThr435C3CHisSer1411gat3tccgcaggaatetcategcggtttttgatgagccgttcttgtacAsplieArgArgAsnLeulieAlaValPheAspGluProPheLeuTyr4404454501459tectecSerSer455tecSerst3ccg工leProArggsa_estetcGluHisLeu460gatAspgggGlytttPhe465GlytgtCysGin1504tgatgagcagatcgaacacgcag1527<210>66<211>468<212〉PRT<213>谷氨酸棒桿菌<400>66MetLysThr1GluGinSer5GinLysAlaGin10LeuAlaProLys15AlaProGluLysPro20GinArg工leArgGin25LeulieSerValAla30TrpGinArgProTrp35LeuThrSerPheThrVal40工leSerAlsLeu45AlaAlaThr!LeuPheGluLeuThrLeuProLeuLeuThrGlyGlyAlalieAsplie213505560AlaLeuGlyAsnThrGlyAspThrLeuThrThrAsp657075PheThrProSerGlyLeuSerValLeuThrSerVal8590Val!LeuLeuAlaLeuLeuArgTyi:AlaSerGinPhe100105ThrAlaGlyLysLeuSerMetGlyValGinHisAsp115.120ThrMetArgSerLeuGinAsnLeuAspGlyProGly130135140ArgThrGlyGinValValSerArgSerlieSerAsp145150155GinSerLeuValAlaMetLeuProMetLeulieGly165170LeuValLeuThrLeuVal工leMet!LeuAlalieSer180185工lelieAlaAlaValLeuValProLeuLeuLeuTrp195200SerArgLysAlaLeuPheAlaSerThrTrpSerAla210215220AlaAspLeuThrThrHisValGluGluThrValThr225230235ValLysAlaPheAlaGinGluAspArgGluThrAsp245250ThrAlaArgGluLeuPheAlaGinArgMetArgThr260265AlaLysPhe工leProMetValGluGinLeuProGin275280ValAsnlieValGlyGlyGlyTyrLeuAlaMetThr290295300ValGlyThrPheValAlaPheSerSerTyrLeuThr305310315ValAlaArgSerLeuSerGlyMetLeuMetArgVal325330SerSerValGluArg工lePheGluVal工leAspLeu340345ThrAspProAlaHisProLeuSerLeuProAspThr355360SerPheAsnAsnValAspPheArgGlylieLeuAsn370375380LeuLeulieAlaGlyVal125GinArg110ArgAsplieAsnAsnValAspArg80Leu工le95ArgTyrLeuLysSer工leMetVal160ValLys175ProProLeuThr190Ala205ValGinGinGlyLyslieLeuAlaTyrLysAlaArgVal240AspLeu255AlaArgLeuThr270Leu285AlaLeuValGlyHislieThrSerLeuGinLeuSerAla320AlaLeu335GinPro350GluArgLeuGlyLeuGlyPheGluLeuPro365GlyValGinAlaGlyGluThrValValLeuValGly385390395ProProGly400GlyLysThrMetAlaValGinLeuAlaGlyAsnPheTyrGinProAsp405410415SerGlyHislieAlaPheAspSerAsnGlyHisArgThrArgPheAsp420425430AspLeuThrHisSerAsp工leArgArgAsn435440LeulieAla445ValPheAspGluProPheLeuTyrSerSerSerlieProArgGlu450455460HisLeuAspGlyPhe465GlyCysGin<210><211><212〉<213>67295DNA谷氨酸棒桿菌<220><221〉<222〉<223〉CDS(84)..(272)RXC03185<400>67agcgcccaaccgttcagaccagcggtttctctgaggatgcaaagtccatgatgggtnagg60tcactgagctgtccgaaaccaccatgaatgatcttgcagetgaaggtgaaaac113MetAsnAspLeuAlaAlaGluGlyGluAsn110AspcctProt3CTyrcgcArg3tgMet15gttValcagGinGinctgLeucgcArg20cgcArgaagetcLys!LeutctcgcttcSerArgPhe25161gtcValGlucagGin30tggTrp3agLyscgcArgGinccgPro35gtcValc工leatgcc3MetProsecgtcsttThrVallie40209ccgProMet3CtThr45gcgAlag33Glu3CCThracgThrca^cHis503tClieggtGlyAspAspGlu55gttcgcgetValArgAla257teacgcgagtecctgtaaaagcatttegcttttegacgSerArgGluSerLeu60295<210>68<211>63<212>PRT<213>谷氨酸棒桿菌<400>68MetAsnAspLeuAlaAlaGluGlyGluAsnAspProTyrArgMetValGinGinLeuArgArgLysLeu2010SerArgPhe25ValGluGinLys3015TrpLysArgGinProVallieMetProThrVal工le3540ProMetThrAla45GluThrThrHis工leGlyAspAspGlu5055ValArgAlaSerArgGluSerLeu60<210〉<211><212><213>691170DNA谷氨酸棒桿菌<220><221><222><223>CDS(101),.(1147)RXA00115<400>69tggattctcgagtctgtacacccttgatcaaagcccgagtgttccgtsgsttsactttgt60cgtatattgtgacctacaccccatactgttaggagttttcatgMet1etcLeugaicAsp33tAsnaigtSer5ttttscPheTyra_ccThrgcaAlagagGlu10gttValGinggcGlyCC3ProTyr15Glu3CCThrgetAlatecSer3tt工le20ggcGly163eggetcgaaetcgaagaagggggtgtgattgaggattgctggttggetArgLeuGluLeuGluGluGlyGlyVal工leGluAspCysTrpLeuAla253035211tscgetTyrAla3C3Thr40getAlaGlyThretcLeu3a_cAsn45gagGluAspsagtecSerAsn50gecAlalieetcLeu259attccg工lePro55acgThrtggTrptecSerggaGly603CCThrestHisGinThrtggTrp65ttcPheGincagGinTyr3073tcggc工leGly70setThrAspestHisgcgAla75ctgLeuAspCC3ProtC3SeraagLys80TyrttcPhe3tclie3tc工letecSer853553tC工leAsnGinlieggtGly9033tAsnggtGlyttgLeutegSergtcVal95tecSercctProgecAlaAsn3cgThr100getAla403gstgacagea^tcteg3tgtecssgttcccga3tgttcgc3ttggtgstAspAspSerlieSerMetSerLysPheProAsnValArglieGlyAsp105110115451gstgtcAspValgttVal12〇gecAlaGingsceggAspArgetcLeu125ttgLeucgcArgC33GingagGlutttPhe130ggtGly3ttliesecThr499216gagetcGluLeu135tttPhegecAlagtcValgttValggtGly140ggtGlytegSerMetggtGlygcgAla145cagGinGin3ccThrt3tTyr547gagtggGluTrp150att工legttValcgcArgttcPhe155cctProg3cAspGingttValestHis160ArggcaAlagetAlaccgProatelie165595gcgggcAlaGlysetThrgcgAla33gLys170AsnsetThrcctProC3tHisAsp175ttcPheateliettcPhe3CCThrcagGin180actThr643Ctt33tIjSUAsngagGlu3CCThr185gttValgagGlugecAlag3tAspCC3Pro190gggGlyttcPhe33tAsnggcGlyGly195gasGluTyr691tectecSerSerC3tHis200g33GlugagGlugt3ValgetAlagatAsp205GlycttLeucgcArgcgtArgC33Gin210tegSerestHiscttLeu739tgggetTrpAla215gecAlaMetGlytttPhetecSer220ThrGluttcPhetggTrp33g!Lys225c3gGingagGlugc3AlatggTrp787cgtcgcArgArg230ctgLeuGlycttlieugasGlu2353gtSer33gLysGlutC3SergtgVal240etcLeugcgAlaAspttcPhectgLeu245835gatccgAspProctgLeuttcPheMet250tecSerMetg3tAspcctProAsn255secThrttgLeuetcLeuAsn3scgetAsnAla260883tggaagtggcagcatggcgatgtctctcgccacaccggcggcgacttgTrpLysTrpGinHisGlyAspValSerArgHisThrGlyGlyAspLeu265270275931gcagcgAlaAlagetAla280cttLeuggcGlyArggtgValaaggetLysAla2853CCThrttcPhegttVal290atgMetCCC3tCProlie979SerGlu295AspMetttcPhetttPhecctPro300gttcgtValArgAsptgtCysgecAla305gcaAlagasGlugesGinAla1027CtC3tC!Leu工le310CC3ProggcGlySergagGlu315cttLeucgsgtgArgVal3tC工legasGlu320AsplieAlaggtescGlyHis3251075cttgggLeuGlycttLeutttPheAsn330gtcValtctSergaga_3tGluAsntacTyr335lieProcagGina_tclieAspLys3401123aatctgaaagagctgttcgagagetaaacactgatgtcaaagagcctAsn!LeuLysGluLeuPheGluSer3451170<210>70<211>349<212>PRT<213>谷氨酸棒桿菌217<400〉70MetLeuAsp1ThrAlsSerAsn工le20AspCysTrpLeu35SerAsn50TrpPhe65AlalieGinGinTyrPhelieI丄eProAlaAsnThr100ValArglieGly115GluPhe130AlaGin145GlylieGinThrArgAlaAlaProSerPheTyr5GlyArgLeuAlaTyrAlaLeu工lePro55TyrlieGly70SerlieAsn85AlaAspAspAspAspValThrGluLeu135TyrGluTrp150工leAlaGly165ThrAlaGluVal10GluLeuGluGlu25Thr40AlaGlyThrThrTrpTyrSerThrAspHisAla75Gin工leGlyAsn90SerlieSerMet105Val120AlaGinAspPheAlaValValGinGlyGlyGlyLjSUAsn45GlyThr60LeuAspGlyLeuSerLysArgLeu125GlyGly140ProVal30TyrGlu15工leGluGluAspLysHisGinThrProSerPhe110LeuSerLys80ValSer95ProAsnSer工leValArgPheProAspGin155ThrAlaLysAsnThrProHis170liePheThrGinThrLeuAsnGluThrValGluAlaAsp180185AsnGlyGlyGluTyrSerSerHisGluGluVal195200SerHisLeuTrpAlaAlaMetGlyPheArgGin210LeuTrpAla215AlaAsp205SerThr220Pro190GlyGluArgG丄nMetGlyValHis160AspPhe175GlyPheLeuArgPheTrpLeuAlaAspPheLeuAspProLeu245Leu!LeuAsnAsnAlaTrpLysTrp260ThrGlyGlyAspLeuAlaAlaAla275280PheValMetProlieSerGluAsp290295AlaAlaGluGinAlaLeuliePro305310PheMetSerMetAspProAsnThr250255GinHisGlyAspValSerArgHis265270LeuGlyArgValLysAlaLysThr285MetPhePheProValArgAspCys300GlySerGluLeuArgVal工leGlu315320GinGluAlaTrpArgArgLeuGlyJLeuGluSer!LysGluSerVal230235240Asp工leAlaGlyHisLeuGlyLeuPheAsnValSerGluAsnTyrlie325330335<210>71<211>1254<212>DNA<213〉谷氨酸棒桿菌<220〉<221〉CDS<222>(101)..(1231)<223〉RXN00403<400>71tttttcagactcgtgagaatgcaaactagactagacagagctgtccatatacactggacg60aagttttagtcttgtccacccagaacaggcggttattttcatgcccaccetcgcg115MetProThrLeuAlacctteaggtcaacttgaaatecaagcgateggtgatgtctecaccgaa163ProSerGlyGinLeuGlu工leGinAlalieGlyAspValSerThrGlu101520gecggagcaateatt3caaacgetgaaategectatcaccgctggggt211AlaGlyAlalielieThrAsnAlaGlulieAlaTyrHisArgTrpGly253035escgecHisAla55etcLieu3CtThrggaGlyAsptecSer60Asngca_AlagecgatAlaAsptgg65tggTrpgetAlaAspttgLeu307etcggtLeuGly70cccProGly333gecAla75atelieAsnsetThrgat3ttAsplie8〇t3CTyrtgcCysgtgValatelietgtCys853553CCThrAsngtcVallieggtGly90ggtGlytgcCysAsnggtGlytCC3CCSerThr95ggaGlycctProggcGlytecSer100Met403C3tCC3HisProgatAspgg3Gly10533tAsnttcPhetggTrpggtGly33tAsn110cgcttcArgPhecccProgecAla3egThr115teclie451cgtgatArgAspcagGin120ValAsngecAlag33Glu125GinttcetcPhe!LeiiAspAla130etcLeuggcGly3tC工le499sec3cgThrThr135gtcValgecAlaAlagtaValcttLeu140ggtGlyggtGlytec3tgSerMetggtGly145ggtGlygecAlacgcArg3CCThr547LysAsnEeu!LysGluLeuPheGluSer345gaataccgcgtagataaagaaggacgcageaatgtcgttetcateGluTyrArgValAspLysGluGlyArgSerAsnValValLeu工le404550po219200810090912.7說明書第214/290頁ctagsgLeuGlu150tggTrpgccAlaAlaatgMet155TyrProGluactThrgttVal160ggcgcaGlyAlagetAlagetAlagttVal165595cttgesIjeuAlagttValtctSergc3Ala170cgcArggccAla3gcSergccAlatggTrp175GinateggclieGly3ttlieGin180tecSer643gccAlaGin3ttliesagLys185gcgAla3tt工leG丄uAsngacAsp190C3CHisC3CHistggC3CTrpHisgasGlu195ggcGlyAsn691TyrTyrGlu200tecSerggcGlytgcCys33CAsnCC3Pro205gccAla3CCThrGlyetcggcLeuGly210gccAlagccAlaArg739cgcateArglie215gccAlaC3CHisetcLeu3CCThrt3CTyr220cgtArgggcGlyg33GluCt3LeuGlulie225gacAspgs3GlucgcArg787ttcggcPheGly2303CCThrgccAlaGin235sagLysAsng33GluAsnCC3Pro240etcggtLeuGlycccProTyrcgcArg24583533gcccLysProgacAspcagGincgcArg250ttcPhegccAlagtgValg33GlutecSer255t3CTyrttggacEeuAspca_3Gin260gc3Ala883gacaagAspEysLeuVal265GincgtArgttcPheAspgccAla270ggcGlytecSer七3CgtcTyrValttgLeu275etcLeu3CCThr931gscgccAspAlaetcLeu280AsncgcArgC3CHisgacAsp3tt工le285ggtGlycgcArgAspcgcggsArgGly290ggcGlyetcLeuAsn97933ggesLysAla295etcLeug33GlutecSerlieLys300gttValCC3ProgtcValcttLeugtcges305ggcGlyValAsp1027accgatThrAsp3103tt工lettgLieuTyrcccPro315t3CC3CHiscagGinGinGlu320C3CetcHis!LeutecSeragaArgAsn3251075ctgggs!LeuGly33tAsnCt3Leuctg!Leu330gcaAlaMetAlaLys3tclie335g七3ValteccctSerProgtcValggcGly340escHis1123gatgetAspAlattcPheetcLeu345ThrGluageSercgcArgca_3Gin350atgMetg3tAspcgc3tcArgliegtgVal355Arg33CAsn1171ttcttcPhePheSer360etcLeu3tclietecSerCC3ProgacAsp365gasGluAspAsnccttegProSer370secThrt3CTyrlie1219gsgttcGluPhe375tacTyrclietwtaggtstttacgacaaatag1254<210〉72<211〉377<212>PRT<213>谷氨酸棒桿菌<formula>formulaseeoriginaldocumentpage221</formula>290295ValAlaGlyValAspThrAsp工leLeu305310HisLeuSerArgAsnLeuGlyAsnLeu325SerProValGlyHisAspAlaPheLeu340345ArglieValArgAsnPhePheSerLeu355360ProSerThrTyr工leGluPheTyr工le370375TyrPro315!LeuAla330300TyrHisGinGinGlu320MetAlaLys工leVal335ThrGluSerArgGinMetAsp350工leSerProAspGluAspAsn365<210>73<211>1210<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)..(1210)<223>FRXA00403<400>73tttttcagactcgtgagaatgcaaactagactagacagagctgtccatatacactggacg60aagttttagtcttgtccacccagaacaggcggttattttcatgcpcaccetcgcg115MetProThrLeuAlacctteaProSei:ggtGlyC33Gincttg33LeuGlu10lieGingcgAla3tclie15ggtGlyga^tAspgtcValtecSer3CCThr20Glu163gecggaAlaGlygcaAla3tClie253tt工leThr33CAsngetAlaGlu30工legecAlat3tTyrC3CHiscgcArg35tggTrpggtGly211gs3tacGluTyrcgcArg40gtaValAspLysgasGluggaGly45cgcArgageSer33tAsngtcValgttVal50etcLeuliegasGlu259escgecHisAla55etcLeu3CtThrggagatGlyAsptecSer60AsnAlagecAlagatAsptggTrp65tggTrpgetAlagacAspttgLeu307etcggtLeuGly70cccProggcGly333gecLysAla75lieAsn3CtThrAspattlie80TyrtgcCysgtgVal3tclietgtCys853553CCThrAsngtcVallieggtggtGlyGly90tgcCysAsnggtGlytecSer953CCThrGlycctProggcGlytec100atgMet■403catccagatggaaatttctggggtaatcgcttccccgecacgtecattHisProAspGlyAsnPheTrpGlyAsnArgPheProAlaThrSer工le451222105110115cgtgatcaggtaaacgccgaaaaacaattcetcgacgcaetcggcateArgAspGinValAsnAlaGluLysGinPheLeuAspAlaLeuGlylie120125130499secThrThr135gtcValgccAlaAlaValcttLeu140ggtGlyggtGlytecstgggtSerMetGly145ggtGlygccAlacgcArgsecThr547etagagtgggccgcaatgtacccagaaactgttggcgcagetgetgttLeuGluTrpAlaAlaMetTyrProGluThrValGlyAlaAlaAlaVal150155160165595cttLeuAlagttValtctSergcaAla170cgcArggccAlaageSergccAlatggcsaateggcattcaatecTrpGin工leGlylieGinSer175180643gccAlaGin3ttliesagLys185gcgAla3ttlieg33GluAsnAsp190caccactggcacHisHisTrpHisgs3Glu195GlyAsn691tactacgaatecggctgcaacccagccaccggaetcggcgccgcccgaTyrTyrGluSerGlyCysAsnProAlaThrGlyLeuGlyAlaAlaArg200205210739cgca^tcgccescetcacctsccgtggcg33ctsstcg3cg33cgcArg工leAlaHisLeuThrTyrArgGlyGluLeuGlulieAspGluArg215220225787ttcggcaccaaagcccaaaagaacgaaaacccaetcggtccctaccgcPheGlyThrLysAlaGinLysAsnGluAsnProLeuGlyProTyrArg23023524024583533gLyscccProgacAspGincgcArg250ttcPhegccAlagtgValGlutectacttggactaccaagcaSerTyrLeuAspTyrGinAla255260883Asp!LysVal265GincgtArgttcPhegscAspgccAla270ggctec七3CgtcGlySerTyrValttgLeu275etcLeu3CCThr931gacgccetcaaccgccacgacattggtcgcgaccgcggaggcetcaacAspAlaLeuAsnArgHisAsp工leGlyArgAspArgGlyGlyLeuAsn280285290979aaggcaetcgaatecatea_aagttccagtccttgtcgcaggcgta_gatLysAlaLeuGluSerlieLysValProValLeuValAlaGlyValAsp2953003051027accgatattttgtacccctaccaccagcaaga_a_cacetctecagaaacThrAsplieLeuTyrProTyrHisGinGinGluHis!LeuSerArgAsn3103153203251075ctgggaaatetactggcaatggcaaaaategtateccctgtcggccacLeuGlyAsnLeuLeuAlaMetAlaLys工leValSerProValGlyHis3303353401123gstgetAspAlattcPheetc!Leu345secThrg33GluSercgcArgGin3503tggstcgcstcMetAspArg工legtgVal355Arg33CAsn1171ttcttcageetcatetecccsgacg3agac33cccttegPhePheSerLeulieSerProAspGluAspAsnProSer3603653701210<210><211><212><213〉74370PRT谷氨酸棒桿菌<400>74MetProThr1AspValTyrHisValVal50TrpTrp65TyrCysGlyProProAlaAspAla130GlyGly145GlyAla工leGlyTrpHis!LeuGly210Glulie225!LeuGlyLeuAspSerArg35!LeuAlaPro5ThrGluAla20TrpGlyGluLeulieGluHisAlaValGlyThr115LeuAlaAla工leGlu195AlaAspProTyrArg245TyrGinAlaLysAspSerGlyGinLeuGlulieGinAla工leGly1015工leAlaAspLeuLeu70工leCysThr85SerMetHis100SerlieArgGlylieThrArgThrLeu150AlaValLeu165GinSerAla180GlyAsnTyrAlaArgArgGluArgPhe230GlyAla工le25TyrArgVal40AlaLeuThr55GlyProGly工leThrAsnAspGlyLysAspAla75GluAlaGlu30GlyArg45SerAsnSer60AsnAlaAlaAsplieAsnThrAspAsnVal工leGlyGlyCysAsnGly90Ser95工le80ThrProAspGly105AspGinVal120ThrValAla135AsnPheTrpAsnAlaGluGlyAsn110LysGin125ArgPhePheLeuAlaValLeuGlyGlySerMet140GluTrpAlaAlaMetTyrProGluThrVal155160AlaValSerAlaArgAlaSerAlaTrpGin175Ginlie!Lys185TyrG丄uSer200lieAlaHis215GlyThrLysProAspGinLysLeuVal170Ala工leGluGlyCysAsnAsnAsp190ProAla205HisHisThrGlyLeuThrTyrArgGlyGluLeu220AlaGinLysAsnGluAsn235Pro240Arg250PheAlaValGluSer255TyrGinArgPheAspAlaGlySerTyrValLeu275ArgGly290260Leu!LeuGlyGlyValHisLeuSerArgValAla305ArglieProSer370Val355ThrAspAlaAsnLysAla295AspThrAsp310AsnLeuGly325265IjSUAsn280ArgHisAsp工le285270GlyArgAspLeuGluSerlieLeuTyi工leLys300ProTyr315ValProValLeuHisGinGinAsnLeuLeuAlaMetAlaLyslie330335Glu320ValSerProValGlyHisAspAlaPheLeu340345ArgAsnPhePheSerLeu360ThrGluSerArgGinMetAsp350工leSerProAsp365GluAspAsn<210><211><212><213>75687DNA谷氨酸棒桿菌<220〉<221><222><223〉CDS(101)..(664)RXS03158<400>75caaagctcaccgaaggcaccaacgccaagttggttgttgacaacaccttggcatccccat60acctgcagcagccactaaaactcggcgcacacgcaagtccttgcactecaccaccLeuHisSerThrThr115sagLysTyra^tclieGluGly10C3CHistecSerAspgttValgttVal15ggcggcGlyGlycttLeugtgValggtGly203CCThr163AsngaicAspGingaaGlu25atgMetgacAspGluGluctgLeu30ctgLeuttcatgPheMetcagGinGly35ggcGlyaitc工le211GlyccgProclie40CC3ProteaSergttValttcPheAsp45Alat3CTyrctgacc!LeuThrgecAla50cgtArgggcGlyetcLeu259sagLys3CCThr55cttgcaLeuAlagtgValcgcatgArgMet60ga_tAspcgcArgC3CHistgcgscCysAsp65AsnAlaGlu33g!Lys307工le70gcgAlaga_attcGluPhectg!LeugsctecAspSer75cgcArgCC3ProGlugtctecValSer803CCThrgtgValetcTyr85355CC3ProggtGlyctgLieusagLys90C3CCC3HisProggcGlyC3CHisgaaGlu95gtcValgc3AlagcgAlaaagcag!LysGin100atgMet403cgcArgttcPheggcGly105ggcGlyatg3tcMet工letecSergtcVal11〇cgtArgttcPhegcaAlaggcGlyggcg33GlyGlu115gaaGlu451AlagetAlaLys12033gLysttcPhetgtaccCysThrtecSer1253CCThrLysctgLeulietgtCys130ctggecLeuA上agagGlu499tecSeretcLeu135ggtGlyGlygtgValgaatecGluSer140etc二euctgLeugagGluescHisCC3Pro145gcaAlasec3tgThrMet3CCThr547C3CHis150cagGintC3SergetAlagecAlaggctctGlySer155GinetcLeuGlugttVal160ccccgcgacetcProArgAspLeugtgVal165595cgcArg3tclietecSer工leggtGly170lieGluAsp3tt工leg33Glu175AspctgLeuetcgcag3tLeuAlaAsp180gtcVal643gagGlucaggecGinAlaetcLeu18533tAsncttAsnIjSUt3g333ct3tttggcggc33gc3687<210>76<211〉188<212>PRT<213>谷氨酸棒桿菌<400>76LeuHisSerGlyLeuValMetGinThrAla50AspAsn65Gly35ArgAlaAlaLysAlaGlyGly115ThrGly20GlyGlyThr5ThrlieLeuLysTyj:工leGluAsnAspGlyProAlaGlu!LysSerThrValLeuGin100Tyr85MetGlyHis10SerAspGinGlu25MetAspGluGluliePro40SerValPheLysThr55工leAla70LeuAlaValArgGluPheProGlyLeuLysLysArgGluGluAlaAlaPheGly105LysLys120LeuAsp75AsnHis90GlyMetPheCysAsp45Met60SerProValVal15LeuLeu30AlaTyrArgHisAspArgProGluGly工leSerThrSer125HisGlu95ValArg110GlyPheLeuCysVal80ValPheThrLysLeu工leCys130LeuAlaGluSerLeu135GlyGlyValGluSer140LeuILeuGluHisProAlaThrMetThrHisGinSerAlaAlaGlySerGinLeuGluVal145150155160ProArgAspLeuValArglieSerlieGly工leGluAsplieGluAsp165170175LeuLeuAlaAspValGluGinAla!LeuAsnAsnLeu180185<210>77<211>617<212>DMA<213>谷氨酸棒桿菌<220><221〉CDS<222>(1)..(594)<223>FRXA00254<400>cagGin77CC3ProLieu333LysetcggcgcaLeuGlyAlaC3cgesHisAlagtcVal10ttgescLeuHistecSer3CCThrsecThr1533g!Lys48tac3tclieGlyGly20esctecgscHisSerAspgttgttValVal25ggcGlyggccttGlyLeugtgValgttVal303CCThrAsn96AspcagGing33Glu35atgMetgacgasgaaAspGluGluctgctgLeuLeu40ttcPheMetGinggcGly45ggcGly3七ClieggaGly144ccgateccateagttttcgatgcatacctgaccgeccgtggcetcaagProlieProSerValPheAspAlaTyrLeuThrAlaArgGlyLeuLys5055601923CCThr65cttLeugc3AlagtgValcgcatggatArgMetAsp70cgcca_cArgHistgcCysAspAsn75gcaAlagasGlu33gLys3tclie80240gcgAlaGluttcPhectgLeug3cteccgcAspSerArg85cc3gsgProGlugtcVal90tec3CCSerThrgtgValetcLeu95CC3Pro288ggtGlyctgLeusagLysAsn100escccsggcHisProGlyescgasHisGlu105gtcValgc3gcgAlaAlasagLysGin110Met33gLys336cgcArgttcPheggcGly115ggcGlyatgatetecMet工leSergtccgtValArg120ttcPhegcaggcAlaGlyggcGly125g33GlugasGlugc3Ala384getaagaagttctgtacctecaccaaactgatetgtctggecgsgtecAlaLysLysPheCysThrSerThrLysLeulieCysLeuAlaGluSer130135140432etcLeu145ggtGlyggcGlygtgValgaatecetcGluSerLeu150ctgg3gLeuGluca^cHisCC3gesProAla155ThrMet3CCThrC3CHis160480cagteagetgecggctctcagetcgaggttccccgcgacGinSerAlaAlaGlySerGinLeuGluValProArgAsp165170etcgtgcgcLeuValArg175528stctecsttggt3ttg33gsc3ttg33g3cctgetcges工leSerlieGly工leGluAsp工leGluAspLeuLeuAla180185gatgtcgagAspValGlu190576csggecGinAlaetcLeu19533tCttAsnAsniLsutagaaactatttggcggcaagca617<210><211><212><213><400>GinPro78198PRT谷氨酸棒桿菌78TyrlieAspGinProlie50ThrLeu65LeuLysGlyGly20GluMet35ProSerAlaValAlaGluPheLeuGlyLeuArgPheAlaLys130LeuGly145LysAsn100GlyGly115LysPheGlyVal工leSerGinAlaLeuGlyAlaHisHisSerAspValAspGluGluLeu40ValPheAspAla55ArgMetAspArg70AspSerArgPro85HisProGlyHisGinSerAlaAlaAlaVal25ValLeuHisSerThrThr!Lys1015GlyGlyLeuValValThrAsn30LeuPheMetTyrLeuHisCysMet工leSerVal120CysThrSerThr135GluSerLeuLeu150GlySerGinEeu165GluGlu105ArgLysGluHisGlulieGly180!LeuAsn195lieGluAsp工leGluAsp185AsnLeuGinGlyGlylieGly45Val90ValPheLeuVal170ThrAlaArgGlyLeuLys60AspAsnAlaGluLyslie7580SerThrValLeuTyrPro95AlaAlaLysGinMetLys110AlaGlyGlyGluGluAla125工leCysLeuAlaGluSer140ProAlaThrMetThrHis155160ProArgAspLeuValArg175LeuLeuAlaAspValGlu190<210〉79228<211><212><213>1170DNA谷氨酸棒桿菌<220〉<221><222><223>CDS(101)--(1147)RXA02532<400〉79gatgaatttttacccaccatctgtacctattaaccctgcgtggcgtccacccacagtaac60tgtgcaagcgggacggccagccagaactcctggtgcgccg3tgMet1AsnCC3ProcctPro3tClie5115acgThrttgLeutecSerageSeractThr10TyrgttValC3tHisAsptca_Ser15GluLysgetAlatatTyrgggGly20cgcArg163gatggcaatgatggatggggtgcatttgaggetgecatgggaactetaAspGlyAsnAspGlyTrpGlyAlaPheGluAlaAlaMetGlyThrLeu253035211gatAspggtGlygggGly40ttcPhegcgAlagtaValtctSerTyr45tctSertC3SerggtGlyttgLeugc3Ala50gcgAlaAlaacgThr259tegSer3tt工le55getAlag3tAspttgLeugttValcctPro60setThrggtGlyggcGlyThrgttVal65gttValLeucctPro333307getgecAlaAla70t3tTyrTyrggcGlygtgVal753CCThr33tAsn3ttliettcPhegecAla80aggArgatgMetg33GlugecAlacgcArg85355attgetgetgetcaaggtgcagatgtggtgtgggtggaategateget工leAlaAlaAlaGinGlyAlaAspValValTrpValGluSer工leAla105110115451aatccgaegatggtggtagetgatatecctgcaatagtcga_cggtgtgAsnProThrMetValValAlaAsp工leProAlalieValAspGlyVal120125130499cgtgggcttggagttttgactgtcgttgacgcgactttcgcaa_cgcca_ArgGlyLeuGlyValLeuThrValValAspAlaThrPheAlaThrPro135140145547cttcgtcaacgtccattggaacttggtgetgatattgtgctttactegLeuArgGinArgProLeuGluLeuGlyAlaAsp工leValLeuTyrSer150155160165595gcaaccaaacttateggtggacactctgatcttcttcttgga_gtcgcaAlaThrLysLeulieGlyGlyHisSerAspLeuLeuLeuGlyValAla170175180gtgtgcaagtctgagcaccatgcgcagtttcttgecactcaccgtcat643691ggaaggctgaaggttcgaactgttgatgcagacaataccgaaGlyArgLeuLysValArgThrValAspAlaAspAsnThrGlu9095gG229ValCys!LysSerGluHisHisAlaGinPheLeuAlaThrHisArgHis185190195gstestggttcsgtgccgggsggtcttgssgcgtttcttgetetccgtAspHisGlySei:ValProGlyGlyLeuGluAlaPhe!LeuAlaLeuArg200205210ggattgtattecttggcggtgcgtcttgatcgagcagaatecaacgesGlyLeuTyrSerLeuAlaValArgLeuAspArgAlaGluSerAsnAla215220225739787gtcValCt3LeucccProtctSer265ggaGlytgtCysggaGlyAsn3tgMet270ttgtC3tttSerPhegagGluctt!Leu275AspgcaAla931ThrcctProgasGlu280cg3Arg3CtThrg3tAspgagGlu3ttlie285etcLeuGluagectgSerLeutC3Ser290cttLeutt3Lieu3CCThr979C3CHisgcgAla2953CCThrSertggTrpGlyggtGly300gtgValgasGluThrgec3ttAl3lie305GlucgtArgcgcArg3CCThr1027Arg310eggArgAspgetAlaGlugtgVal315gtgValAlags3GluValccgstgProMet320setThrcttLeutgcCyscgcArg3251075gttValtecSerGly3tt工le330gs3GluAspgttValg33GluAsp335ct3tggLeuTrpGluAspetcLeu340Asn1123gecAlatC3SeratelieAsp345LysgttValctgIjeuggtGlyt3g33ctcgtsgccsgt33ccsg1170<210>80<211>349<212>PRT<213>谷氨酸棒桿菌<400>80MetAsnPro1Prolie5ThrLeuSerSerThrTyrValHisAspSer1015GluLysAlaTyiAlaMetGly20Gly35ArgAspThrLeuAspGlyGlyAsnAspGlyTrpGly25GlyPheAlaValSer40AlaTyr45Phe30GluAlaSerSerGlyLeuAla50AlaAlaThrSerlieAlaAspLeuValPro5560ThrGlyGlyThrctttegeggcgacttaacgcgcatcctteggttacccgcgtc835LeuSerArgArgLeuAsnAlaHisProSerValThrArgVal235240245aattatccaggscttcctgatgatccccaaestgasaaaAsnTyrProGlyLeuProAspAspProGinHisGluLys250255lyGc1AgVc丄ValValLeuProLysAlaAlaTyrTyr6570ArgMetGluAlaArgGlyArgLeuLys85AsnThrGluGluVallieAlaAlaAla100105ValGluSerlieAlaAsnProThrMet115120lieValAspGlyValArgGlyLeuGly130135ThrPheAlaThrProLeuArgGinArg145150lieValLeuTyrSerAlaThrLysLeu165LeuLeuGlyValAlaValCysLysSer180185AlaThrHisArgHisAspHisGlySer195200PheLeuAlaLeuArgGlyLeuTyrSer210215AlaGluSerAsnAlaAlaGluLeuSer225230SerValThrArgValAsnTyrProGly245GluLysAlaValArgValLeuProSer260265PheGluLeuAspAlaThrProGluArg275280LeuSerLeu!LeuThrHisAlaThrSer290295lieGluArgArgThrArgArgAspAla305310MetThrLeuCysArgValSerValGly325TrpGluAspLeuAsnAlaSerlieAsp340345GlyValThrAsnliePheAla7580ValArgThrValAspAlaAsp9095GinGlyAlaAspValValTrp110ValValAlaAsplieProAla125ValLeuThrValValAspAla140ProLeuGluLeuGlyAlaAsp155160工leGlyGlyHisSerAspLeu170175GluHisHisAlaGinPheLeu190ValProGlyGlyLeuGluAla205LeuAlaValArgLeuAspArg220ArgArgLeuAsnAlaHisPro235240LeuProAspAspProGinHis250255GlyCysGlyAsnMetLeuSer270ThrAspGlu工leLeuGluSer285TrpGlyGlyValGluThrAla300GluValValAlaGluValPro315320lieGluAspValGluAspLeu330335LysValLieuGly<210>81<211>861<212>DNA<213〉谷氨酸棒桿菌231<220><221〉CDS<222>(101)..(838)<223〉RXS03159<400>81aggggctagttttacacaaaagtggacagcttggtctatcattgccagaagaccggtcct60tttagggccatagaattctgattacaggagttgatctaccttgLeu1tcttttPheg3cAspCC3Pro11533C3CCAsnThrGlnggtGlyttcPhe10tccSeractThrgcaAlatcgSer3tt工le15C3CHisgetAlagggGlyt3tTyrgagGlu20CC3Pro163AspAspTyrt3CTyr25ggtGlytcgSer3tt工leAsn3CCThr30CC3Pro3tCliet3tTyrgecAlatccSer353CCThrsecThr211ttcgcgPheAlaGin40AsngetAlaProAsnGlu45ctgLeucgcArgggcGlyTyr50gagGlut3CTyr3CCThr259cgtgtgArgVal55ggcGlyAsncccPro3CCThratelie60gtgValgc3Alatt3LeuGlucagGin653CCThrgtcValgc3AlagcaAla307etcgs3LeuGlu70ggcGlygcaAlasagt3tTyr75ggcGlycgcArggcaAlattcPhetccSer80tccSerggcGlyMetgetAlaAla85355secgscThrAsp3tcliectgLieuttcPhe90cgcArg3tClie3tclieetcLeusagLys95ccgProggcGlyAspC3CHis工le100gtcVal403etcggc!LeuGlyAsngatAsp105getAlaTyrggcGlyggaGly3CCThr110taccgcTyrArgctgLeulieAsp1153CCThrgtaVal451ttcaccgcaPheThrAla120tggTrpggcGlygtcValgaaGlut3CTyr1253CCThrgttgttValValAsp3CCThr130tccSergtcValgtgVal499gaagaggtcaaggcagcgateasggacaacaccaagctgatetgggtgGluGluValLysAlaAlalieLysAspAsnThrLysLeulieTrpVal135140145547gcaaagetcaccgaaggcaccaacgecaagttggttgttgacaacacc643AlaLysLeuThrGluGlyThrAsnAlaLysLeuValValAspAsnThr170175180ttggcatccccatacctgcagcagccacta_aaaetcggcgcacacgca691LeuAlaSerProTyrLeuGinGinProLeuLysLeuGlyAlaHisAla185190195agtccttgcactccaccaccaagtacstcgsaggacactccgacgttg739gaaaccccaaccaacccagcacttggcateaccgacateGluThrProThr:AsnProAlaLeuGly工leThrAsp工le150155160c1gAgGSerProCysThrProProProSerThrSerLysAspThrProThrLeu200205210ttggcggccttgtgggtaccaaegaccaggaaatggaegaagaactgcLeuAlaAlaLeuTrpValProThrThrArgLysTrpThrLysAsnCys215220225787tgtteatgcagggcggcateggaccgateccatcagttttegatgcatCysSerCysArgAlaAlaSerAspArgSerHisGinPheSerMetHis230235240245835acctga_ccgcccgtggcctcaagaccThr861AsnThrGinGlyPheSerThrAlaSer工leHis1015AspAspTyrTyrGlySerlieAsnThrProlie30PheAlaArgVal55LeuGlu70ThrAspLeuGlyPheThrGluGlu135GluThr150Gin40GlyGly25AsnAlaAsnProAlaLys工le!LeuAsnAla120ValAsp105TrpPhe90AlaGlyAlaProThrAsnProAsnGluThrlieVal60TyrGlyArg75ArglielieTyrGlyGlyValGluTyr125Ala工leLys140ProAlaLeu155LeuArgLysAlaLi已uGluAlaLeuThr110AspGlyLeuAlaSerProTyr!LeuGinGin185PheSer80LysPro95TyrArgThrValValAlaLysLeuThrGluGlyThrAsnAla170SerProCys200ThrProProProSer205Pro190ThrAsnThrlieThr160LysLeu175LeuLysSerLys<210>82<211>246<212>PRT<213>谷氨酸棒桿菌<400>82LeuSerPheAspProAlaGlyTyrGluPro20TyrAlaSerThrThr35GlyTyrGluTyrThr50GinThrValAlaAla65SerGlyMetAlaAla85GlyAspHis工leVal100LeulieAspThrVal115AspThrSerValVa丄130AsplieGluAlaVal165ValValAspAsnThr180LeuGlyAlaHisAla195Leu工leTrpVals5VI4L1LeuLeuAlaAlaLeuTrpValProThrThrArgLys210215220TrpThrLysAsnCysCysSerCysArgAlaAlaSerAspArgSerHis225230235240GinPheSerMetHisThr245<210><211><212><213>83703DNA谷氨酸棒桿菌<220><221><222〉<223>CDS(101)..(703)FRXA02768<220><223〉所有的n=任意核苷酸<220〉<223〉所有的Xaa=任意氨基酸<400>83sggggctagttttscscaassgtggscagcttggtctstcattgccsg33gsccggtcct60ttt3gggcc3tagasttctgattscaggagttgatctsccttgtcttttLeuSerPheAspCC3Pro11533CAsn3CCThrGinggtGlyttcPhe10tecSersetThrgcaAlategSer3ttC3ClieHis15getgggtatAlaGlyTyrgagGlu20CC3Pro163gacgactactscggttegsttsacseeccsatetatgectecsecaccAspAspTyrTyrGlySerlieAsnThrProlieTyrAlaSerThrThr253035211ttcgcgcagascgetccsaacgaactgcgcassggct3CgsgtscaccPheAlaGinAsnAlaProAsnGluLeuArgLysGlyTyrGluTyrThr404550259cgtArggtgVal55ggcGlyAsncccPro3CCThr3tC工le60gtgValgc3AlattsgagLeuGlucagsecgtcGinThrVal65gcaAlagcaAla307etcLeu70g33GluggcGlygcaAla33gLystatTyr75ggcGlycgcArgAlattctecPheSer80tecggc3tgSerGlyMetgetAlagc3Ala85355secThrgacAsp3tcliectgLeuttcPhe90cgcArgatelie3tClieetcLeu33gccgLysPro95ggcgatcacGlyAspHisstclie100gtcVal403etcggcaacgatgettscggcggs3cctsccgcctgategacsecgtaLeuGlyAsnAspAlaTyrGlyGlyThrTyrArgLeulieAspThrVal105110115ttcaccgcatggggcgtcgaatacaccgttgttgatacctecgtcgtg499PheThrAlaTrpGlyValGluTyrThrValValAspThrSerValVal120125130gaagaggtcaaggcagcgateaaggacaacaccaaggetgatcttggt547GluGluValLysAlaAlalie!LysAspAsnThrLysAlaAspLeuGly135140145gtntgcValCysThrThrgngcacXaaHis333cctProacgThr200setThrtegSer185csgGinteacccgaaaggcaccaaccccaagettgttgtttg643SerProGluArgHisGinProGinAlaCysCysLeu170175180cattecccatacctgcagcanccacttaaaanttnn691HisSerProTyrLeuGinXaaProLeuLysXaaXaa190195703〈210><211><212><213><220><223>84201PRT谷氨酸棒桿菌<400>!LeuSerAlaGlyTyrAlaGlyTyr50GinThr65SerGlyGlyAsp!LeulieAspThr130AlloccurrencesofXaa=anyaminoacid84PheAspProAsnThrGinGlyTyrPheSerThrAlaSer工leHis1015Glu20ProAspAspTyrTyrGlySer25Ser35ThrThrPheAlaGluTyrThrArgValAlaAlaMetAlaAla85Leu70Thi:HisAsp115lie100Val55GluAspGlyGin40GlyGlyAsnAlaProAsnProThrlieAsnThrProlie30AsnGluLeuArgLys45lieValAlaLeuGlu60AlaLysTyrGlyArgAlaPheSer7580lie!LeuPheArg工lelieLeuLysPro90.95ThrValPheThrSerValValGluGlu135AsnAla120ValAspAlaTyrGlyGlyThrTyrArg105110TrpGlyValGluTyrThrValVal125LysAlaAlalieLysAspAsnThr140ggaaacccca_accaacccageactttggcattacccga_cateGlyAsnProAsnGinProSerThr!LeuAlaLeuProAsp工le150155160gIA1gG235LysAlaAspLeuGlyGlyAsnPro145150ProAsp工leGluAlaValCysLys165GinAlaCysCysLeuThrThrPro180ProLeuLysXaaXaaXaaHisThr195200AsnGinProSerThrLeuAlaLeu155160ThrSerProGluArgHisGinPro170175SerHisSerProTyrLeuGinXaa185190Gin<210〉<211><212><213>851113DNA谷氨酸棒桿菌<220><221><222><223>CDS(101)..(1090)RXA00216<400>85gtgttgctcgcggccaggcagcagtgctgtacctgcctgacgcggatggtgacatcgttc60ttggatcaggcaccatctgccacacggagtcttaagaaaattgggcgettatggt115LeuGlyAlaTyrGlyttaggtLeuGlyGlucttLeucctPro10Gly333IjystecSergecAlagcgAla15gaagecGluAlagecAlaAsp3ttlie20工le163cagggtGinGlygasGluacgThr25ggcGlyAspcttLeuetc!LeuestHis30liecctcsgProGincttLeuccgPro35gcgAlacgaArg211ggtttgggtgetgatctgateggtcgaaccgtcggtctgctggacatgGlyLeuGlyAlaAspLeulieGlyArgThrValGlyLeuLeuAspMet4045502593tC工leAsn55gttValAspcgcArggggGlygecAla60cgaArgtctSertggTrpgtgstgValMet65SerThrcgcArgcccPro307ageaga_SerArg70ttgLeu3cgThrC3CHisctgLeu753CCThrggcGlyAspttcPhecttgacLeuAsp80atgMetg己tAspttgLeugatAsp85355gcgtgcAlaCysgagGluGlu3CCThr90tggTrpGlyacgThrggcGlygtc95AspLysLeu333Lys3tclie100Gin403gttgetValAlaggtGlycccPro105tggTrpsetThrtt3LeuggtGlygcgAla110cgcArg工leGluttgLeugecAla11533tAsnggcGly451estcgcHisArggttVal120ttgLeutctg3tSerAspcgcArgggtGly125gcgAlaatgMetcgtgstArgAspetcLeu1303cgThrc3gGinAla499<table>tableseeoriginaldocumentpage237</column></row><table>1AlaAlaAsp工lelieGin20GinLeuProAlaArgGly35GlyLeuLeuAspMetlie50MetSerThrArgProSer6570AspMetAspLeuAspAla85EysLeuLys工leGinVal100GluLeuAlaAsnGlyHis115AspLeuThrGinAlaLeu130ValAlaGlyArgPheArg145150GluLeu!LysSerLeulie165Asplie工leProAlaVal180GinValPheSerSerlie195GinlieProThrTrpAsp210Gin工leSerMetAspGin225230GlyGluThrlieThrSer245GlyLysAspValValAsp260ValGluValAlaArgPhe275LeuValAspAlaValAsp290ThrlieThrGluAlaAla305310GluMetLeuSerLysAsp325GlyGluThrGlyAspLeu25LeuGlyAlaAspLeulie40AsnValAspArgGlyAla5560Arg!LeuThrHisLeuThr75CysGluGluThrTrpGly90AlaGlyProTrpThrLeu105ArgValLeuSerAspArg120lieAlaGlylieAspAla135140AlaGluValGinValGin155AspGlySerLeuProGly170AsnValAlaAspAlaSer185GluGlyProThrTyrLeu200ValAlaArgGlyAlaGly215220ValArgGlyAsnGluHis235Gly工leArgLeuGly!Leu250GluLeu!LeuGluArgPro265PheAspArgLeuGlyVal280工leHisProGlyGluAsp2953001015LeuGly45ArgGlyThrGlyHis工lePro30ArgThrValSerTrpValAspPheLeu80GlyValAsp95AlaArglie110GlyAlaMetArg125HisAlaArgLyslieAspGluPro160ThrSerThrPhe175GluArglieuGin190AsnLeuThrGly205AlaAspThrValLeuAspGlyPhe240GlylieThrThr255ArgGin!LysAla270GlyArgAsnTyr285LeuValGinGlyGinAlaTyrArgMetAlaArgValMetSer315320SerCysAsp!Leu330<210>87<211>551<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(1)…(528)<223>RXA02197<400>87gccgsaAlaGlucgcArgMetcgcArgtttPhe3gcttcSerPhecc3cgcProArg10cagGinGincgcArgggcGlyaggArg15ttcPhe48ttgtgcLeuCys3tC工legcgAla20AspttcPheattcgclieArgcc3cgcProArg25gagGluGingetAlagtcVal30LysAsp96ggcC33GlyGingtgVal35gacAspgtcValatgMetccsttcProPhe40ca_gctgGinLeugtcVal3CCThratgMet45ggtGly33tAsncctPro144attgetgatttcgccaacgagttgttcgcagccaatgaataccgcgag192lieAlaAspPheAlaAsnGluLeuPheAlaAlaAsnGluTyrArgGlu505560tacttggaagttcacggcateggcgtgcagetcaccgasgcattggcc240TyrEeuGluValHisGlylieGlyValGinI>euThrGluAlaLeuAla65707580gagtactggcacteccgagtgcgcagegaaetcaagctgaacgacggt288GluTyrTrpHisSerArgValArgSerGluLeuLysLeuAsnAspGly859095ggatctgtcgetgattttgatccagaagacaagaccaagttcttcgac336GlySerValAlaAspPheAspProGluAsp!LysThrLysPhePheAsp100105110ctgg3ttaccgcggcgcccgcttctectttggttscggttcttgccct384LeuAspTyrArgGlyAlaArgPheSerPheGlyTyrGlySerCysPro115120125gatctggaagaccgcgcaaagctggtggaattgetcgagccaggccgt432AspLeuGluAspArgAlaLysLeuValGluEeuLeuGluProGlyArg130135140ateggcgtggagttgtecgaggaaetccagctgcacccagagcagtec480工leGlyValGluLeuSerGluGluLeuGinLeuHisProGluGinSer1451501551603C3g3cThrAspgcgAlatttPhegtgVal165etcLeut3CescTyrHisccagagProGlu170gcaAla33gLystacTyrtttPheAsn175gtcVal528taacacctttgagagggaaaact551<210〉88239工le<211>176<212>PRT<213〉谷氨酸棒桿菌<400〉88AlaGluArgMetArgPhe15LeuCys工工eAlaAspPhe20GlyGinValAspValMetPro35工leAlaAspPheAlaAsn5〇TyrLeuGluVal65GluTyrTrpHisSerPheProArgGinGinArgGly10Arg15PheArgPro25PheGin4〇ArgGluGinAlaVal30!LysAspLeuValThrMet45AsnProHisGly70SerArg85Glu55lieLeuPheAlaGlySerValAla100LeuAspTyrArg115AspLeuGluAsp130lieGlyValGlu145ThrAspAlaPheAspPheGlyAlaArgAlaLeuSer150ValLeu165ValAspArg!Lys135GlyValArgSerProGlu105PheSer120GinGluAspPheLeuValGluGluGluLeuGinAlaAsn60LeuThr75LeuLysLysThrGlyTyrLeuLeu140LeuHis155GlyGluTyrArgGluGluAlaLeuLeuAsnGly125Phe110SerGluProAsp95PheCysGlyAla80GlyAspProArgProGluGinTyrHisProGluAla!LysTyrPheAsn170175Ser160Val<210〉89<211>2599<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)..(2599)<223>RXN02198<400>89agactagtggcgctttgcctgtgttgcttaggcggcgttgaaaatgsactacgaatgaaa60agttcgggaattgtctaatccgtactaagctgtctacacaatgtctactteaMetSerThrSeractteaccageccacaacaacgcacattectecgastttttggatThrSerProAlaHisAsnAsnAlaHisSerSerGluPheLeuAsp101520gtt115Valgcg163Alattggcaaaccatgtgttgateggcgacggcgecatgggcacccagetc211240LeuAlaAsnHisValLeulieGlyAspGlyAlaMetGlyThrGinLeu253035tgtsa^tCysAsn55gagGlulieetcAsnAsp603CCThrcgcArgcctProAspgtgVal65ttgIjeuaggArgcagGin3tt工le307esccgcHisArg70gecAlaTyi:tttPhegagGlu75gcgAlaGlygetAlaga_cAspttgLeu80gttValgagGlu3CCThrAsn3CtThr85355tttggttgcaacctgccgaacttggcggattatgacategetgstcgtPheGlyCysAsnLeuProAsnLeuAlaAspTyrAsplieAlaAspArg9095100403tgccgtCysArggagGlucttgecLeuAla105TyrsagIjysggcGly3CtThr110AlagtgValgetsggAlaArggasGlu115gtgValgetAla451tecctgggacctggaacgaagcttccategctgggccatgcaccgtat547SerLeuGlyProGlyThrLys!LeuProSerLeuGlyHisAlaProTyr135140145gcagatttgcgtgggcactacaaggaagcagcgcttggcateategsc595AlaAspLeuArgGlyHisTyrLysGluAlaAlaLeuGly工lelieAsp150155160165ggtggtggcgatgectttttgattgagactgetcaggacttgcttcag643GlyGlyGlyAspAlaPheLeulieGluThrAlaGinAspLeuLeuGin170175180gtcaaggetgcggttcacggcgttcaagatgecatggetgaacttgat691ValLysAlaAlaValHisGlyValGinAspAlaMetAlaGluLeuAsp185190195acattcttgcccattatttgccacgtcaccgtagagaccaccggcacc739ThrPheLeuProlielieCysHisValThrValGluThrThrGlyThr2〇0205210atgetcatgggttctgagateggtgecgcgttgacagcgctgcagcca787MetLeuMetGlySerGlulieGlyAlaAlaLeuThrAlaLeuGinPro215220225ctgggtategacatgattggtctgaactgcgecaccggcccagatgag835LeuGlylieAspMetlieGlyLeuAsnCysAlaThrGlyProAspGlu230235240245atgagegagcacctgcgttacctgtecaagcacgecgatattcctgtg883MetSerGluHisLeuArgTyrLeuSerLysHisAlaAsp工leProVal250255260teggtgatgcct3acgcaggtcttcctgtcctgggtaaaascggtgca931SerValMetProAsnAlaGly!LeuProValLeuGlyLysAsnGlyAlacaaggctttgacctggacgtggaaaaggatttccttgatctgGinGlyPheAspLeuAspValGluLysAspPheLeuAspLeu404550atggggccgggccgaaacggcatgeggcgtttcgtggttggt499MetGlyProGlyArgAsnGlyMetArgArgPheValValGly120125130gu31gGtp265270275gaatacccacttgaggetgaggatttggcgcaggcgctggetggattcGluTyjcProLeuGluAlaGluAspLeuAlaGinAlaLeuAlaGlyPhe280285290979gtctecgaatatggcctgtecatggtgggtggttgttgtggcaccacaValSerG丄uTyrGlyLeuSerMetValGlyGlyCysCysGlyThrThr2953003051027cctgagcacatecgtgcggtccgcgatgcggtggttggtgttccagagProGluHislieArgAlaValArgAspAlaValValGlyValProGlu3103153203251075caggaaacctecacactgaccaagatecctgcaggccctgttgagcagGinGluThrSerThrLeuThrLys工leProAlaGlyProValGluGin3303353401123gecteccgcgaggtggagaaagaggactecgtcgcgtegctgtacaccAlaSerArgGluValGluLysGluAspSerValAlaSerLeuTyrThr3453503551171teggtgccattgteccaggaaaccggcatttecatgateggtgagcgcSerValProLeuSerGinGluThrGly工leSerMetlieGlyGluArg3603653701219accaactecaacggttecaaggcattccgtgaggcaatgctgtctggcThrAsnSerAsnGlySerLysAlaPheArgGluAlaMetLeuSerGly3753803851267gcacacatgctggatctttgtgtggattacgtgggacgagacggcaccAlaHisMetLeuAspLeuCysValAspTyrValGlyArgAspGlyThr4104154201363gecgatAlaAsp3tgMetgcgAla4253CCThrttgLeugc3AlaAlacttLeu430cttgetLeuAla3CCThragetecSerSer435setThrttg!Leu1411CC3stcProlieatgMet440att工leAsptecSer3CCThrgagGlu445CC3ProgaiggttGluVal3ttlieCgcArgThr450ggcGlycttLeu1459gagcacttgggtggacgaageategttaactecgtcaactttgaagacGluHisLeuGlyGlyArgSerlieValAsnSerValAsnPheGluAsp4554604651507ggcgatGlyAsp470ggcGlycctProGlutecSer475cgcArgTyrGincgca_tcArglie480atgMetctgLysLeuValLys4851555c3gescGinHisggtGlygcgAlagecAla490gtgValgttValgcgAlactgLeu3CC3ttThrlie495AspgaggaaGluG丄uggcGly500C3gGin1603gc3cgtAlaArgsecThrgetAla505GluC3CHis33gLysgtgValcgcArg510sttget工leAlsaaacgactgLysArgLeu515lieAsp1651gaaaagtgtgtggatattgecaagcagcaaacccgcgatggt1315GluLysCysValAsp工leAlaLysGinGinThrArgAspGly395400405gptTtpo3s9gA3242gatateAsplie3CCThr520ggcGlyageSerTyrggcGlyctgLeu525AspateaaagaclieLysAspclie530gttValgtgValAsp1699tgcctgCysLeu535secThrttcPheccgPro3tclietctSer540actThrggcGlycsggs3gasGinGluGlu5453CCThraggArgArgAsp1747ggcsttGly工le550g33Glu3CCThrate工leGlu555gecAlaate工lecgcArggagctgaagGluLeuLys56033g!LysetcLeut3CTyrCC3Pro5651795gas3tcGlulieC3CHis3CCThr3CCThr570ctg!LeuggtGlyctgtecSer33tstttecAsn工leSer575ttcPheggcGlyctgLeu580Asn1843cctgetProAl3AlacgcArg585GingttValcttLeuAsntctSer590gtgttcetc33tValPheLeuAsngagGlu595tgcCys3ttlie1891gaggetGluAlaggtGly600ctgg3cAsptctSergcgAla3tt工le605gcgAlaC3csgctec33g3ttttgccgHisSerSerLyslieLeuPro6101939atgaaccgcattgatgatcgccagcgcgaagtggcgttggatatggtcMetAsnArg工leAspAspArgGinArgGluValAlaLeuAspMetVal6156206251987tatgatcgccgcaccgaggattacgatccgctgcaggaattcatgcagTyrAspArgArgThrGluAspTyrAspProLeuGinGluPheMetGin6306356406452035ctgtttgagggcgtttctgetgecgatgecaaggatgetcgcgetgaaLeuPheGluGlyValSerA丄aAlaAspAlaLysAspAlaArgAlaGlu6506556602083cagctgGinLeugecAlagetAla665MetcctProttgLeutttPhegagGlu670cgtttggescsgArgLeuAlaGincgcArg6753tClie3tClie2131gacggcgataagaatggccttgaggatgatctggaagcaggcatgaagAspGlyAsp!LysAsnGlyLeuGluAspAspLeuGluAlaGlyMetLys6806856902179gagaagtctcctattgcgateateaacgaggaccttetcaacggcatgGluLysSerProlieAlalielieAsnGluAspLeuLeuAsnGlyMet695700705222733gsecLysThr710gtgValggtGlyGluctgLeu715tttPheggtGlytecSerGlycagatgcagGinMetGin720ctgLeuCC3ProttcPhe7252275gtgctgcaa_teggcagaaaccatgaaaactgcggtggectatttgValLeuGinSerAlaGluThrMetLysThrAlaValAlaTyrLeu730735740Glu2323ccgttcProPhe3tgMetg33Glu745gagGluGluAlagasGlugetAla750accggatctgcgThrGlySerAlacagGin755AlagagGlu2371ggc33gggcategtcgtggecsecgtcsagggtgscgtgca_cgstGlyLysGlyLyslieValValAlaThrValLysGlyAspValHisAsp7607657702419stcggc33gaaicttggtgga_catea^ttttgtec33c33cggt七3CgsclieGlyLysAsnLeuValAsp工lelieLeuSerAsnAsnGlyTyrAsp7757807852467gtggtgaacttgggcateaagcagccactgtecgecatgttggaagcaValValAsnLeuGly工leLysGinProLeuSerAlaMetLeuGluAla790795畫8052515gcgAlag33Glug33GluC3CHis333810gc3gscgtc3tcAlaAspVal工leggcGly815atgtegggsMetSerGlycttcttgtgLeu!LeuVal820256333gtecacegtggtg3tg33gC33sec3tcsgcgscLysSerThrValValMetLysGinThr工leSerAsp8258302599<210>90<211>833<212>PRT<213〉谷氨酸棒桿菌<400〉90MetSerThrGluPhe!LeuSerValThrSerProAlaAspAlaLeuAlaAsnHis2025MetGlyThrGinLeuGinGly35His10AsnAsnAlaValLeulieGlyPheAsp40LeuLeuAsp50ValLeu65LeuGluGlyArgGinlieValGluThrAsnAsp工leAlaArgArgPhe130GlyHis145LeuGlyGinAspAlaGlu115Asp100Thr85ArgCysAsn55HisArg70PheGlyCysArgGlulieLeuAlaTyrCysAsnPheLeu9〇AspValGlu45AsnAspThr60GluAlaGly75ProAsnLeuValAlaAspGluGluLeu1〇5MetGly120AlaTyrLysGlyValValGlySerLeuGlyPro135AlaProTyrAlaAspLeuArg150lielieAspGlyGlyGlyAsp165ProGlyGlyAla170GlyArgAsn125ThrLysLeu140HisTyrEys155PheL>eulieHisSerSer15AspGlyAla30LysAspPheArgProAspAlaAspLeu80AlaAspTyr95ThrAlaVal110GlyMetArgProSerLeuGluAlaAla160GluThrAla175!LeuLeuGinValLysAlaAlaValHisGlyValGinAspAla180185MetAlaGlu195GluThrThr210ThrAlaLeu225ThrGlyProAlaAsplieGlyLysAsn275Ala!LeuAla290CysCysGly305ValGlyValGlyProValAlaSerLeu355Met工leGly370LeuAspThrPheLeuProlie工leCys200190HisVal205ThrValGlyThrMetLeu215GinProLeuGly230AspGluMetSer245ProValSerVal260GlyAlaGluTyiMetGlySerGlulieG丄yAlaAlaLeu220GlyPheValSer295ThrThrProGlu310ProGluGinGlu325GluGinAlaSer340TyrThrSerVallieAspMetlie235GluHisLeuArg250MetProAsnAla265ProLeuGluAla280GluTyrGly!LeuGluArgThrAsn375AlaMetLeuSerGlyAspTrp385390GinThrArgAspGlyAlaHis405GlyArgAspGlyThrAlaAsp420ThrSerSerThrLeuPro工le435工leArgThrGlyLeuGluHis450455ValAsnPheGluAspGlyAsp465470MetLysLeuValLysGinHis485AspGluGluGlyGinAlaArg500GlyTyrGlyIj6UAsnLeuSerLeuPro270HislieArgAla315ThrSerThrLeu330ArgGluValGlu345ProLeuSerGin360SerAsnGlySerGluLysCysVal395MetLeuAspLieu410MetAlaThrLeu425MetlieAspSer440LeuGlyGlyArgGlyProGluSer475GlyAlaAlaVal490GluAspLeu285SerMetVal300ValArgAspThr!LyslieLysGluAsp350GluThrGly365LysAlaPhe380AsplieAlaCysValAspAlaAlaLeu430ThrGluPro445SerlieVal460ArgTyrGinCysAla240LysHis255ValLeuAlaGinGlyGlyAlaVal320ProAl3335SerVallieSerArgGluLysGin400TyrVal415LeuAlaValAlaLeuGluValAsnSerThrAlaGluHisLysValArg505510Arglie480Thrlie495工leAlaLysAi:gLeu工leAspAsplieThrGlySerTyrGly515520Asp工leValValAspCysLeuThrPheProlieSer530535540GluThrArgArgAspGlylieGluThrlieGluAla545550555LysLysLeuTyrProGlu工leHisThrThrLeuGly565570SerPheGlyLeuAsnProAlaAlaArgGinValLeu580585LeuAsplieLys525ThrGlyGinGlu工leArgGluLeu560LeuSerAsnlie575AsnSerValPhe590LeuAsnGluCys工leGluAlaGlyLeuAspSerAla工leAlaHisSer595600605SerLys工leLeuProMetAsnArglieAspAspArgGinArgGluVal610615620AlaLeuAspMetValTyrAspArgArgThrGluAspTyrAspProLeu625630635640GinGluPheMetGinLeuPheGluGlyValSerAlaAlaAspAlaLys645650655AspAlaArgAlaGluGinLeuAlaAlaMetProLeuPheGluArgLeu660665670AlaGinArg工le工leAspGlyAspLysAsnGlyLeuGluAspAspLeu675680685GluAlaGlyMetLysGluLysSerProlieAla工lelieAsnGluAsp690695LeuLeuAsnGlyMetLysThrValGlyGlu705710MetGinLeuProPheValLeuGinSerAla725730ValAlaTyrLeuGluProPheMetGluGlu740745700!LeuPheGlySerGlyGin715720GluThrMetLysThrAla735GluAlaGluAlaThrGly750SerAlaGinAlaGluGlyLysGlyLyslieValValAlaThrValLys755760765GlyAspValHisAsp工leGly!LysAsnLeuValAsplie工leLeuSer770775780AsnAsnGlyTyrAspValValAsnLeuGlylieLysGinProLeuSer785790795800AlaMetLeuGluAlaAlaGluGluHisLysAlaAspVallieGlyMet805810815SerGlyLeuLeuValLysSerThrValValMetLysGinThrlieSer820825830Asp<210〉<211><212><213>912578DNA谷氨酸棒桿菌<220〉<221><222><223〉CDS(101)-,(2578)FRXA02198<400〉91agactagtggcgctttgcctgtgttgcttaggcggcgttgagttcgggaattgtctaatccgtactaagctgtctacaca3tgMettctSer3CtThrtC3SergttVal1153CttC3ThrSerCC3ProgccAlaC3CHis10AsnAsngca_AlaestHistecSer15tecSerg33GlutttPhettgLeug3tAsp20gcgAla163ttggesLeuAlaAsncatHis25gtgValttgLeu3tc工leggcGlyAsp30ggcGlygccAlaMetggcGlysecThr35GinetcLeu211caaggctttgacctggacgtggaasaggatttccttgatctggaggggGinGlyPheAspEeuAspValGluLysAspPheLeuAspLeuGluGly404550259tgt33tCysAsn55gagGlu3ttlieetc!LeuAsnAsp60secThrcgcArgcctProgatAspgtgVal65ttgLeuaggArgGin3tt工le307C3CcgcHisArg70gccAlat3CTyrtttPhegagGlu75gcgAlaggaGlygetAlagacAspttgLeu80gttValGlu3CCThr33tAsnsetThr85355tttggtPheGlytgcCysAsnctgLeu90ccgProAsnttgLeugcgAlaAsp95t3tTyrAspliegetAlaga_tAsp100cgtArg403tgccgtCysArggagGlucttgccLeuAla105TyrLysggcGlysetThr110gc3AlagtgValgetAlaaggArgGlu115gtgValgetAla451gatgaga_tggggccgggccgaaacggcatgeggcgtttcgtggttggtAspGluMetGlyProGlyArgAsnGlyMetArgArgPheValValGly120125130499tecctgSerLeu135ggaGlycctggaProGlyThr33gLys140cttLeuProtegSerctgLeuggcGly145estHisAlaccgProt3tTyr547gcagatAlaAsp150ttgLeucgtgggArgGlyC3CHis155Tyr33gLysGlugcaAlagcgAla160cttggcGlylie3tClieAsp165595247ggtggtGlyGlyggcGlygatAspgccAla170tttPhettgLeu3ttlieGlusetThr175getAlaGinAspttgcttLeu180cagGin643gtcssgValLysgetAlagcgAla185gttValC3CHisggcGlygttValGin190AspgccAlaatgMetgetAlagasGlu195cttLeuAsp6913cattcThrPhettgLeu200cccPro3ttlie3tt工letgcCysC3CHis205gtcValThrValgagGlu3CCThr2103CCThrggcGly3CCThr739atgetcMetLeu215MetggtGlytctSerGlulie220ggtGlygccAlaAlattgLeu3C3Thr225gcgAlactgLeuGinPro787ctgggtLeuGly230lieAspMet3ttlie235ggtGlyctgLeuAsntgcCysgccAla2403CCThrggcGlyProgatAspgagGlu245835MetSerGluescHisctgLeu250cgtArgTyrctgLeutecSer33gIjys255C3CHisgccAlaAsp3tt工lecctPro260gtgVal883teggtgSerV3lMetcctPro26533CAsngc3AlaggtGlycttLeucctPro270gtcValctgggtGlyAsn275ggtGlygcaAla931g33tscGluTyrPro280cttLeugagGlugetAlaGlugstAsp285ttgLeugcgAlacagGingcgAlactgLeu290getAlaggaGlyttcPhe979gtctecgaatatggcctgtecatggtgggtggttgttgtggcaccacaValSerGluTyrGlyLeuSerMetValGlyGlyCysCysGlyThrThr2953003051027cctgsgProGlu310C3CHis3tC工lecgtArggcgAla315gtcValcgcArggatAspgcgAlagtgVal320gttValggtGlygttValCC3ProGlu3251075caggaaGinGlu3CCThrtecSerThr330ctgLeu3CCThrIjys3tc工lecctPro335gcaAlaggcGlycctProgttValg3gGlu340Gin1123gcctecAlaSercgcArggagGlu345gtgValgagGluGluAsp350tecSergtcValgcgAlategSerctgLieu355七3CTyr3CCThr1171teggtgSerValCC3Pro360ttgLeutecSercagGings3Glu3CCThr365ggcGly3ttlietecSeratgMetlie370ggtGlygagGlucgcArg1219gcacacatgctggatctttgtgtggattacgtgggacgagacggcacc1363accaactecaacggttecasggesttccgtgaggcaatgctgtctggcThrAsnSerAsnGlySerLysAlaPheArgGluAlaMetLeuSerGly37538038512671315gatattgccaagcagcaaacccgcgatggtAsplieAlaLysGinGinThrArgAspGly-VgytcygCDtTgA(248AlaHisMetLeuAspLeuCysValAspTyrValGlyArgAspGlyThr410415420gccgstAlaAspMetgcgAla4253CCThrttgLeuAlagc3AlacttLeu430cttLeugetAla3CCThr3gcSertecSer4353CtThrttgLeu1411CC33tCProlieatgMet4403ttliegacAsptecSer3CCThrgagGlu445CC3ProgagGlugttVal3ttliecgcArg450ThrggcGlycttLeu1459gsgescGluHis455ttgLeuggtGlyGlycgaArgsgcSer4603tC工legttVal33CAsntecSergtcVal465AsntttPheGluAsp1507ggcgstGlyAsp470ggcGlycctProgagGlutecSer475cgcArgt3CTyrcagGincgcArgstclie480MetLysctgLieuValsag4851555csgescGinHisggtGlygcgAlagccAla490gtgValgttValgcgAlactgLieuThr495lieAspgagGluGluggcGly500Gin1603gc3cgtAlaArg3CCThrgetAla505gagGluC3CHisgtgValcgcArg5103ttliegetAlaArgctg!Leu5153ttliegacAsp1651gatateAsplie3CCThr520ggcGlySert3CTyrggcGlyctgLeu525gatAsp3tclieLysAsplie530gttValgtgValAsp1699tgcctgCysEeu5353CCThrttcPheccgPro3tclietctSer5403CtThrggcGlycagGinGlugasGlu545secThrArgcgaArgAsp1747ggcattGly工le550Glu3CCThr3tC工leg33gccGluAla5553tcliecgcArgGluctgLeu56033gLysLysetcLeuTyrCC3Pro5651795g333tcGlulieC3CHis3CCThr3CCThr570ctgggt!LeuGlyctgLeutecsa^tSsrAsn5753tt工letecSerttcPheggcGlyctgLeu580Asn1843cctgetgesProAlsAlscgcArg585GingttcttValLeuAsntctgtgSerVal590ttcPheetcIjeu33tAsngagGlu595tgcCys3ttlie1891a_tg33ccgc3ttg3tgdtMetAsnArg工leAspAsp615ta_tga^tcgccgcaccgagTyrAspArgArgThrGlu630635ctgtttgagggcgtttctLeuPheGluGlyValSercgccagcgcgaagtggcgArgGinArgGluValAla620625gattacgatccgctgcagAspTyrAspProLeuGin640getgccgatgccaaggatAlaAlaAspAlaLysAspttggatatggtc1987LeuAspMetValg33ttcstgcag2035GluPheMetGin645getcgcgetgaa2083AlaArgAlaGlugetggtctggsctctgcgsttgcgescagetecasgsttttgccg1939AlaGlyLeuAspSerAlalieAlaHisSerSerLyslieLeuPro600605610a1gG650655660csgctggccgetatgcctttgtttga_gcgtttggca_csgcgcstcstcGinLeuAlaAlaMetProLeuPheGluArgLeuAlaGinArg工lelie6656706752131gscggcgatsagaatggccttgsggatga_tctggssgc3ggcstgaagAspGlyAspLysAsnGlyLeuGluAspAspLeuGluAlaGlyMetLys6806856902179gagaagtctcctattgcgateateaacgaggaccttetcaacggcatgGluLysSerPro工leAlalielieAsnGluAspLeuLeuAsnGlyMet6957007052227aagaccgtgggtgagctgtttggttecggacagatgcagctgccattcLysThrValGlyGluLeuPheGlySerGlyGinMetGinLeuProPhe7107157207252275gtgctgcaateggcagaaaccatgaaaactgcggtggcctatttggaaValLeuGinSerAlaGluThrMetLysThrAlaValAlaTyrLeuGlu7307357402323ccgttcatggaagaggaagcagaagetaccggatctgcgcaggcagagProPheMetGluGluGluAlaGluAlaThrGlySerAlaGinAlaGlu7457507552371ggcaagggcaaaategtcgtggccaccgtcaagggtgacgtgcacgatGlyLysGlyLyslieValValAlaThrValLysGlyAspValHisAsp7607657702419ateggcaagaacttggtggacateattttgtecaacaacggttacgaclieGlyLysAsnLeuValAsplie工leLeuSerAsnAsnGlyTyrAsp7757807852467gcggaagaacacaaagcagacgtcateggcatgtegggacttcttgtg2563AlaGluGluHis!LysAlaAspVal工leGlyMetSerGlyLeuLeuVal810815820<210>92<211>826<212〉PRT<213〉谷氨酸棒桿菌<400>92MetSerThrSerValThrSerProA丄aGluPheLeuAspAlaLeuAlaAsnHis2025MetGlyThrGinLeuGinGlyPheAsp3540HisAsnAsnAlaHisSerSer1015ValLeu工leGlyAspG上yAla30LeuAspValGluLysAspPhe4525152578gtgaacttgggcatea_agcagccactgtecgccatgttggaaValAsnLeuGly工leLysGinProLeuSerAlaMetLeuGluaagtecaccLysSerThrgA-VgVg15t32!LeuAspLeuGluGlyCysAsnGlu工leL>eu5055ValLeuArgGinlieHisArgAlaTyrPhe6570ValGluThrAsnThrPheGlyCysAsnLeu8590Asp工leAlaAspArgCysArgGluLeuAla100105AlaArgGluValAlaAspGluMetGlyPro115120ArgPheValValGlySerLeuGlyProGly130135GlyHisAlaProTyrAlaAspLeuArgGly145150LeuGlylielieAspGlyGlyGlyAspAla165170GinAspLeuLeuGinValLysAlaAlaVal180185MetAlaGluLeuAspThrPheLeuProlie195200GluThrThrGlyThrMetLeuMetGlySer210215ThrAla!LeuGinProLeuGlylieAspMet225230ThrGlyProAspGluMetSerGluHisLeu245250AlaAsplieProValSerValMetProAsn260265GlyLysAsnGlyAlaGluTyrProLeuGlu275280AlaLeuAlaGlyPheValSerGluTyrGly290295CysCysGlyThrThrProGluHis工leArg305310ValGlyValProGluGinGluThrSerThr325330GlyProValGluGinAlaSerArgGluVal340345AlaSerLeuTyrThrSerValProLeuSer355360AsnAspThr60GluAlaGly75ArgProAspAlaProAsnLeuAlaAspLeu80AspTyr95TyrLysGlyThrAlaVal110GlyArgAsn125ThrLysLeu140HisTyrLys155GlyMetArgProSerLeuGluPheLeulieGluAlaAla160ThrAla175HisGlyValGinAspAla190工leCysHis205GlulieGly220lieGlyLeu235ArgTyrLeuAlaGlyLeuAlaGluAsp285LeuSerMet300AlaValArg315LjeuThr!LysGlu!LysGluGinGluThr365ValThrValAlaAlaEeuAsnSerPro270CysAla240LysHis255V3lLeuLeuAlaGinValGlyGlyAspAlaVal320lieAsp350ProAl3335SerValGlylieSer251Met工leGlyGlu370AlaMetLeuSer385GinThrArgAspGlyArgAspGly420ThrSerSerThr435ArgThrAsnSerAsnGlySerLysAlaPheArgGlu375380GlyAspTrpGlu!LysCysValAsplieAlaLysGin390395400GlyAlaHisMetLeuAspLeuCysValAspTyrVal405410415ThrAlaAspMetAlaThrLeuAlaAlaLeuLeuAla425430LeuProlieMetlieAspSerThrGluProGluVal440445lieArgThrGlyLeuGluHisLeuGlyGlyArgSerlieValAsnSer450455460ValAsnPheGluAspGlyAspGlyProGluSerArgTyrGinArg工le465470475480MetLysLeuValLysGinHisGlyAlaAlaValValAlaLeuThrlie485490495AspGluGluGlyGinAlaArgThrAlaGluHisLysValArg工leAla500505510!LysArgLeulieAspAsplieThrGlySerTyrGlyEeuAsplie!Lys515520525AsplieValValAspCysLeuThrPheProlieSerThrGlyGinGlu530535540GluThrArgArgAspGly工leGluThrlieGluAlalieArgGluEeu545550555560LysLysLeuTyrProGlulieHisThrThrLeuGlyLeuSerAsnlie565570575SerPheGlyLeuAsnProAlaAlaArgGinValLeuAsnSerValPhe580585590LeuAsnGluCyslieGluAlaGlyLeuAspSerAla工leAlaHisSer595600605SerLyslieLeuProMetAsnArglieAspAspArgGinArgGluVal610615620AlaLeuAspMetValTyrAspArgArgThrGluAspTyrAspProLeu625630635640GinGluPheMetGinLeuPheGluGlyValSerAlaAlaAspAla!Lys645650655AspAlaArgAlaGluGinLeuAlaAlaMetProLeuPheGluArgLeu660665670AlaGinArg工le工leAspGlyAspLysAsnGlyLeuGluAspAspLeu675680685GluAlaGlyMetLysGluLysSerProlieAla工lelieAsnGluAsp252690705AsnMetGinLeuValAlaTyrSerAlaGlyAsp770AsnAsn785Gin755ValGlyAlaMetLeuSerGly!LeuGlyMetLys710ProPheVal725LeuGluPro740AlaGluGlyHisAsplie695ThrValGlyGluLeu715700PheGlySerGlyPheMetGlu745730GluGluAlaGluAla750GlyLysAsn775LeuValTyrAspValValAsnLeu790GluAlaAlaGluGluHis805LeuValLysSerThrVal820825GlyLys810Val工le795AlaAsp780AspVal工leGin720LeuGinSerAlaGluThrMetLysThrAlaGly735ThrLysGlyLys工leValValAlaThrValLys760765lielie!LeuSerGinProLeuGly815Ser800Met<210>93<211〉621<212>DMA<213〉谷氨酸棒桿菌<220><221>CDS<222>(101)..(598)<223>RXN03074<400>93tttgtgggcaatctggttttttcgtaattgtgtgggatgaatctcttaaaaattcacatt60tagcaggacaagcatactgttttagttctatgctgtgggcatgactcaaMetThrGin3gtget115SerAlaccagaattcattgecaccgcagacetcgtagacateateggcgacaac163ProGluPhelieAlaThrAlaAspLeuValAsplielieGlyAspAsn101520gcgcaateatgcgacactcagtttcaaaaccttggaggtgecacagaa211AlaGinSerCysAspThrGinPheGinAsn!LeuGlyGlyAlaThrGlu253035ttccacggaataataaccaccgtgaaatgcttccaagacascgecetc259PheHisGlylielieThrThrValLysCysPheGinAspAsnAlaLeu404550ctgaaatecatectgagegaggataatcctgggggagtgctggttate307LeuLysSerlie!LeuSerGluAspAsnProGlyGlyValLeuVallie556065ga_tggcgacgcatecgtgcacaccgcgetagttggcgacateattgca355AspGlyAspAlaSerValHisThrAlaLeuValGlyAsp工lelieAla70758085ggacttggaaaagatcatggttggtecggagtaattgtcaacggagcaGlyLeuGlyLysAspHisGlyTrpSerGlyVal工leValAsnGlyAla9095100attcgagactecgcagtcateggcaccatgacctttggttgtaaageclieArgAspSerAlaVal工leGlyThrMetThrPheGlyCysLysAla105110115cttggaaccaacccgeggaaatecactaaaactggttecggcgaacgaLeuGlyThrAsnProArgLysSerThrLysThrGlySerGlyGluArg120125130gacgtagtggtategattggtggcattgacttcattcctggtcattacAspValValValSer工leGlyGly工leAspPhe工leProGlyHisTyr135140145gtctacgcggactctgacggaattategtcaccgaggcgccaattaagValTyrAlaAspSerAspGlylielieValThrGluAlaProlieLys150155160165csgtwtttgttttgacg3cgc3g七3Gin<210〉94<211>166<212>PRT<213>谷氨酸棒桿菌<400>94MetThrGinSerAlaProGluPhelieAlaThrAlaAspLeuValAsp151015lielieGlyAspAsnAlaGinSerCysAspThrGinPheGinAsnLeu202530GlyGlyAlaThrGluPheHisGly工le工leThrThrVal!LysCysPhe354045GinAspAsnAlaLeuLeuLysSer工leLeuSerGluAspAsnPj:oGly505560GlyValLeuVal工leAspGlyAspAlaSerValHisThrAlaLeuVal65707580GlyAsplielieAlaGlyLeuGlyLysAspHisGlyTrpSerGlyVal859095工leValAsnGlyAlalieArgAspSerAlaVallieGlyThrMetThr100105110403451499547595621GlySerGlyGluArgAspValValValSer工leGlyGly工leAspPhe130135140LysAlaLeuGlyThrAsnProArgLysSerThrLysThr120125s5VI1c1VI1Gh254工leProGlyHisTyrValTyrAlaAspSerAsp145150155GlylielieValThr160GluAlaPro工leLysGin165<210><211〉<212><213>95621DNA谷氨酸棒桿菌<220><221〉<222><223>CDS(101)..(598)FRXA02906<40〇〉95tttgtgggcaatctggttttttcgtaattgtgtgggatga3tctctt33ai33ttC3C3tt60tagcaggacaagcatactgttttagttctatgctgtgggcMetsetThrGinSergetAla115CC3ProgasGluttcPhe3ttliegecAla103CCThrgcaAlagacAspetcLeuValAsp15lie3tClieggcGlyAsp20Asn163gcgAlaGintC3SertgcCys25gacAsp3CtThrGintttPheGin30cttAsnLeuGlyggtGlygecAla35ThrgasGlu211ttcPheC3CHisggaGly403七3工le工le3CCThr3CCThrgtgVal45LystgcttcCysPheC33GinAsp50AsngecAlaetcLeu259ctgLeu333!Lys55tecSer3tc工lectgageSergagGlu60AspAsncctgggProGlyggaGly65gtgValctg!LeugttValatelie307gatAsp70ggcGlygaicAspgcaAlatecSergtgVal75C3CHis3CCThrgcgAlaetagttLeuVal80ggcGlyAspEltC工le3tt工legc3Ala85355ggaGlycttgg3GlyAsp90C3tHisggtGlytggTrptecSerggagtaGlyVal953tt工legtcVal33CAsnggaGly100gc3Ala4033ttcgslieArgAsptecSer105gcaAlagtcValate工leggcGly3CCThr110atgaceMetThrtttPheggtGlytgtCys115!LysgecAla451cttggsLeuGly3CCThr120AsnccgProeggArgLystecSer125setThr3333CtLysThrggtGlytecSer130ggcGlygasGlucgaArg499gacgtaAspVal135gtgValgtaValtegSerattlieggtGly140ggcGly工legscttcAspPhe3tt工le145cctProggtGlyestHisTyr547gtctacgcggactctgacggaattategtcaccgaggcgccaattaag595ValTyrAlaAspSerAspGly工le工leValThrGluAlaPro工leLys150155160165csgtwtttgttttg3cg3cgc3gt3Gin<210><211〉<212〉<213>96166PRT谷氨酸棒桿菌<400〉96MetThrGin1lielieGlySerAlaProGluGlyGlyAlaThrGluPheHis35GinAsp50GlyVal65AsnAlaLeuLeuLeuVal工leGlyAsplielieValAsnPheGlyGlySer130liePro145Cys115GlyGlyPhe工leAlaThrAlaAspLeuValAsp51015AspAsnAlaGinSerCysAspThrGinPheGinAsnLeu202530Glylie工leThrThrValLysCysPhe4045LysSer工leLeuSerGluAspAsnProGly5560AspGlyAspAlaSerValHisThrAlaLeuVal707580lieAlaGlyLeuGlyLysAspHisGlyTrpSerGlyVal859095GlyAlalieArgAspSerAlaVal工leGlyThrMetThr100105110LysAlaLeuGlyThrAsnProArgLysSerThrLysThr120125GluArgAspValValValSer工leGlyGlylieAspPhe135140HisTyrValTyrAlaAspSerAspGly工le工leValThr150155160621<210>97<211〉1557<212>DNA<213>谷氨酸棒桿菌<220〉<221>CDS<222>(101)..(1534)<223>RXN00132_<400>97aacagcttcaatcaattcggtgtccactccaacatgtagagtggtgcgcgttaaaaaagt60GluAlaProGL1tttcctwttttc3ttttctt3333gg3gctcgccsggscatgMet1gc3Alac3gGingttValatgMet5115gacttcAspPheLysgttValgccAla10gatAspcttLeutC3SerLeugc3Ala15Glugc3AlaggaGlycgtArgC3CHis20c3gGin163a_ttcgt工leArgcttLeugcaAla25GluTyrgagGluMetCC3Pro30ggtGlyetc!LeuMetGinttgLeu35cgcArgaag211gaattcGluPheAla40gacAspgagGluGincctProttgLeu4533gggCGlygecAlacgaArg3ttlie50getAlaggtGlytctSer2593tCC3C工leHis55atgMetacgThrgtcValGin3CCThr60gecAlagtgValcttLeu3ttliegagGlu653CCThretc3CtThrgetAla307ttgggcLeuGly70getAlagagGlugttValcgtArg75tggTrpgetAlatecSertgcCys3a_cAsn803ttliettcPhetecSer3CCThrGin85355gatgsgAspGlugetAlaAlagcgAla90getAla3tcliegttValgtcValggcGly95tecSerggcGlyThrgtcValgasGlu100gagGlu403ccagetProAlaggtGlygtt105CC3Progt3ValttcPheAlatggTrp110ggtGlyGlutC3SerctgLeu115GlugagGlu451tactggTyrTrptggTrp120tgcCys工leAsnGin工le125ttcPheSertggTrpggcGlyAsp130gagGluctgCC3Pro499sac3tgAsnMet1353tClieetcLeuAspAspggcGly140ggtGlygscgecAspAla3CCThr3tgMet145getAlagttVal3ttliecgcArg547ggtcgcGlyArg150g33GlutacTyrgagGlucsggetGinAla155ggtGlyctggttLeuValCC3CC3Pro160Progc3AlagaggecGluAla595Asn165gattecAspSergatAspgagGluTyr170stcgc3工leAlattcPhettgggcLeuGly175atgMetctgLeucgtArggaggttGluVal180cttLeu643gtcaccgaggaaaccaccaccggtgtgcaccgcctgtaccacttcget739ValThrGluGluThrThrThrGlyValHisArgLeuTyrHisPheAla200205210accaagtecaagtttgataacaagtacggcacccgccactecctgate835getgcagagcctggcaagtggggcaagategetgaggecAlaAlaGluProGlyLysTrpGlyLyslieAlaGluAla185190ggcgtgctgcctttcccagcgatgaacgtcaacgacgetgtc787GlyValLeuProPheProAlaMetAsnValAsnAspAlaVal220225gGV1gGaua1gG257Thr!LysSerLysPheAspAsnLysTyrGlyThrArgHisSerLeu工le230235240245gacggcAspGlyatelieAsncgcArg250gecAlasetThrAspMetetcLeu255MetggcGlyggcGlysagLysAsn260gtgVal883cttgtctgcggttacggcgatgtcggcaa_gggctgcgetgaggetttcLeuValCysGlyTyrGlyAspValGlyLysGlyCysAlaGluAlaPhe265270275931gacggcAspGlycagGin280ggcGlygetAlacgcArggtcValLys285gtcVal3CCThrgasGlugetAlaAsp290CC3Prolie33CAsn979getcttAlaLeu295GingetAlactgLeuatgMetg3tAsp300ggcGlytctSergtgValgtcVal305aiccThrgttValgatAspGlu1027gecateAlalie310GluAspgecAlaAsp315liegtgVal3tclie3CCThrgcgAla3203CCThrggcGly33CAsn33gLysgscAsp32510753tC3ttlielietecttcPhegagGlu330cagGinatgMetetcLeusag3tgMet335LysgaitAspcaicHisgetAlactgLeu340ctgLeu1123ggcsa^cGlyAsn3tC工leggtGly345C3CHistttPhegatAsp33tAsngagGlu350工leAspatgMetestHistecSer355ctgIjeuttglieu1171esccgcHisArgAsp360AspgtcVal3CCThrcgcArg3CCThr365Thr3tC工le33gLyscca_ProcagGin370gtcValgacAspGlu1219ttc3CCPheThr375ttcPhetecSer3CCThrggtGlycgcArg380tecSeratelie工legtcValctgLeu385tecSerGluggtGlycgcArg1267ctgttgLeuLeu390AsncttLeuggcGlyAsn395gecAlasecThrggaGlyca_cHisCC3Pro400tC3SertttPhegtcVal3tgMettecSer4051315tctAsnSsrttcPhegecAlaAsp41〇Gin3CCThrattgcg工leAlsGin4153tc工legasGluctgLeuttcPheGin420Asn1363gaaggaGluGlycagGinTyr425GluAsngagGlugtct3cValTyr430cgtArgctgLeucctProaaggttVal435etcLeuAsp1411gaactgaccaaggagcaggetgagtacateggcgttgacgttgcaggc1507GluLeuThrLysGluGinAlaGluTyr工leGlyValAspValAlaGly455460465ccattcaagccggagcactaccgctactaatgattgtcagcattgaggga1557ProPheLysProGluHisTyrArgTyrgcacgcatecacgttgaggetetcggcggtcagetcacc1459AlaArglieHisValGluAlaLeuGlyGlyGinLeuThr445450V4-G470<210><211〉<212><213>47598478PRT谷氨酸棒桿菌<400〉98MetAlaGinValMetAsp15PheLysValAlaAsp10LeuSerLeuAlaGlyArgHis20MetGinLeuArg35GinlieArgLeuAlaGluTyrGluMetPro2530LysGluPheAlaAspGluGinProLeu!LysAlaGlu15GlyLeuGlyAla4045Arglie50GluThr65AlaGlySer工leHisMetThrValGinThrAlaValLeu工le60LeuThrliePheSerThrAlaLeu70GinAsp8555GlyAlaGluGluAlaAlaValArg75AlaAla90TrpAlaSer工leValValCysAsn80GlySer95GlyThrGluSerGlyAsp130MetAla145ValGlu100LeuGlu115GluProAlaGlyValProValPheAla105Trp11〇GluTyrTrpTrpCys工leAsnGinliePhe120GluLeuProAsnMet工leLeuAspAsp135VsllieProAlaGluAlaArgGly150AsnAsp165ArgGluTyrSerAspGluGluGin155Tyrlie170Gly140Ala125GlyGlyLysGlySerTrpAspAlaThr!LeuAlaPheLeuVslPro160GlyMet175!Le"UArgGluAlaLeuTyr210ValAsn225ArgHisGlyGlyCysAlaGluVal180ValL>ys195LeuAlaAlaGluProGlyLysTrpGlyLyslieAla185190GlyValThrGluGluThrThrThrGlyValHisArg200205HisPheAlaGluGluGlyValLeuProPheProAlaMetAsn220AspAlaSerLjeuLysAsn260ValThr230215SerLyslieAsp245GlylieAsnValLeuValCysGly265GluAlaPheAspGlyGinGlyPheAsp235ArgAla250TyrGlyAlaArgAsnLysTyrAspThrMetGlyThr240LeuMet255AspValGly!LysGly270ValLysValThrGluAlaAsp290ValThr305ThrGlyAspHis275280ProlieAsnValAspGluAla!LeuGinAla295Ala工leGluAsp310285LeuMetAspGly300TyrSerValAlaAsplieVal315AsnAlaLysAsp325LeuLeu340工le工leSerPheGluGinMetLeu330MetHisSerEeuLeu355ProGin370LeuSer385ValGluProLysGlyGly450ValAsp465AspGluGlyArgGlyAsnlieGly345HisArgAspAsp360PheThrPheSer375!LeulieuAsnLeu390SerPheValGluLeuPheVal435GinValHisPheAspAsnMetSerAsnSerPheAla405GinAsnGluGlyGinTyr420425!LeuAspGluLysValAla440LeuThrGlu!LeuThr!Lys455AlaGlyProPheLysPro470ValThrGlyAsp410GluArgGluGluThrArgThr365GlyArgSer380工leThrAls320LysMetLys335Glu工leAsp350Thr工leLyslielieVslAsnAlaThrGlyHisPro395400GinThrlieAlaGin工le415AsnGluValTyrArgLeu430工leHisValGluAlaLeu445GinAlaGluTyrlieGly460HisTyrArgTyr475<210>99<211〉128<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(1)…(105)<223>FRXA00132<400>99cacgttgaggetetcggcggtcagetcaccgaactgsecaaggagcsg48HisValGluAla!LeuGlyGlyGinLeuThrGluLeuThrLysGluGin151015getgagtacateggcgttgacgttgcaggcccattcaagccggagesc96AlaGluTyr工leGlyValAspValAlaGlyProPheLysProGluHis202530taccgctactaatgattgtcagcattgaggga128TyrArgTyr35260<212>PRT<213〉谷氨酸棒桿菌<400>100HisValGluAlaLeuGlyGlyGinLeuThrGluLeuThrLysGluGin151015AlaGluTyrlieGlyValAspValAlaGlyProPheLysProGluHis202530TyrArgTyr35<210><211><212〉<213>1011396DMA谷氨酸棒桿菌<220〉<221><222><223>CDS(101)..(1396)FRXA01371<400〉101aacagcttcaatcaattcggtgtccactccaacatgtagagtggtgcgcgttaaaaaagt60tttcctaattttcattttcttaaaaggagctcgccaggacatggcacaggttatgMetAlaGinValMet115gscttcAspPheaag!LysgttValgccAla10AspcttLeutC3SerC七3LeuAla15gaggcaGluAlaGlycgtArgC3CHis20cagGin163attcgt工leArgcttgca_Ala25gagGlut3tTyrgagGluMetCC3Pro30ggtGlyetcatgLeuMetGinttgILeu35cgcArgsag!Lys211g33ttcGluPheAla40AspGluGincctProttgLeu4533g!LysggcGlygeccgaAlaArg3ttlie50getAlaggtGlytctSer259lieHis55atgMetThrgtcValGinsecThr60gecgtgAlaValcttLeuattgag工leGlu65secThretc!Leu3CtThrgetAla307ttgggcLeuGly70getAlagagGlugttValcgtArg75tggTrpgettecAlsSertgcCys3ttAsn工le80ttcPhetecSer3CCThrcagGin85355ccagetggtgttccagtattcgcgtggaagggtgagteactggaggag451ProAlaGlyValProValPheAlaTrpLysGlyGluSerLeuGluGlugatgaggetgcagcggetategttgtcggctecggcaccgtcAspGluAlaAlaAlaAlalieValValGlySerGlyThrVal9095105110115tactggtggtgcatcaaccagatettcagetggggcgatgagctgcca499TyrTrpTrpCys工leAsnGinliePheSerTrpGlyAspGluLeuPro120125130aacatgateetcgacgacggcggtgacgecaccatggetgttattcgc547AsnMetlieLeuAspAspGlyGlyAspAlaThrMetAlaVal工leArg135140145ggtcgcgss七3Cg3gcaggetggtctggttcc3cc3gesgsggecssc595GlyArgGluTyrGluGinAlaGlyLeuValProProAlaGluAlaAsn150155160165gattecgatgagtacategcattcttgggcatgctgcgtgaggttctt643AspSerAspGluTyrlieAlaPheLeuGlyMetLeuArgGluValLeu170175180getgcagagcctggcaagtggggcaagategetgaggecgttaagggt691AlaAlaGluProGly!LysTrpGlyLyslieAlaGluAlaValLysGly185190195gtcaccgaggaasecaccaccggtgtgcaccgcctgtaccacttcget739ValThrGluGluThrThrThrGlyValHisArgLeuTyrHisPheAla200205210gaagaaggcgtgctgcctttcccagcgatgaacgtcaacgacgetgtc787GluGluGlyValLeuProPheProAlaMetAsnValAsnAspAlaVal215220225accaagtecaagtttgataacaagtacggcacccgccactecctgate835ThrLysSerLysPheAspAsnLysTyrGlyThrArgHisSerLeulie230235240245gacggcateaaccgcgecactgacatgetcatgggcggcaagaacgtg883AspGlylieAsnArgAlaThrAspMetLeuMetGlyGlyLysAsnVal250255260cttgtctgcggttacggcgatgtcggcaagggctgcgetgaggetttc931IeuValCysGlyTyrGlyAspValGlyLysGlyCysAlaGluAlaPhe265270275gacggccagggcgetcgcgtcaaggtcaccgaagetgacccaateasc979AspGlyGinGlyAlaArgValLysValThrGluAlaAspPro工leAsn280285290getcttcsggetctgatgga^tggctsctctgtggtcaccgttgstgsg1027AlaLeuGinAlaLeuMetAspGlyTyrSerValValThrValAspGlu295300305ateatttecttcgagcagatgetcsag工lelieSerPheGluGinMetLeuLys330atgaaggatcacgetctgctgMet!LysAspHisAlaLeuLeu3353401123ggcaacateggtcactttgataatgagGlyAsn工leGlyHisPheAspAsnGlu345350a^tcgatstgesttecctgttglieAspMetHisSerLeuLeu3551171ategaggacgecgacategtgateaccgcgaccggcaacaaggac1075工leGluAspAlaAsp工leVallieThrAlaThrGlyAsnLysAsp315320325c3oc11tyft;3caccgcgacgacgtcacccgcaccacgatcaagccacaggtcgacgagHisArgAspAspValThrArgThrThrlieLysProGinValAspGlu3603653701219ttcPhe3CCThr375ttcPhetecSersecThrggtcgctecGlyArgSer3803tCatC工leliegtcValctgLeu385tecgs3ggtcgcSerGluGlyArg1267ctgttgaaccttggcaacgecaccggacacccateatttgtcatgtecLeuLeuAsnLeuGlyAsnAlaThrGlyHisProSerPheValMetSer3903954004051315aactctttcgecgatcagaccattgcgcagategaaAsnSerPheAlaAspGinThrlieAlaGin工leGlu410415ctgttcca_aaacLeuPheGinAsn4201363gasGluGlyGinTyr425gsg33cgsggtcGluAsnGluValtaccgtTyrArg430ctgLeu1396<210〉102<211〉432<212〉PRT<213〉谷氨酸棒桿菌<400〉102MetAlaGinValMetAspPheLys5ValAla10AlaGlyArgHisGinlieArgLeu20MetGinArg工le50GluThr65Lieu35AlaArgGlyLeuThrliePheSerThrLysGluPheAla40Ser工leHisMet55AlaEeuGlyAla70GinAspGluAla85GlyThrValGluGluProAlaGly100GluSerGlyAsp130MetAla145!Leu115GluGluLeuVal工leGluTyrTrpTrp120ProAsnMet工le135ArgGlyArgGlu150AspLeuTyrGluAspGluGinProAlaGlu25ThrValGinGluValAlaAla90ValPro105Cys工leLeuAspTyrGluArg75AspThr60TrpAlslieValPheAsnGinGly140ProAlaGluAlaAsnAspSerAspGluTyr165170GinAla155lieAl3SerLeuAlaGlu15MetProGlyLeu30LeuLysGlyAla45AlaValL<eu工leAlaSerCysAsn80ValValGlySer95AlaTrpLysGly110工lePheSerTrp125GlyAspAlaThrGly!LeuVa上Pro160PheLeuGlyMet175lieuArgGluValLeuAlaAlaGluProGlyLysTrpGlyLys180185190GluAlaValLysGlyValThrGluGluThrThrThrGlyVal195200205LeuTyrHisPheAlaGluGluGlyValLeuProPheProAla210215220ValAsnAspAlaValThr.LysSerLysPheAspAsnLysTyr225230235ArgHisSerLeulieAspGly工leAsnArgAlaThrAspMet245250GlyGlyLysAsnValLeuValCysGlyTyrGlyAspValGly260265270lieAlsHisArgMetAsnGlyThr240LeuMet255LysGlyGinGlyAlaArgValLysValThrGlu280285GinAlaLeuMetAspGlyTyrSerValCysAlaGluAlaPheAspGly275AlaAspProlieAsnAlaLeu290295ValThrValAspGluAlalieGlu305310ThrGlyAsnLysAsplie工leSer325AspHisAlaIjeuLeuGlyAsnlie340MetHisSerLeuLeuHisArgAsp355360ProGinValAspGluPheThrPhe370375300AspAlaAsplieVallieThrAla315320PheGluGinMetLeuLysMetLys330335GlyHisPheAspAsnGlulieAsp345350AspValThrArgThrThrlieLys365SerThrGlyArgSerlielieVal380LeuSerGluGlyArgLeuLeuAsn385390SerPheValMetSerAsnSerPhe405GluLeuPheGinAsnGluGlyG丄n420LeuGlyAsnAlaThrGlyHisPro395400AlaAspGinThrlieAlaGinlie410415TyrGluAsnGluValTyrArgLeu425430<210>103<211>2358<212>DNA<213>谷氨酸棒桿菌<220><221>CDS<222>(101)*.(2335)<223>RXN02085<400〉103cacccggtgatttcgcgaaccttgaaacatcgtcagaagattgccgtgcgtcctagccgg60gatccgcacgttcggctcaagcagaaagtctttaactcacatgacttecaacMetThrSerAsntttPhe5115tcttecSerSersetThrgtcValgetAla10ggtGlycttLeucctProcgcArg3tc工le15ggagcgGlyAlacgtArgGlu20ctg163sagttcLysPheAlaetcLeu25GluggcGlyTyrtgg33tAsn30GlyteaattSer工leGluggtGly35cgcArgGlu211cttgcgLeuAlaGin403CCThrgecAlacgcArgC33Ginttg45gtcactgcaThrAlategSer50AsptctSerttgLeu259tctggaSerGly55ttg!LeuAsptecSergttValccgPro60tttPheAlaGlycgttecArgSer65t3CTyrta_cTyrAspAla307stgetcMetLeu70AspsecThrgecAlagetAla753ttliettgLeuggtGlygtgValctgccgLeuPro80gagGlucgtArgtttPheAsp85355Asp工legetAlagatAspC3tHis90gs3GluAsnAspggtGlyetc!Leu95ccactgProLeutggTrp3ttliegacAsp100cgcArg403t3CtttTyrPheggcGlygetAla105getAlacgcArgggtGly3CtThrgagGlu1103CCThrctgcctLeuProgcaAlacagGin115Ala3tgMet451sec33gThrIiystggTrp120tttPheg3tAsp3CCThrAsnTyr125C3CHist3CTyretcgtgLeuValccgPro130GluttgLeutctSer499gcggatAlaAsp135ThrcgtArgttcPhegttValttgLeu140AspgcgAlatecSergcgctgAlaEeu145lieGluAspetc547cgttgccagcaggttcgtggcgttaatgeccgccctgttctggttggtArgCysGinGinValArgGlyValAsnAlaArgProValLeuValGly150155160165595cc3ctgProLeusetThrttcPhecttLeu17〇tecSerctt!LeugetAlacgcArg3CCThr175actgatThrAspggtGlytecSer33tAsn180cctPro643ttggstLeuAspC3CHisctg!Leu185cctProgcaAlactgtttPheGlu190gtcValt3CTyrGlucgcArgetc!Leu1953tClie33g!Lys691tctttcSerPheAsp200actThrGlutggTrpgttValcagGin2053tClieAspgsgcctGluProgcgAla210ttgLeugtcVal3CCThr739gstgttAspVal215getAlacctProgagGlugttValttg220gagGluGingtcValcgcgetArgAla225ggtGlytacTyrsecThr3CtThr787頁gttgscValAspttgLeugtcVal2653CCThrcatHisggcgtcGlyValsetThr270gagGlucttLeugetAlagcgAlatgg275ggtGly931gaggagctgctggttgcgggcategttgatggtcgtaacatttggcgcGluGluLeuLeuValAlaGlylieValAspGlyArgAsn工leTrpArg280285290979secgscThrAsp295ctg!LeutgtCysgetAlagetAlacttLeu300getAlatecSerctgIjeuLyscgcArg305ctgLeuAlagetAlacgcArg1027ggccc3GlyPro310工legc3AlagtgValtctSer3153CCThrtctSertgtCystC3SerctgLeu320ctgLeuC3CHisgttValcctProt3CTyr32510753CCCtCThrLeugagGlugetAlaGlu3303tt工legagGlucctProgsgGlu335gtcValcgcArgAsptggTrpcttIjeu340gecAla1123ttcggcPheGlytegSergagGlu345Liyslie3CCThrgagGlugtcVal350sagLysctgLeucttLeugecAlaAsp355gecAlaetaLeu1171gecggcAlaGly360工leAspgcgAlagetAlagcgAla365ttcPheg3tAspgcgAlagcgAlatec370gc3AlaAlalie1219gettctAlaSer375cgaArgcgcArg3CCThrtecCC3Pro380cgcArg3CCThrgcaAlacca_Pro3tC工le385acgThrcagGinGluetcLeu1267cctggcProGly390cgtArgageSercgtArgggaGly395tecSerttcPheAsp3CtThrcgtArg400gttValThrctgLeuGinGlu405131533gtC3LysSerctgGluctt410CC3ProgetAlactgLeuProThr4153CCThr3CCThrattlieggtGlytctSer420ttcPhe1363cc3ca_gProGin3CCThrCC3Pro425tecSer3ttliecgtArgtctSergetAla430cgcArggetAlacgtArgctg:LeucgcArg43533gLysGlu1411tecstcSerlie3CtThr440ttgLeugagGlucagGint3CTyrgs3Glu445gagGlugc3AlaatgMetcgcArgg33Glu450Glu3tcliegatAsp1459ctggtcLeuVal4553七CliegecAla33gGing33Glu460gasGlucttLeuggtGlycttLeuAsp465gtgValttgLeugttValC3CHis1507ggtgsgccagagcgcaacgacatggttcagtacttctctgaacttetc1555ttggetaagcgcgatggcgtgtttgtcaatacttacttcggctctLeuAlaLysArgAspGlyValPheValAsnThrTyrPheGlySer230235240gatcaggcgctgaacactcttgcgggcateggccttggcgcgattAspGinAla!LeuAsnThrLeuAlaGlylieGlyLeuGlyAlalie250255260cy5ty14gG2-G266GlyGluProGluArgAsnAspMetValGinTyrPheSerGluLeuLeu470475480485gscggtAspGlyttcPheetcLeuSer4903CCThrgecAlaAsnggcGlytggTrp495gtcValGinageSerTyrggcGly500tecSer1603cgctgtArgCysgttValcgtArg505cctProCC3ProgtgValttgL>euttcPhe510ggaGlyAsngttValSercgcArg515CC3ProgcgAla1651ProMetactThr520gtcValLystggTrpttcPheC3gGin525Tyrgc3AlacagGinageSerctgLeu5303CCThrGinsagLys1699C3tgtcHisVal535LysggaGlyMetetcLeu3CCThr540ggtGlyCC3ProgtcVal3CCThr3tClie545cttLeugc3AlatggTrptecSer1747ctggcactgcgcgatgaaattaacgatetcategaggetggcgcgaagLeuAlaLeuArgAspGlu工leAsnAspLeu工leGluAlaGlyAla!Lys5705755801843ateatecaggtggatgagcctgcgattcgtgaactgttgccgetacga工lelieGinValAspGluProAla工leArgGluLeu!LeuProLeuArg5855905951891gacgtcgataagcctgectacctgcagtggtecgtggactecttccgcAspValAspLysProAlaTyrLeuGinTrpSerValAspSerPheArg6006056101939ctggcgactgecggcgcacccgacgacgtccaaatecacacccacatgLeuAlaThrAlaGlyAlaProAspAspValGinlieHisThrHisMet6156206251987tgctactecgagttcaacgaagtgatetecteggtcategcgttggatCysTyrSerGluPheAsnGluVal工leSerSerVallieAlaLeuAsp6306356406452035gecgatgtcaccaccategaagcagcacgttecgacatgcaggtcetcAlaAspValThrThrlieGluAlaAlaArgSerAspMetGinValLeu6506556602083getgetctgaaatcttecggcttcgagetcggcgtcggacctggtgtgAlaAlaLeuLysSerSerGlyPheGluLeuGlyValGlyProGlyVal6656706752131tgggststcesctecccgcgcgttccttecgcgcsggtggscggtTrpAsplieHisSerProArgValProSerAlaGinLysValAspGly6806856902179etcetcgaggetgcactgcagtecgtggatcctcgccagctgtgggtcLeuLeuGluAlaAlaLeuGinSerValAspProArgGinLeuTrpVal6957007052227aacccagactgtggtctgaagacccgtggatggccagaagtggaagetAsnProAspCysGlyLeuLysThrArgGlyTrpProGluVa丄GluAla22751795ttcgttcgcgatgatcagccgctggetaccactgetgacPheValArgAspAspGinProLeuAlaThrThrAlaAsp550555560c16gV31cG267715720725tccct33sggttetcgttg3gtecget33gcaggetSerLeuLysValLeuValGluSerAlaLysGinAla730735cgtgsgaas3tcArgGluLyslie7402323ggagcaactatetaaattgggttacegctaggaacGlyAlaThr工le7452358<210〉104<211〉745<212>PRT<213〉谷氨酸棒桿菌<400〉104MetThrSerAsnPheSerSerThrValAlaLysArgGluLeuLysPheAlaLeu2025Ala10GlulieGluGlyArgGluLeuAlaGinThrAla40AlaSer50SerTyr65ProGlu35AspTyrArgSerLeuSerGlyLeuAspSer55AspPheAlsMet70AspAsp85LeuAspThrAlaGlyLeuGlyTyrArgGinValPro60Alalie75lieAlaAspHisGluAsn90LeuTrplieAspArgTyrPheGlyAlaAlaArgGly100105ProAlaGinAlaMetThrLysTrpPheAspThrAsn115120ValPro130Leu工le145GluLeuSerAlaAspThrArgPhe135GluAspProValLeuValLeuArg150GlyPro165CysGinGinValLeuThrPheLeu170ValLeu140ArgGly155SerLeuAspGlyGluArgProAla210AlaGly225SerAsnProLeuAspHisLeuProAlaLeu185Ijeu195180工leLeuValTyrThrLysSerThrAspThrLeu230PheAspThrGluTrpVal200Val215AlaProGluAlaLysArgAspValLeu220GlyVal235ProArglieGly15TrpAsnGlySer30LeuValAsnThr45PheAlaGlyArgLeuGlyValLeu80AspGlyLeuPro95ThrGluThrLeu110TyrHisTyrLeu125AspAlaSerAlaValAsnAlaArg160AlaArgThrThr175PheGluValTyr190Gin工leAspGlu205GluGinValArgPheValAsnThr240268TyrPheGlySerGlyAspGinAlaLeuAsnThrLeuAlaGlylieGly245250255LeuGlyAla工leGlyValAspLeuValThrHisGlyValThrGluLeu260265270AlaAlaTrpLysGlyGluGluLeuLeuValAlaGlylieValAspGly275280285ArgAsn工leTrpArgThrAspLeuCysAlaAlaLeuAlaSerLeuLys290295300ArgLeuAlaAlaArgGlyProlieAlaValSerThrSerCysSerLeu305310315320LeuHisValProTyrThrLeuGluAlaGluAsn工leGluProGluVal325330335ArgAspTrpLeuAlaPheGlySerGluLyslieThrGluVal!LysLeu340345350LeuAlaAspAlaLeuAlaGlyAsnlieAspAlaAlaAlaPheAspAla355360365AlaSer:AlaAlalieAlaSerArgArgThrSerProArgThrAlaPro370375380lieThrGinGluLeuProGlyArgSerArgGlySerPheAspThrArg385390395400ValThrLeuGinGluLysSerLeuGlu!LeuProAla!LeuProThrThr405410415ThrlieGlySerPheProGinThrProSerlieArgSerAlaArgAla420425430ArgLeuArgLysGluSer工leThrLeuGluGinTyrGluGluAlaMet435440445ArgGluGlu工leAspLeuVal工leAlaLysGinGluGluLeuGlyLeu450455460AspValLeuValHisGlyGluProGluArgAsnAspMetValGinTyr465470475480PheSerGluLeuLeuAspGlyPheLeuSerThrAlaAsnGlyTrpVal485490495GinSerTyrGlySerArgCysValArgProProValLeuPheGlyAsn500505510ValSerArgProAlaProMetThrValLysTrpPheGinTyrAlaGin515520525SerLeuThrGinLysHisValLysGlyMetLeuThrGlyProValThr530535540工leLeuAlaTrpSerPheValArgAspAspGinProLeuAlaThrThr545550555560AlaAspGinValAlaLeuAlaLeuArgAspGlulieAsnAsp565GluAlaGlyAla580工le工leLeuLeuValAsp610lieHis625Pro595LysLeuArgAspValSerPheArgThrHisMetLeuAla615CysTyr630VallieAla!LeuAspMetValGlyGinLys690ArgGin705GinPro675ValLeu660GlyAspTrpProGluValGluAlaArgGlu!LyslieGlyAla740GinVal585AspLys600570AspGluProAla工le59〇Leu575ArglieGluProAlaTyrLeuGinTrpSer605ThrAlaGlySerGluPheAspAlaAsp645LeuAlsAlsValTrpAspGlyLeuLeu695ValAsnPro710AlaSerLeu725ValThr!LeuLys665工leHis680SerAspCysLysValTha:工le745Al3Pro620AsnGlu635AspAspValGinVsllieSerThr650SerlieGluAlaAlaArg655Ser640SerGluAlaAlaGlyLeu730SerGlyProArgLeuGin700Leu!Lys715PheVal685Glu670LeuGlyProSerAlaSerValThrArgAspGlyProValGluSerAlaLiys735Trp720Gin<210〉<211><212><213>1051923DNA谷氨酸棒桿菌<220><221><222〉<223>CDS(101),,(1900)FRXA02085<400>105cacccggtgatttcgcgaaccttgaaacatcgtcagsagattgccgtgcgtcctagccgg60gatccgcacgttcggctcaagcagaaagtctttaactcacatgacttecaactttMetThrSerAsnPhe15115tcttecactgtcgetggtcttcctcgcSerSerThrValAlaGlyLeuProArg10ateggagcgaagcgtgaactg工leGlyAlaLysArgGluLeu1520163aagttcgcgetcgaaggctactggaatLysPheAlaLeuGluGlyTyrTrpAsn2530ggateaattgaaggtcgcgaaGlySer工leGluGlyArgGlu35211cttgcgLeuAlaGin40ThrgccAlacgcArgGinttgLeu45gtcVal33CAsn3ctgcaitegThrAlaSer50AsptctSerttgLeu259tctggattggattecgttccgtttgcaggacgttectactacgacgcaSerGlyLeuAspSerValProPheAlaGlyArgSerTyrTyrAspAla556065307atgetcMetLeu70Asp3CCThrgccAlagetAla75liettgLeuggtGlygtgctgccggsgLeuProGlu80cgtArgtttPheAsp85355g3cstcAspliegetAlagatAspestHis90g33Glu33CAsnAspggtGlyetcLeu95cc3ctgtggProLeuTrp工legacAsp100cgcArg403tsctttTyrPheggcGlygetAla105getAlacgcArgggtGly3CtThrgagGlu110accctgcctgesThrLeuProAlacagGin115gcaAla3tgMet451accaagtggtttgataccaactaccactacetcgtgccggagttgtctThrLysTrpPheAspThrAsnTyi:HisTyrLeuValP::oGluEeuSer120125130499gcggatAlaAsp135ThrcgtArgttcPhegttValttgLeu140gatAspgcgAlatecgcgctgattSerAlaLeu工le145Glug3tAspetcLeu547cgttgccagcaggttcgtggcgttaatgcccgccctgttctggttggtArgCysGinGinValArgGlyValAsnAlaArgProValLeuValGly150155160165595ccactgactttccttteccttgetcgcaccactgatggttecaatcctProLeuThrPheLeuSerLeuAlaArgThrThrAspGlySerAsnPro170175180643ttggst!LeuAspc3cHisctgLeu185cctProgc3AlactgLeutttPheGlu190gtctscValTyrgagcgcGluArgetcLeu1953tC工le33g691tctttcgatSerPheAsp200actThrgagGlutggTrpgttValGin2053tClieAspGlucctgcgProAl3210ttgLeugtcVal3CCThr739gatgttgetcctgaggttttggagcagAspValAlaProGluValLeuGluGin215220gtccgcgetggtta_chcca^ctValArgAlaGlyTyrThrThr225787ttggetaagcgcgatggcgtgtttgtcaatacttacttcggctctggcLeuAlaLysArgAspGlyValPheValAsnThrTyrPheGlySerGly230235240245835gatcaggcgctgAspGinAlaLeuaacactcttgcgggcateggccttggcgcgattggcAsnThrLeuAlaGly工leGlyLeuGlyAlalieGly250255260883gttgscttgValAspLeugtcacccatggcgtcactgagcttgetgcgtggaa_gggtValThrHisGlyValThrGluLeuAlaAlaTrpLysGly265270275931271accgacctgtgtgetgetcttgettecctgaagcgcctggcagetcgc1027ThrAspLeuCysAlaAlaLeuAlaSerLeuLysArgLeuAlaAlaArg295300305accetcgaggetgagaacattgagcctgaggtccgcgactggcttgec1123Thi:LeuGluAlaGluAsnlieGluProGluValArgAspTrpLeuAla330335340ttcggcteggagaagateaccgaggtcaagctgcttgecgacgeceta1171PheGlySerGlu!LyslieThrGluValLysLeuLeuAlaAspAla!Leu345350355gecggcaacategacgcggetgcgttcgatgcggcgtecgcagcaatt1219AlaGlyAsn工leAspAlaAlaAlaPheAspAlaAlaSerAlaAlalie360365370gettctcgacgcacctecccacgc3ccgescca3tc3cgcagg33etc1267AlaSerArgArgThrSerProArgThrAlaPro工leThrGinGluLeu37538038533gtenLysSerctgLeugagGlucttLeu410CC3ProgetAlactgLeuCC3Pro3CCThr4153CCThr3CCThr3ttlieggtGlytctSer420ttcPhe1363CC3cagProGin3CCThrccaiPro425tecSer3tt工lecgtArgtctSergetAla430cgcArggetAlacgtArgctg!LeucgcArg43533gGlu1411tCC3tCSerlieactThr440ttgLeugagGluGint3CTyrgasGlu445GluAlaa_tgMetcgcArgga_3Glu450Glu工leAsp1459ctggtcLeuVal455工legecAlaLysGing33Glu460Gluctt!LeuggtGlycttLeugatAsp465gtgValttgLeugttValC3CHis1507ggtgsgGlyGlu470CC3ProgagGlucgcArgAsn475AspMetgttValGint3CTyr480ttcPhetctSerGlucttLeuetcLeu4851555ga_cggtAspGlyttcPheetcLeuteaSer4903CCThrgecAlaAsnggcGlytggTrp495gtcValGina_gcSerTyrggcGly500tecSer1603cgctgtgttArgCysValcgtArg505cctProProgtgValttgLeuttcPhe510ggaGlyAsngttValtecSercgcArg515CC3ProgcgAla1651ccaatgactgtcaagtggttccagtacgcacagagectgacccagaag1699ctgctggttgcgggcategttgatggtcgtaacatttggcgc979LeuLeuValAlaGlylieValAspGlyArgAsn工leTrpArg280285290ccsategcagtgtctacctcttgtteactgctgcacgttccttac1075Pro工leAlaValSerThrSerCysSerLeuLeuHisValProTyr3153203251315cctggccgtagecgtggatecttcgacactcgtgttacgctgcagProGlyArgSerArgGlySerPheAspThrArgValThrLeuGin390395400a1gGgua1gGcyog11gG3gG4272ProMetThrVal!LysTrpPheGinTyrAlaGinSerLeuThrGinLys520525530C3tHisgtcVal535LysGly3tgMetetcLeu3CCThr540ggtGlyProgtcaceValThr工le545cttgc3EeuAlatggTrptecSer1747ttcPhe550gttValcgcArgAspgatAspGin555ccgProctgLeugetAlasecactgetThrThrAla560gaccagAspGingttValgc3Ala5651795ctgLeugenAlactgLeucgcArgAsp570Glu工leAsng3tAspetcategagLeulieGlu575getggcAlaGlygcgAla58033gLys1843ateatecaggtggatgagcctgcgattcgtgaactgttgcccgetacglielieGinValAspGluProAlalieArgGluLeuLeuProAlaThr5855905951891agacgtcgataagcctgcctacctgeagtggtArgArgArg6001923<210><211〉<212><213>106600PRT谷氨酸棒桿菌<400>106MetThrSerAsnPhe5SerSerThrValAlaGlyLeu10ProArglie15GlyAlaLysArglieGluGlu20Gly35LeuLysPheAlaArgGluLeuAlaGin40Leu25ThrGluGlyTyrAlaArgGinTrpAsn30LeuVal45GlySerAsnThrAlaSer50SerTyr65AspSer!LeuTyrAspAlaSerGly55MetLeu70LeuAspAspThrSerVslPro60AlaAla工le75PheAlaGlyArgLeuGlyValLeu80ProGluArgPheLeuTrplieAsp1〇0Asp85ArgAsplieAlaAspTyrPheGlyAla105HisGluAsnAspGlyLeuPro9095AlaArgGlyThrGluThr!Leu110ValProGluLeuSerAlaAspThrArgPheValLeuAspAlaSerAla130135140LeulieGluAspLeuArgCysGinGinValArgGlyValAsnAlaArg145150155160ProValLeuValGlyProLeuThrPheLeuSerLeuAlaArgThrThrProAlaGinAlaMetThrLysTrpPheAspThrAsn115120uVIsy2El-1273165AspGlySerAsnProLeuAspHis180GluArgLeulieLysSerPheAsp195200ProAlaLeuValThrAspValAla210215MaGlyTyrThrThrLeuAlaLys225230TyrPheGlySerGlyAspGinAla245LeuGlyAlalieGlyValAspLeu260AlaAlaTrp!LysGlyGluGluLeu275280ArgAsnlieTrpArgThrAspLeu290295ArgLeuAlaAlaArgGly305310LeuHisValProTyrThr325ArgAspTrpLeuAlaPhe340LeuAlaAspAlaLeuAla355AlaSerAlaAlalieAla370375工leThrGinGluLeuProGlyAi:g385390ValThrLeuGinGluLysSerLeu405ThrlieGlySerPheProGinThr420Arg!LeuArgLysGluSerlieThr435440170175LeuProA丄a!LeuPhe185ThrGluTrpVslGin205ProGluValLeuGlu220ArgAspGlyValPhe235LeuAsnThrLeuAls250ValThrHisGlyVal265LeuValAlaGlylie285CysAlaAlaLeuAla300GluValTyr190lieAspGluGinValArgValAsnThr240GlylieGly255ThrGluLeu270ValAspGlySerLeu!LysProlieAlaValSerThrSer315EeuGluAlaGluAsnlieGlu330GlySerGluLys工leThrGlu345GlyAsnlieAspAlaAlaAla360365SerArgArgThrSerProArg380SerArgGlySerPhe395GluLeuProAlaLeu410ProSerlieArgSer425LeuGluG丄nTyrGlu445ArgGluGlu工leAspLeuVallieAlaLysGinGluGlu450455460AspValLeuValHisGlyGluProGluArgAsnAspMet465470475PheSerGluLeuLeuAspGlyPheLeuSerThrAlaAsn485490CysSerLeu320ProGluVal335ValLysLeu350PheAspAlaThrAlaProAspThrArg400ProThrThr415AlaArgAla430GluAlaMetLeuGlyLeuValGinTyr480GlyTrpVal495GinSerTyrGlySerArgCys500ValSerArgProAlaProMet515SerLeu530ThrGinlieLeu545AlaTrpAlaAspGinValGluAlaGlyAla580!LeuLeuProAla595LysHisVal535SerPheVal550AlaLeuAla565!Lys工lelieThrArgArgValArg505ThrVal520LysGlyArgAspLeuArgGinVal585Arg600ProProValLeuPheGlyAsn510BysTrpPheGinTyrAlaGin525MetLeuThrGlyProValThr540AspAsp570Gin555ProLeuAlaThrThr560Glu工leAsnAspLeu工le575AspGluProAlalieArgGlu590<210><211><212><213>107603DMA谷氨酸棒桿菌<220〉<221><222><223>CDS(101).-(580>FRXA02086<400〉107gatgatcagccgctggctaccactgctgaccaggttgcactggcactgcgcgatgswtt60aacgatctcatcgaggctggcgcgaagatcatccaggtgga_tgMetSerctgLeucg3ArgttcPhe115gtgValAsntgtCystgcCysccgPro10LeuArgAspgtcValAsp15LyscctProgccAlat3CTyrctgLeu20Gin163tggTrptecSergtgValAsp25tecSerttcPhecgcArgctgLeugcgAla303CtThrgccAlaggcGlygcaAlacccPro35AspgacAsp211gtcValGinate工le40C3CHis3CCThrC3CHisMettgcCys45t3CTyrtecSerGluttcPheAsn50g33GlugtgVal3tClie259tecSertegSer55gtcVal3tc工legcgAlattgLeugatAsp60gccAlaAspgtcVal3CCThra_ccThr65ate工legs3GluAlaAla307cgtArg70tecSerAspatgMetC3gGingtcVal75etcLeugetAlagetAlactg!Leu!Lys80tctSertecSerggcGlyttcPhegagGlu85355etcggcgtcggacctggtgtgtgggatatecactecccgcgcgttcct403LeuGlyValGlyProGlyValTrpAsplieHisSerProArgValPro9095100tecgcgcsggtggscggtetcSerAlaGinLysValAspGlyLeu105etcgaggetgcactgcagtecgtgLeuGluAlaAlaLeuGinSerVal110115451gstcctcgccagctgtgggtc33cAspProArgGinLeuTrpValAsn120125cc3gsctgtggtProAspCysGlyctgLeu1303sgLys3CCThrcgtArg499ggatggccagaagtggaagettecGlyTrpProGluValGluAlaSer135140etaaaggttetcgttgagtecgetLeuLysValLeuValGluSerAla145547aagcaggetcgtgagaaaateggagcaactatetaaattgggttacegctagg600LysGinAlaArgGluLyslieGlyAlaThrlie150155160603<210><211><212><213〉108160PRT谷氨酸棒桿菌<400>MetSer1ProAlaGlyAlaPheAsn50Thrlie65SerSerSerProAlaLeuGlyLeu130LeuVal145108LeuArgPheValAsnCys5TyrLeuGinTrpSerVal20ProAspAspValGin工le3540GluVallieSerSerVal55GluAlaAlaArgSerAsp70GlyPheGlu!LeuGlyVal85ArgValProSerAlaGin100GinSerValAspProArg115120LysThrArgGlyTrpPro135CysProLeuArgAspValAsp1015AspSerPheArgLeuAlaThr2530HisThrHisMetCysTyrSer45lieAlaLeuAspAlaAspVal60MetGinValLeuAlaAlaLeu75GlyProGlyValTrpAsplie9095LysValAspGlyLeuLeuGlu105110GinEeuTrpValAsnProAsp125GluValGluAlaSerLeuLys140GluSerAla!LysGinAlaArgGlu!LyslieGly150155AlaThrLysAlaGluThrLys80HisAlaCysVal工le160<210>109<211〉1326<212>DNA<213>谷氨酸棒桿菌<220><221><222><223〉CDS(101)..(1303)RXN02648<400>109atgaataaaattccgggtgcagtgaccgtaggtgaggtaaaegeggttagagtcgaatgagagtttgatactttctttegacttttagattggattttcaatgMet1ageSerGinAsncgcArg60115stcagglieArg3CCThr3CtThrC3CHis10gttValggtGlytecSerttgLeucccPro15cgtArg3CCThrCC3ProgagGluCt3Leu20cttLeu163gatgcaAspAlaAsn3tc工le2533gLyscgtArgtctSerAsnggtGly30Glu3tt工legggGlygagGlugagGlu35gasGluttcPhe211ttccagPheGin3tt工le40ctgLeuc3gGintctSertctSergtaVal45gatAspAspgtgVal3tClie33gLys50cgcArgGingttVal259gacctgAspLeu55ggtGly工leAsp3tCliecttLeu60AsngagGluggcGlygasGlutacTyr65ggcGlyC3CHisgtcVal3CCThr307tecggtSerGly70gcaAlagttValgacAspttcPhe75ggtGlyAlatggTrptggTrpAsn80TyrtecSerttcPhe3CCThrcgcArg85355ctgggcLeuGlyggaGlyctgLeu3CCThr90Met3CCThrgatAsp3CCThrAsp95cgtArgtgggesTrpAlaageSerGin100gasGlu403gc3gtgAlaValcgtArgtecSer1053CCThrcctProggcGlyAsnlie110GluctgLieusecsgcThrSerttcPhe115tctSergatAsp451cgtcgcArgArgAsp120cgcArgAlattg!LeuttcPhe3gcSer125gs3Glugc3AlaTyrgaggatGluAsp130CC3ProgtaValtctSer499cctattacctacattggccaggaagaaactcagacggatgttgatctg595Pro工leThrTyr工leGlyGinGluGluThrGinThrAspValAspLeu150155160165ctgaagaagggcatgaacgcagcgggageta_ccgacggcttcgttgca643LeuLysLysGlyMetAsnAlaAlaGlyAlaThrAspGlyPheValAla170175180gesct3tecccaggstctgcagetcg3ttgsec33cssgttctscgsc691AlaLeuSerProGlySerAlaAlaArgLeuThrAsnLysPheTyrAspggcatettcaccggtcgcgettctgtgggcaacccagagttcaccGly工lePheThrGlyArgAlaSerValGlyAsnProGluPheThr135140145g1gG185190195actgstThrAspgasGlu200GlugtcValgtcValgc3Alagc3Ala205tgtCysgetAlaAspgcgAlacttLeu210tecSerGing33Glu739t3csagTyrLys215工lelie3CCThrgatAspAla220ggtGlyctgLeuThrgttValcsgGin225etcLeugacAspAlaccgPro787gacttgAspLeu230gc3AlagasGlugcaAlatggTrp235gatAspGina_tclie33CAsnCC3Pro240GluCC3ProSergtgValLys245835AspTyrttgLeugacAsptggTrp250工leggtGlyThrcgcArgatelie255AspgecAla工leAsn3gtgcaSerAla260883gtgasgValLysggcGlycttLeu265CC3Pro33g!LysgasGlucagGinThr270cgcArgctgLeuescHis3tClietgcCys275tggggcTrpGly931tcttggSerTrpC3CHis280GlyCC3ProC3CHisgtcVal3CtThr285AspatelieCC3ProttcPheggtGly290ga^cAsp3tC3tt工le工le979ggtgagGlyGlu295liectgcgcEeuArggc3AlaGlu300gtcValggtGlyggcGlyttcPhetecSer305ttcPheGluggcgesGlyAla1027tctcctSerPro310cgtArgC3Cgc3HisAlaC3CHis315gagGlutggTrpcgtArgValtggTrp320gasGlugasGluAsnsagLyscttLeu3251075cctgaaProGluggcGlytctgttSerVal3303tclieTyrcctProggtGlygttVal335gtgValtctSerC3CHistecSer3tC工le340Asn1123getgtgAlaValGluC3CHisPro345cgcArgctgLeugttValgetAla350AspcgtArg3tcliegttValcagGin355ttcgecPheAla117133gcttLysLeugttVal360ggccctGlyProgagaacGluAsngtcVal365liegcgAlatecSeractThrAsp370tgtCysggtctgGlyLeu1219ggcggaGlyGly375cgtArgctgC3t!LeuHistecC3gSerGin380liegc3AlatggTrpgc3Alasag385ctgLeugagGlutecctsSerLeu1267gtagagValGlu390ggcgetcgcGlyAlaArg3ttgeslieAla395tC3SerLysgasGluctgLeu400ttcPhet33gct3g3c131333cgsgggttget1326<210>110<211〉401<212>PRT<213>谷氨酸棒桿菌<400>110MetSerGinAsn1ThrProGlu!Leu20GlyGluGluGlu35lieLysArgGin50TyrGlyHisVal65TyrSerPheThrTrpAlaSerGin100ThrSerPheSer115GluAspProVal130ProGluPheThr145ThrAspValAspAspGlyPheVal180AsnLysPheTyr195AlaLeuSerGin210GinLeuAspAla225GluProSerValAla工leAsnSer260HislieCysTrp275PheGlyAsp工le290SerPheGluGly305lieArgAspAlaPheGinAspLeu55SerGly70二euGlyAlaValArgArgG上ylie135Pro工le150LeuEysAlaLeuThrAspTyrLys215AspLeu230AspTyrVal!LysSerTrpGlyGlu295SerPro310ThrThrAsnlie25lieLeu40G丄ylieGly!LeuArgSer105AspArg120PheThrThrTyrLysGlySerPro185GluGlu200工le工leAlaGlu;LeuAspGlyLeu265HisGly280lieLeuArgHisValGlySerLeuPro15ArgSerAsnGlyGlu30SerSerValAspAsp45lieLeuAsnGluGly60PheGlyAlaTrpTrp75MetThrAspThrAsp95ProGlyAsnlieGlu110LeuPheSerGluAla125ArgAlaSerValGly140GlyGinGluGluThr155AsnAlaAlaGlyAla175SerAlaAlaArgLieu190ValAlaAlaCysAla205AspAlaGlyLeuThr220TrpAspGin工leAsn235lieGlyThrArglie255!LysGluGinThrArg270HisValThrAsplie285AlaGluValGlyGly300HisGluTrpArgVal315ArgLeuPheValThrArg85GluAspSerGlyLeu165His10LysGinAspAspThr90ThrAlaGlylieMet170GlyValThrAlaProProArgAla279ArglieValGluAsn80ArgLeuTyrAsnGin160ThrThrAspValPro240AspLeuPropuoS5ayeas1ry41111AGpT:-2,AG工Aepohirl2pT3TGluGluAsn!LysLeuProGluGlySerVallieTyrProGlyValVal325330335SerHisSer工leAsnAlaValGluHisProArgLeuValAlaAspArg340345350lieValGinPheAlaLysLeuValGlyProGluAsnVal工leAlaSer355360365ThrAspCysGly!LeuGlyGlyArg!LeuHisSerGin工leAlaTrpAla370375380Phe<210>111<211>548<212>DNA<213>谷氨酸棒桿菌<220><221〉CDS<222>(1)…(525)<223>FRXA02648<400>111gacgcaccggscttggcagaagcatgggatcagateaacccagagcca48AspAlaProAspLeuAlaGluAlaTrpAspGinlieAsnProGluPro151015agegtgaaggattacttggactggateggtacacgcategatgecate96SerValLysAspTyrLeuAspTrplieGlyThrArglieAspAla工le202530sgtgesgtgsagggccttcc3asggascagseccgcctgescstc144AsnSerAlaValLysGlyLeuProLysGluGinThrArg!LeuHislie354045tgctggggctcttggcacggaccacacgtcactgacateccattcggt192CysTrpGlySerTrpHisGlyProHisValThrAsplieProPheGly505560gscateattggtgagatectgcgcgcagaggtcggtggcttctecttc240AsplielieGlyGlulieLeuArgAlaGluValGlyGlyPheSerPhe65707580gaaggcgcatctcctcgtcacgcacacgagtggcgtgtatgggaagaa288GluGlyAlaSerProArgHisAlaHisGluTrpArgValTrpGluGlu85909533caagcttcctg33ggctctgttstct3ccctggtgttgtgtctesc336AsnLysLeuProGluGlySerVallieTyrProGlyValValSerHis100105110tecateaacgetgtggagcacccacgcctggttgetgatcgtategtt384SerlieAsnAlaValGluHisProArgLeuValAlaAspArg工leValLeuGluSer!LeuValGluGlyAlaArglieAlaSerLysGluLeu390395400s5y8L3115120125GinttcPhe130gccAla33gLysctt!LeugttValggcGly135cctProg3gGluAsngtcValsttgcgteclieAlaSer140setgscThrAsp432tgtCys145ggtGlyctgLeuggc:GlyggaGlycgtArg15〇ctgI>euestHisteccsgSerGin工le155gcatgggcaAlaTrpAla33gctgLysLeu16〇480GlutecSerC七3LeugtaValgagGlu165ggcGlygetAlacgcArgattgcalieAla170tC3SeraaggaactgIiysGluLeuttcPhe175525taagctagacaacgagggttget548<210〉112<211>175<212>PRT<213>谷氨酸棒桿菌<400>112AspAlaPro1AspLeuAlaGluAlaTrpAsp10GinlieAsnProGluPro15SerValLysAsnSerAla35AspTyrLeuAspTrplieGly2025ValEysGlyEeuProLysGlu40ThrArg工leAspAla工le30GinThrArgLeuHislie45Asp工le工leGlyGlulieLeuArgAlaGluValGlyGlyPheSerPhe65707580GluGlyAlaSerProArgHisAlaHisGluTrpArgValTrpGluGlu859095AsnLysLeuProGluGlySerVal工leTyrProGlyValValSerHis100105110SerlieAsnAlaValGluHisProArgLeuValAlaAspArglieVal115120125GinPheAlaLys!LeuValGlyProGluAsnVallieAlaSerThrAsp130135140CysGlyLeuGlyGlyArgLeuHisSerGin工leAlaTrpAla!Lys!Leu145150155160GluSerLeuValGluGlyAlaArglieAlaSerLysGluLeuPhe165170175<210〉113<211>784<212>DNA<213〉谷氨酸棒桿菌SerTrpHisGlyProHisValThrAsp工leProPheGly5560y1GpoTc<220><221〉CDS<222〉(101),.(784)<223>FRXA02658<400>1133tgwt3as3ttccgggtgc3gtg3ccgt3ggtg3ggt33scgcggttsg3gtcg33tg360gagtttgatactttctttcgacttttagattggattttcaatgagccagaacMetSerGinAsncgcArg51153tcagglieArgThractThrC3CHis10gttValggttecttgGlySer!LeuccccgtaccProArgThr15CC3ProgagGluctsLeu20cttLeu163g3tgenAspAlaAsnlie25aagLyscgtArgtctascggtSerAsnGly30gsgsttgggGlu工leGlygagGlugagGlu35g33GluttcPhe211ttccagPheGinlie40ctgLeuGintctSertctgtsgstSerValAsp45gscgtgstcAspVallieLys50cgcArgcagGingtt259gscctgAspLeu55ggtGly工leAspliecttaacgagLeuAsnGlu60ggcg33tscGlyGluTyr65ggcGlyC3CHisgtcVal3CCThr307tecggtSerGly70AlagttValAspttcPhe75ggtgc3tggGlyAlaTrptgg33ctscTrpAsnTyr80tecSerttcPhe3CCThrcgcArg85355ctgggcggactgaccatgaccgataccgaccgttgggcaagecaggaaLeuGlyGlyLeuThrMetThrAspThrAspArgTrpAlaSerGinGlu9〇95100403gc3gtgAlaValcgtArgtecSer105secThrcctProggc33c3tcGlyAsnlie110gsgctgseca^gcGluLeuThrSerttcPhe115tctSerAsp451cgtcgcgaccgcgcattgttcagegaagcatacgaggatccagtatctArgArgAspArgAlaLeuPheSerGluAlaTyrGluAspProValSer120125130499ggc3tcttc3ccggtcgcgettctgtgGlyliePheThrGlyArgAlaSerVal135140ggcsaccca_gagttcaccggaGlyAsnProGluPheThrGly145547cctattacctacattggccaggaagaaactcagacggatgttgatctgProlieThrTyrlieGlyGinGluGluThrGinThrAspValAspLeu150155160165595ctg33gLeuLys33gLysGlyMet170aacgcagcgggaAsnAlaAlaGlygetaccgacggcttcgttgesAlaThrAspGlyPheValAla175180643gesctstecccaggstctgesgetcg3AlaLeuSerProGlySerAlaAlaArg185190ttgsec33c33gLeuThrAsnLysttcPhe195t3CTyrAsp691282actgatgasgaa_gtcgtcgcsgcatgtgetgstgcgcttteccsgg33739ThrAspGluGluValValAlaAlaCysAlaAspAlaLeuSerGinGlu200205210tacaagateateaccgatgcaggtctgaccgttcagetcgacgcaTyrLyslie工leThrAspAlaGlyLeuThrValGinLeuAspAla215220225<210〉114<211>228<212>PRT<213〉谷氨酸棒桿菌<400〉114MetSerGinAsnArg工leArgThrThrHisValGlySerLeuProArg151015ThrProGluLeuLeuAspAlaAsn工leLysArgSerAsnGlyGlulie202530GlyGluGluGluPhePheGin工leLeuGinSerSerValAspAspVal354045lieLysArgGinValAspLeuGlylieAsplieLeuAsnGluGlyGlu505560TyrGlyHisValThrSerGlyAlaValAspPheGlyAlaTrpTrpAsn65707580TyrSerPheThrArgLeuGlyGlyLeuThrMetThrAspThrAspArg859095TrpAlaSerGinGluAlaValArgSerThrProGlyAsnlieGluLeu100105110ThrSerPheSerAspArgArgAspArgAlaLeuPheSerGluAlaTyr115120125GluAspProValSerGly工lePheThrGlyArgAlaSerValGlyAsn130135140ProGluPheThrGlyProlieThrTyr工leGlyGinGluGluThrGin145150155160ThrAspValAspLeuLeuLysLysGlyMetAsnAlaAlaGlyAlaThr165170175AspGlyPheValAlaAlaLeuSerProGlySerAlaAlaArgLeuThr180185190AsnLysPheTyrAspThrAspGluGluValValAlaAlaCysAlaAsp195200205AlaLeuSerGinGluTyrLyslielieThrAspAlaGlyLeuThrVal210215220GinLeuAspAla225784283<220><221〉<222><223>CDS(101)..(385)RXC02238<400>115ggcgcttagccaaaacatagagcggtagggtatgcttatccgattgagcaacctttcccg60ctcttaacactactgtccatatacttttgaaaaggtgtcagtgVal3CCAsngtgValSer5115AsnGlu3CCgccAsnAl3103CCgccgtcAlaValttcPhe15gatAspccgProCC3ProgtgValggcGly203tt工le1633CCThrgetAlacctProccgstcPro工le25Aspga3Gluctgctg!LeuLeu30AspsaggtcVal3CtThrtecSer3533gLysTyr211gccAlaetclieugtgVal403tcttcliePheAlagccAla33gcgtEysArg45gcgAlacgcArgcaigGin工le50AsnageSerttcPhe259t3CTyi:C3tHis55cagGingcagstAlaAspgagGluGly60gtsttcValPheGluttcPheatelie65GlyCC3ProttgLeugttVal307setThr70ccgProcagGincc3ggcProGlygasGlu75aag!LysCC3cttProLeutctSer3ttlie80getAlactgLeucgtArgGlu3tclie8535533tAsngc3AlaggtGlyctgttgLeu!Leu90AspC3CHisg3ggs3GluGluggtGly95405徹<210><211><212><213>11695PRT谷氨酸棒桿菌<400>116ValThrAsnProProVslValGly20Ser5AsnGluThrAsnlieThrAlaValThrSerLysTyrAlaLeu35ProPro25Vallie40Ala10lieThrLysAspGluAlaLeuValPhe15iLeuAsp30PheAlaAlaLysArgAla45AspLysArgGinlieAsnSerPheTyrHisGinAlaAspGluGly505560ValPheGluPhelieGlyPro!LeuValThrProGinProGlyGluLysProLeuSer工le65707580AlaLeuArgGlulieAsnAlaGlyLeuLeuAspHisGluGlu8590<210>117<211>1827<212>DNA<213>谷氨酸棒桿菌<220〉<221>CDS<222>(101)..(1804)<223>RXC00128<400>117ccattttccgtttggtcttgcctaasgaaccgcatggaaattatcgtgaagcaccga_t(cgttgstcgctccsgsgscsccgtggg33ggggsgcsgcsgtgVal13gtSer333Lys3ttlietegSer5601153cg333ThrLysctg33gLysgecAla10etcLeu3CCThrgcgAlagtgValctg15tctSergtgValThrsetThrctgLeu20gtgVal163getgggAlaGlytgtCystecSer25acgThrcttLeuccgProcagGinAsn30acgThrg3tAspccgProGingtgVal35ctgLeucgcArg211tca_tttSerPhetecSer40gggGlytecSerGin3gcSerThr45GingagataGluliegc3AlagggGly50ccgPro3CCThrccgPro259AsnGin55ga_tAspccgProgatAspttgIjeuttgLeu60ate工lecgcArgggcttcGlyPhettcPhe65AlaggtGlygcgAla307tatccgTyrPro70actThrGinGinTyr75g33GlugcgAlagcgAla33ggcgLiysAla80TyrctgLeuThrg33GlugggGly85355acgcgcThrArgSeracgThrtggTrp90AsnccgProgetAlagcgAlategsetSerThr95cgtArgliettgLeuAsp100cgcArg403sttgatlieAspctgaacLeuAsn1053CtThrctgLeuCC3ProggtGlytegSer110acg33tThrAsngcgAlag33GluArg115Thr3ttlie451gcgatecgtggaacgcaggtcggaacgttgetcageggtggcgtgtatAlalieArgGlyThrGinValGlyThrLeuLeuSerGlyG丄yValTyr120125130499cagccgGinPro135g3g33tgcgGluAsnAlagsgtttGluPhe140GlugetAlagagstcGlu工lea_cgThr145atgMetcgtArgeggArggaaGlu547<table>tableseeoriginaldocumentpage286</column></row><table><table>tableseeoriginaldocumentpage287</column></row><table>3540AlaGlyProThr50PheSerAlaGly65TyrLeuThrGluArg工leLeuAsp100AlaGluArgThr115SerGlyGlyVal130ThrMetArgArg145GlylieLeuLeuAspValTyrPhe180ProAsnAlaTyr70GlyThr85Arglie工leAl3TyrGinGluAsp150GinAspProAsp55ProThrGinGinArgSerThrTrp90AspLeuAsnThr105工leArgGlyThrProGluAsnAla135GlyGluTrpArgLeuTyr75AsnLeu45Leu工leArgGlyPhe60GluAlaAlaLysAla80ProAlaAlaSerThr95ProGlySerThrAsn110GinValGlyThrLeuLeu125GluPheGluAlaGlu工le140lieAspAlaLeuProAsp155160GluArgAsnAspLeuArgAsnHisTyrThrProHis165170175PheAspProSerGlyGinValLeuValGlyAspArg185190ArgTrpLeuPheAsnGluSerGinSerMetSerThrValLeuMetAla195200205LeuLeuValAsnGlyProSerProAla工leSerProGlyValValAsn210215220GinLeuSerThrAspAlaSerPheValGlyPheAsnAspGlyGluTyr22523〇235240GinPheThrGlyLeuGlyAsn!LeuAspAspAspAlaArgLeuArgPhe245250255AlaAlaGinAlaValTrpThrLeuAlaHisAlaAspValAlaGlyPro260265270TyrThrLeuValAlaAspGlyAlaProLeu!LeuSerGluPheProThr275280285LeuThrThrAspAspLeuAlaGluTyrAsnProGluAlaTyrThrAsn290295300ThrValSerThrLeuPheAlaLeuGinAspGlySerLeuSerArgVal305310315320SerSerGlyAsnValSerProLeuGinGly工leTrpSerGlyGlyAsp325330335lieAspSerAlaAla工leSerSerSerAlaAsnValValAlaAlaVal340345350ArgHisGluAsnAsnGluAlaValLeuThrValGlySerMetGluGly355360365ProThrPheGluThrThrVal425Gly410GluLeuValGinThr415ThrGlyProlieSerGluPhe430AlaAlaMetlieProGly460GlyGlu475ValGlyGlySer工le445GluGlyLysGluArgArgValAlaAlaLeuValThrSerAspAlaLeuArgSerGluThr工leThrArg370375380GluTyrAlaSerSerGlyLeuTrpAlaValValAspGly385390395ValArgValAlaArgSerAlaThr405AlaGlu工leValLeuProArgAsp420GinLeuSerArgThrGlyValArg435440ValTyrValGlyValValThrArgProGly450455ThrAsnlieThrGluValAlaProSerL>eu465470lieAsnTrpArgProAspGlylie485GluThrProLeuTrpArgValGlu500MetProSerGlyAsnLeuSerAla515520AlaThrThrValTyrValThrAspSerHisAlaMet530535540ThrAlaAspAsnAsplieTrpArgGluValProGlyLeuLeuGly545550555ArgAlaAlaProValValAlaTyr565Pro400GluSer480LeuGin505Leu490AspThrSer工lePro495AlslieSerSer510ProValValAlaValAlaSerSer525LeuGinLeuProThr560<210><211><212><213>1191344DNA谷氨酸棒桿菌<220>〈221><222><223>CDS(101)..(1321)RXA02240<400〉119cagctagaccactgacattgcagttttagscagcttggtctatattggttttttgtattt60aagactatttattctcaacttcttcgaiaagaagggtatttgtggetcagccaaccValAlaGinProThr15115gecgtccgtttgttcaceagtgaatctgtaactgagggacatccagac163AlaValArgLeuPheThrSerGluSerValThrGluGlyHisProAsp101520aaaatatgtgatgetatttecgataccattttggacgcgctgetcgaaLys工leCysAspAlalieSerAspThrlieLeuAspAlaLeuLeuGlu253035211aaagatccgcagtegcgcgtcgcagtggaaactgtggtcaccaccggaLysAspProGinSerArgValAlaValGluThrValValThrThrGly404550259ategtccatgttgttggcgaggtccgtaccagegettacgtagagate工leValHisValValGlyGluValArgThrSerAlaTyrValGlulie556065307cctcaattagtccgcaacaagetcategaaateggattcaactectctProGinLeuValArgAsnEysLeu工leGlulieGlyPheAsnSerSer70758085355gaggttggattcgacggacgcacctgtggcgtcteagtatecateggtGluValGlyPheAspGlyArgThrCysGlyValSerValSer工leGly9095100403gagcagteccaggaaategetgacggcgtggataactecgacgaagecGluGinSerGinGlu工leAlaAspGlyValAspAsnSei:AspGluAla105110115451cgcaccaacggcgacgttgaagaagacgaccgcgcaggtgetggcgacArgThrAsnGlyAspValGluGluAspAspArgAlaGlyAlaGlyAsp120125130499cagggcctgatgttcggctacgecaccaacgaaaccgaagagtacatgGinGlyLeuMetPheGlyTyrAlaThrAsnGluThrGluGluTyrMet135140145547cctcttcctategcgttggcgcaccgactgteacgtcgtctgacccagProLeuPro工leAla!LeuAlaHisArgLeuSerArgArgLeuThrGin150155160165595gttcgtaaagagggcategttcctcacctgcgtccagacggaaaaaccValArgLysGluGly工leValProHis!LeuArgProAspGlyLysThr170175180643caggtcaccttcgcatacgstgcgcaagaccgccctagecacctggatGinValThrPheAlaTyrAspAlaGinAspArgProSerHisLeuAsp185190195691accgttgtcatetecacccagcacgacccagaagttgaccgtgcatggThrValVal工leSerThrGinHisAspProGluValAspArgAlaTrp200205210739ttggaa_acccaactgcgcgaacacgtcattgattgggtaateaaagacLeuGluThrGinLeuArgGluHisVal工leAspTrpVallie!LysAsp215220225787cctteaggttecttcattctgggtggccccatgggtgatgcgggtctg883ProSerGlySerPhelieLeuGlyGlyProMetGlyAspAlaGlyLeu250255260ggcattgaggatctggcaaccggtgagateaccgtgttgateaac835Gly工leGluAsp!LeuAlaThrGlyGlulieThrValEeu工leAsn235240245c13gA2290secggcThrGlycgcArg2653tClieliegtgValgatAsp3CCThr27〇TyrggtGlyggcGlyatgMetgetAla275cgcArgestHis931ggtggtggagcattctecggtaaggatccaageaaggtggaccgctctGlyGlyGlyAlaPheSerGlyLysAspProSerLysValAspArgSer280285290979getgcaAlaAla295t3CTyrgecAlaatgMetcgtArgtggTrp300gtaValAla33g3a_cLysAsnclie305gtgValgcaAlagcaAlaggcGly1027cttgetLeuAla310AspcgcArggetAlag33Glu315gttValcagGingttValgc3tacAlaTyr320gecAla3ttlieggaGlycgcArggc3Ala3251075ssgcc3LysProgtcValGlycttLeu330t3CTyrgttValGlu3CCThrtttg3cPheAsp3353CCThrAsnLysgaaGlu340ggcGly1123ctgsgcLeuSerAspGlu345GinlieGingetAlagecAla350gtgttgValLeugagGlugtcValtttPhe355gacAspctgLeu1171cgtccaArgProAla360Alaatt工le3tcliecgtArggagGlu365cttLreugstctgAspEeucttLeucgtArg370ccgPro3tC工le1219getgscAlaAsp375actThrgetAlagecAlaTyrggcGly380C3CHistttPheggtcgcGlyArgsetThr385Aspttg3LeugacAspctt1267ccttggProTrp390gagGlugetAla3tc工leAsp395cgcArggttValAspg33cttGluLeu400cgcArggc3AlagecAlaetcLeu33g4051315ttggectaaaaatctgatgtagtatcttcLeuAla1344<210>120<211>407<212>PRT<213>谷氨酸棒桿菌<4〇0〉120ValAlaGinProThrAlaValArgLeuPheThrSerGluSerValThr1510.15GluGlyHisProAspLyslieCysAspAlalieSerAspThr工leLeu202530AspAlaLeuLeuGluLysAspProGinSerArgValAlaValGluThr354045ValValThrThrGly工leValHisValValGlyGluValArgThrSer505560AlaTyrValGlu工leProGinLeuValArgAsnLysLeulieGlulie65707580291GlyPheAsnSerSerGluValGlyPheAspGlyArgThrCysGlyVal859095SerValSerlieGlyGluGinSerGinGlu工leAlaAspGlyValAsp100105110AsnSerAspGluAlaArgThrAsnGlyAspValGluGluAspAspArg115120125AlaGlyAlaGlyAspGinGlyLeuMetPheGlyTyrAlaThrAsnGlu130135140ThrGluGluTyrMetProLeuPro工leAlaLeuAlaHisArgLeuSer145150155160ArgArgLeuThrGinValArgLysGluGlylieValProHisLieuArg165170175ProAspGlyLysThrGinValThrPheAlaTyrAspAlaGinAspArg180185190ProSerHisLeuAspThrValVallieSerThrGinHisAspProGlu195200205ValAspArgAlaTrpLeuGluThrGinLeuArgGluHisVal工leAsp210215TrpVallieLysAspAlaGlylieGluAsp225230ThrValLeulieAsnProSerGlySerPhe245250GlyAspAlaGlyLeuThrGlyArgLyslie260265GlyMetAlaArgHisGlyGlyGlyAlaPhe220LeuAlaThrGlyGlulie235240lieLeuGlyGlyProMet255工leValAspThrTyrGly270SerGlyLysAspProSer275280285LysValAspArgSerAlaAlaTyrAlaMetArgTrpValAlaLysAsn290295300lieValAlaAlaGlyLeuAlaAspArgAlaGluValGinValAlaTyr305310315320Ala工leGlyArgAlaLysProValGlyLeuTyrValGluThrPheAsp325330335ThrAsnLysGluGlyLeuSerAspGluGinlieGinAlaAlaValLeu340345350GluValPheAspLeuArgProAlaAlalie工leArgGluLeuAspLeu355360365LeuArgPro工leTyrAlaAspThrAlaAlaTyrGlyHisPheGlyArg370375380ThrAspLeuAsp!LeuProTrpGluAlalieAspArgValAspGluLeu385390395400292ArgAlaAlaLeuLysLeuAla405<210><211><212><213>12123DNA人工序列<220><223>人工序列說明引物<400>121tcgggtatccgcgctacacttaga23<210><211><212><213>12223DNA人工序列<220><223>人工序列說明引物<400>122GGAAACCGGGGCATCGAAACTTA23<210><211><212><213>12318DNA人工序列<220><223>人工序列說明引物<400>123ggaaacagtatgaccatg18<210><211><212><213>12417DNA人工序列<220><223>人工序列說明引物<400>124gtaaaacgacggccagt18<210>125<211>4334<212>DNA<213>谷氨酸棒桿菌<400>125aaatcgcttgaccattgcaggttggtttatgactgttgagggagagactggctcgtggcc60gaagctatgtctgastttagcgtgtcacgtcagaccgtga120七33gtctgcgggcattgaacttcc3cg3ggacgccgtaaagcttcccagt333tgtgcc3180tctcgtsggctccccccgtaiggggtctctctcttggcctcctttctaggt240cgggctgsttgetcttgaagctctctaggggggctc3C3Ccataggcagat33cggttcc300ccaccggctcacctcgtaagctgctccc3aagatcttcaasgcc3ctgcc360gcgactccgcttcgcgaagccttgccccgcgg333tttcctcca_ccgsgttcgtgc3C3c420ccct3tgcc3agcttctttc3CCCt333ttcgagagattggsttcttsccgtggswttc480tcgtcccctg3tcgcccttgcgacgttgctcgcggcggtgccgctggttg540cgcttggcttgaccgacttg3tcsgcttgc3tgcctgcsggtcgaeggatccccgggtgg600gaaagccacgttgtgtctc3tgt七3cattg660tssasctgtctgcttac3七3caaggggtgttatgagccat7203ttc33cgggaaacgtcttgctcgaggccgccaacatggatgctgattta780tatgggtstaaatgggctcgcgst33tgtcgggcaatcaggtgcg3c33tctstcgsttg840tstgggssgcccg3tgcgccsgngttgtttctgaaacatggcaaaggtagcgttgcc3st900gatgttacagatgagatggttggctgacgg33ttt3tgcctcttccg3cc960ttatccgtactcctg3tgstgcatggttactcscc3ctgcgatccccggg1020tccaggtattagaagaatatcctg3ttc3gtgttgatgcg1080ctggcagtgttcctgcgccggttgcsttcgattcctgtttgtaattgtccttttaacagc1140g3tcgcg七3tttcgtctcgctcaggcgcaatcacgaatga3t33cggtttggttgstgcg1200agtgattttgtaatggctggcctgttg33caagtctggaaagaaatgcat1260sagcttttgcC3ttctC3CCggsttca^gtcgtcactcatggtga^tttctc1320ctt3tttttg3cgsgggg33attaataggttgt3ttgstgttggacgagtcggsstcgca1380gaccgstscc3gg3tcttgccatcctatggaactgcctcggtgngttttctccttC3tt31440cagaaacggcatatggtattgataatcctgatatgaataa3ttgc3gttt1500catttgatgctcgstgagtttttctaatcag33ttggtt3attggttgtaacactggcag15603gc3ttscgctgacttgacgggacggcggctttgttgaattttgctgagt1620tg33ggstc3g3tC3cgc3tcttcccgacaacgcagaccgttccgtggcaaagcaaaagt1680tcaawtcaccaactggtcc3CCt3C33C3aagctctcatcaaccgtggctccctc3ctt1740tctggctggstgatggggcgattcaggcctggtstg3gtc3gC5L3C5lCCttcttcacgag1800gc3g3cctc3gcgcccccgaattgatcagtactgcggcgtcgctgatcgccctcgcgscg1860ttgtgcgggtggcttgtccctgagggcgctgcgacagatatgcgtcagga1920tcgccgtsgscgctctacggtcc3g3tttttcggaaaaattcgtgaaaat3tggtgtc3ttctctgatgttcggatttttccgcgsgcgsctcggcagcgtggcctgsttgtgtcgtgccggctaggtcgcacagagctgg3C333C3七Cgccsccacct3gggcgtcggg3ttc3cg3gcccgsgctcgC3cctgggc3aaagacccgggcccggtgccsttg3tgtgcgcgsttttggctgagcgggagctgaccagg3ccgcgtaccgcgcgcgtcgcgatcctgscsgtttttgcccaagtgcgattttcgtgccggaccttc3cgcgcgctggsgccgsgctctccctagaaactccaggaggaccctccccggcgc3gcc3gcccaaatggcgcgssgcggcsggt333tgccggcsccgaatcgctgc3cgs3Ct33CCCCC3cgctgcgstcacacgggagaagtatgttgccgsgccaccsagcgctgggcaatgccagctataitgcgcctctttttcac3gctggcatgccgtcg3ttgggcttttttgtcgtgattttc3cg33gt3cctccgacgcgcgatacgacggctcgtggcgggcacagtagtctgscccgcggcgsgcgcgctggaagtgcgcgtttcgtgtggcagcsgcg七3CCtg3333accggcctggacgtggctggccsgggcagc33C3csgccgtctgacgcacggccggcgggacgcctggaaC3tctggctcgctggctgcataggctgagcccagcacsatsggcttcccctgcgtsccgtaacttctcgg3Cg3C3C3CCtsgcsccccttcgatgctgc3cgcgccsgcatcttgaggaggaggatcgaaggacggcgctcccccgagcccgcgatcgtggccgtggcctcgcgcgtcg3tgttg33cgggg3g333gc333ttttccgacgagcgaaga3g3cccgcg3Sgtt3t3CCgcgcagcscgaaaatcgagc3aagcgcc3g3ttg3tccggcggtggccaccgcgtggatctttggttgsccgatcgtttttc^ccccgcagtttgcagatgsgctgcgc3tttaacgaaccgaatc3tc3cgtcgattta3tc3cgsgacgctggctgacatcagttgcgcscgccgaggg333ttttggggcgcggtgcgcccaggacgccccgtgagcctgstctgttaccgccgcgaacttcgccaggsgttggttccagccgtgct3Cgt333CCCcttggatcggtgtstgccgctgc3cgtctcgcctagctgaggtcttcaat1980atttctgtcg204033ttttcg3t2100aatctgtctt216033gtcccgct2220gttcgtt3t32280gctstggstc2340aaaacggtga2400tgggccagtg2460gagctgcgtg2520cctactgcgg2580gctcagatgc2640sgctggaggc2700ccstggtcgt2760ccgcsggcst2820tgtcsgcgcc2880caggcggcaa2940ggt33ctcsc3000gactctagcg3060cgacacccat3120sttcctcgct3180cgcttggatc3240aasatcgctt3300tgtcctgga_c3360cgaggtctac3420cgtgaatcca3480agcaggcatg3540cgttttcggc3600cgacgatccc3660tcttstggsg3720gttgctcgcatgatctcagggetstgsgesggagttttct3780agcggacgggcacgtstcgaageggcaaga333gcc3ctg3gc3cttgcc38403cgcttg33gcaagcctgccgsgcgccgctg33gcgtctggagagctgatcgacggcgtc3900cgtgtcctctgg3ctgctccagggegtgeegcccgtgatg3g3cggcttttcgccscgct3960ttgsctgtgg3333gcggctggtgsgcgcccasgatcatc4020gacgcctacgagcgtgcctacaccgtcgctcaggeggteggagcagacggccgtgsgcct徹0ga^tctgccgccgattgcgtgsccgccagacgatggcgcgacgtgtgcgcggctacgtcgct4140333ggccsgccagtcgtccctgctcgtcag3c3g3g3cgcagagcagccg3gggcg33334200getctggccsctatgggaagacgtggcggtcagaacgctggaaagaccca426033c3gtg3gt3cgcccg3gcacagegagaa3gtcc3gtC34320aggaaagctaaagg433權(quán)利要求1.經(jīng)分離的核酸分子或該經(jīng)分離的核酸分子的互補(bǔ)序列,所述的核酸分子包含如SEQIDNO1、SEQIDNO3或SEQIDNO5的核苷酸序列的核酸分子。2.權(quán)利要求1的分離的核酸分子,其中所述的核酸分子編碼氨基酸代謝途徑中所涉及的metz蛋白。3.分離的核酸分子或該經(jīng)分離的核酸分子的互補(bǔ)序列,所述的核酸分子編碼包含SEQIDNO:2、SEQIDNO:4或SEQIDNO:6所示氨基酸序列的多肽的天然存在等位變體。4.經(jīng)分離的核酸分子或該經(jīng)分離的核酸分子的互補(bǔ)序列,所述的核酸分子含有與SEQIDNO:1、SEQIDNO:3或SEQIDNO:5所示的完整核苷酸序列具有至少50%同一性的核苷酸序列。5.經(jīng)分離的核酸分子或該經(jīng)分離的核酸分子的互補(bǔ)序列,所述的核酸分子含有選自SEQIDNO:1、SEQIDNO:3或SEQIDNO:5所示核苷酸序列中的至少15個(gè)連續(xù)的核苷酸的片段,其中,所述的片段具有metz活性。6.分離的核酸分子,該核酸分子在嚴(yán)格條件下可以與權(quán)利要求1-5中任一項(xiàng)的核酸分子雜交。7.分離的核酸分子,該核酸分子含有權(quán)利要求1-6,22或47中任一項(xiàng)所述的核酸分子和編碼異源多肽的核普酸序列。8.包含權(quán)利要求1-6,22或47中任一項(xiàng)所述的核酸分子的載體。9.權(quán)利要求8的載體,還包括至少一種另外的代謝途徑的核酸分子。10.權(quán)利要求8或9的載體,其為表達(dá)載體。11.以權(quán)利要求8-10中任一項(xiàng)的表達(dá)載體轉(zhuǎn)染的宿主細(xì)胞。12.權(quán)利要求9的載體,其中所述的至少一種另外的代謝途徑的核酸分子包含選自表1中列出的奇數(shù)號(hào)序列的核苷酸序列的核酸分子,但不是任何F標(biāo)明的核酸分子。13.權(quán)利要求ll的宿主細(xì)胞,其中所述細(xì)胞是^L生物。14.權(quán)利要求ll的宿主細(xì)胞,其中該細(xì)胞屬于棒桿菌屬(CoryweZjaCen.w附)或者4豆4干菌屬(5rev/6ac^n'ww)。15.權(quán)利要求ll的宿主細(xì)胞,其中所述的核酸分子的表達(dá)導(dǎo)致該細(xì)胞精細(xì)化學(xué)物質(zhì)生產(chǎn)的調(diào)節(jié)。16.權(quán)利要求15的宿主細(xì)胞,其中所述的精細(xì)化學(xué)物質(zhì)是氨基酸。17.權(quán)利要求16的宿主細(xì)胞,其中所述氨基酸是甲硫氨酸或賴氨酸。18.生產(chǎn)多肽的方法,包括在合適的培養(yǎng)基中培養(yǎng)權(quán)利要求11的宿主細(xì)胞,從而生產(chǎn)多肽。19.經(jīng)分離的多肽,其包含SEQIDNO:2、SEQIDNO:4或SEQIDNO:6的氨基酸序列。20.權(quán)利要求19的經(jīng)分離的多肽,其中所述的多肽是參與氨基酸代謝的metz多肽。21.權(quán)利要求20的經(jīng)分離的多肽,其中所述氨基酸是曱硫氨酸或賴氨酸。22.經(jīng)分離的核酸分子或該經(jīng)分離的核酸分子的互補(bǔ)序列,所述的核酸分子編碼含有SEQIDNO:2、SEQIDNO:4或SEQIDNO:6的氨基酸序列的多肽。23.經(jīng)分離的多肽,其包含下述多肽的天然存在等位變體,上述被包含的多肽含有選自SEQIDNO:2、SEQIDNO:4或SEQIDNO:6所示氨基酸序列。24.權(quán)利要求19-23,25或46的經(jīng)分離的多肽,還包括異源氨基酸序列。25.經(jīng)分離的多肽或其互補(bǔ)序列,所述的經(jīng)分離的多肽由含有與SEQIDNO:1、SEQIDNO:3或SEQIDNO:5的核普酸序列至少50%同源的核苷酸序列的核酸分子所編碼。26.生產(chǎn)精細(xì)化學(xué)物質(zhì)的方法,包括培養(yǎng)權(quán)利要求11的細(xì)胞,從而產(chǎn)生精細(xì)化學(xué)物質(zhì)。27.權(quán)利要求26的方法,其中所述細(xì)胞在硫源存在下培養(yǎng)。28.權(quán)利要求26的方法,其中所述的方法還包括從所述的培養(yǎng)物中回收精細(xì)化學(xué)物質(zhì)的步驟。29.權(quán)利要求26的方法,其中所述精細(xì)化學(xué)物質(zhì)是氨基酸。30.權(quán)利要求29的方法,其中所述氨基酸是曱硫氨酸或賴氨酸。31.權(quán)利要求26的方法,其中所述的方法還包括用權(quán)利要求8-10中任一項(xiàng)的載體轉(zhuǎn)染所說細(xì)胞的步驟,這導(dǎo)致產(chǎn)生含有該載體的細(xì)胞。32.權(quán)利要求26的方法,其中所述的細(xì)胞屬于棒桿菌屬或者短桿菌屬。33.權(quán)利要求26的方法,其中所述的細(xì)胞選自以下菌抹谷氨酸才奉4干菌(Co^ywe6a"en'w附g/Wam/cMm)、力士才奉4干菌(C07weZ)a"eW"附/^rcw/^)、百合花才奉才干菌(Cor>7ze6a"en'"m/z7/wm)、p耆乙酰乙酸才奉4干菌(Cor_ywe6ac^n.wmac^oa"V/o//n'/wm)、醋谷才奉4干菌(Cof7we6a"en.w附acefog/j/^!wi/cM附)、卩耆乙酰4奉才干菌(Coo^eZa"eW"附ace啤/n7腿)、產(chǎn)氨棒桿菌(Co7weZ)a"m'訓(xùn)am歸m力gewes)、Co^yweZac^n.w附/w力.oA:ew5^、Co^ywe6a"en'w附w"n7o//^7w51、產(chǎn)氨-豆4干菌(Brevz.Z)(3c^en'Mma附附ow/agenes)、5rev/6acfen'w附6w/aw/cw附、分歧^豆^干菌W6a"eWwm&van'c、黃色#豆4干菌(5rev/6a"eWwm^avw附)、希氏4豆4干菌(5rev/6a"en、附Aea/")、酉同戊二酸頭豆4干菌(5reW6a"eW"mA^og7w&m/cwm)、5rev7力a"en、w2A:e^worefifw""m、吝'L發(fā)酵殺豆才干菌(5revAac化nww7/fl"o/erwew^/m)、才廣展^i4干菌C5rev/6fl"en"w/z'"e"力、解石蠟,豆才干菌(5reW6a"en'wmpan2j^m'(yO'CMm)和表3戶斤歹'J菌4朱。34.生產(chǎn)精細(xì)化學(xué)物質(zhì)的方法,包括培養(yǎng)其基因組DNA已經(jīng)通過引入權(quán)利要求1-6,22或47任一項(xiàng)的核酸分子被改變的細(xì)胞。35.權(quán)利要求34所述的方法,其中所述的基因組DNA通過包含至少一種另外的代謝途徑核酸分子而改變。36.權(quán)利要求35所述的方法,其中所述的另一種代謝途徑的核酸分子含有選自表1奇數(shù)號(hào)序列的核苷酸序列的核酸分子,但不是任何F標(biāo)明的核酸分子。37.權(quán)利要求36的方法,其中所述至少一種另外的代謝途徑的核酉吏分子選自附e^Z,m^C,me^5,we^4,附e^fi1,mef/f,Aow,asd,(ysG,/ysC/asA:,rxa00657,da/7爿,da/J5,da/C,da/Z)/argZ),dop五,fifa/F,/y^vl,ddA,一五,(ysG,一i,//7c,py(L4,acoD,accAacc萬,accC,編碼葡萄糖-6-磷酸脫氬酶的基因,opcA/g瓶M,M:,pg7,r//e,r/e或任何上述基因的組合。38.權(quán)利要求36的方法,其中所述代謝途徑是曱硫氨酸或賴氨酸代謝。39.調(diào)節(jié)一種細(xì)胞精細(xì)化學(xué)物質(zhì)生產(chǎn)的方法,包括向細(xì)胞中導(dǎo)入一種或多種代謝途徑基因,其中所述至少一種代謝途徑的基因選自權(quán)利要求1-6,22或47中任一項(xiàng)所示的核酸分子,從而調(diào)節(jié)精細(xì)化學(xué)物質(zhì)的生產(chǎn)。40.權(quán)利要求39的方法,其中所述代謝途徑基因整合到細(xì)胞的基因組中。41.權(quán)利要求39的方法,其中所述代謝途徑基因在質(zhì)粒上。42.權(quán)利要求39的方法,其中所述精細(xì)化學(xué)物質(zhì)是氨基酸。43.權(quán)利要求42的方法,其中所述氨基酸是甲硫氨酸或賴氨酸。44.權(quán)利要求39的方法,其中所述代謝途徑基因選自權(quán)利要求1-6任一項(xiàng)的核酸分子。45.權(quán)利要求39的方法,其中所述代謝途徑基因的核苷酸序列被突變以增加精細(xì)化學(xué)物質(zhì)的生產(chǎn)。46.經(jīng)分離的多肽,其由包含SEQIDNO:1、SEQIDNO:3或SEQIDNO:5所示的核苷酸序列的核酸分子編碼。47.編碼下述多肽的經(jīng)分離的核酸分子或其互補(bǔ)序列,所述的多肽包含與SEQIDNO:2、SEQIDNO:4或SEQIDNO:6的全部氨基酸序列具有至少60%同一性的氨基酸序列。48.—種診斷受試者中白喉才奉狀菌(Co^weZa"en'wwd/p/^/^rz'ae)的存在或活性的方法,該方法包含檢測(cè)權(quán)利要求1-6,22或47的至少一種核酸分子,或權(quán)利要求19-23,25或46中所述的至少一種多肽的存在,由此診斷受試者中白喉棒狀菌的存在或活性。49.包含下述核酸分子的宿主細(xì)胞,所述核酸分子包含SEQIDNO:l,SEQIDNO:3,或SEQIDNO:5所示的核香酸序列,其中所述的核酸分子被破壞。50.包含下述核酸分子的宿主細(xì)胞,所述的核酸分子包含SEQIDNO:l,SEQIDNO:3,或SEQIDNO:5所示的核苷酸序列,其中所述的核酸分子與SEQIDNO:l所示序列相比包含一個(gè)或多個(gè)核酸纟務(wù)飾。51.包含下述核酸分子的宿主細(xì)胞,所述的核酸分子包含SEQIDNO:l,SEQIDNO:3,或SEQIDNO:5所示的核苷酸序列,其中所述的核酸分子的調(diào)節(jié)區(qū)域相對(duì)于所述分子的野生型調(diào)節(jié)區(qū)域而言是經(jīng)過修飾的。52.權(quán)利要求1-6,22或47的至少一種核酸分子,或權(quán)利要求19-23,25或46中所述的至少一種多肽在診斷受試者中白喉棒狀菌的存在或活性中的應(yīng)用。全文摘要描述了分離的編碼新的谷氨酸棒桿菌MP蛋白的核酸分子,該分子被稱為MP核酸分子。本發(fā)明也提供了反義核酸分子,含有MP核酸分子的重組表達(dá)載體,以及已導(dǎo)入表達(dá)載體的宿主細(xì)胞。本發(fā)明也進(jìn)一步提供了分離的MP蛋白,MP突變蛋白,融合蛋白質(zhì),抗原肽,以及基于谷氨酸棒桿菌MP基因遺傳工程提高由該生物體進(jìn)行的所需化合物生產(chǎn)的方法。文檔編號(hào)C12N9/90GK101255431SQ20081009091公開日2008年9月3日申請(qǐng)日期2000年12月22日優(yōu)先權(quán)日2000年3月9日發(fā)明者B·-J·王,B·克雷格爾,G·哈伯豪爾,H·-S·李,H·施雷德爾,J·-W·金,M·波姆佩朱斯,O·策爾德申請(qǐng)人:Basf公司
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