CN1955295A - 人类肝脏中表达的表达序列标签e组 - Google Patents
人类肝脏中表达的表达序列标签e组 Download PDFInfo
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Abstract
本发明公开了一类在人类肝脏中表达的表达序列标签的序列。利用本发明的在人类肝脏中表达的表达序列标签,可以方便的寻找出在人类肝脏中表达的相关基因,从而在研究肝脏疾病的致病机理以及开发治疗肝脏疾病的药物中发挥重要作用。
Description
技术领域
本发明涉及生物技术领域,尤其涉及一类在人类肝脏中表达的表达序列标签。
背景技术
肝脏是人体内最大的消化腺。也是体内新陈代谢的中心站。据估计,在肝脏中发生的化学反应有500种以上,实验证明,动物在完全摘除肝脏后即使给予相应的治疗,最多也只能生存50多个小时。这说明肝脏是维持生命活动的一个必不可少的重要器官。肝脏的血流量极为丰富,约占心输出量的1/4。每分钟进入肝脏的血流量为1000-1200ml。肝脏的主要功能是进行糖的分解、贮存糖原;参与蛋白质、脂肪、维生素、激素的代谢;解毒;分泌胆汁;吞噬、防御机能;制造凝血因子;调节血容量及水电解质平衡;产生热量等。在胚胎时期肝脏还有造血功能。
肝脏疫病分为肝炎、肝硬化、脂肪肝、肝癌等。现代医学实验证明,肝病病毒侵入人体后,并不直接引起肝细胞的损害,只是在肝细胞内吸收营养赖以生存,并在肝细胞内复制、繁殖。其复制病毒的“零部件”如表面抗原(HBsAg)、e抗原(HBeAg)释放在肝细胞膜上,引起人体免疫系统对这些抗原物质产生免疫反应,这种反应造成肝细胞的损伤、坏死。免疫反应的强弱决定于肝脏受损程度及临床症状轻重。这场由病毒引发的、免疫系统对肝细胞的战争,使大约25%的患者的肝脏成为战火连绵的战场,肝脏的损伤由此加重。肝病的危害绝不仅仅限于肝脏本身,它还可以引起其它多种疾病。常见的有:(1)糖尿病;(2)胰腺炎;(3)胆道感染;(4)功能性肾衰竭;(5)胆汗性肾病;(6)肾小球肾炎;(7)肾小管酸中毒;(8)溶血性贫血;(9)再生障碍性贫血;(10)心肌炎和心包炎;(11)结节性动脉炎;(12)消化性溃疡;(13)自发性腹膜炎;(14)性激素代谢紊乱;(15)甲状腺功能改变;(16)肝性骨病,等等。肝病不仅对患者的身体甚至生命造成危害,而且对患者心理上的打击也是十分沉重的。无论是肝病患者还是病毒携带者,在生活、社交、求职、升学等方面都会受到严重影响。
生物基因组中可转录表达的序列(即基因)仅占总序列的3-5%,对这部分序列进行测定,将直接导致新基因的发现,并获取基因组中与产业化关系最为密切的信息。20世纪80年代,高通量的自动测序的出现,使从质粒互补脱氧核糖核酸(Complementary DNA,简称cDNA)文库随机选取许多cDNA克隆和决定来自非载体两端的几百个碱基的DNA序列成为可能。这些短的DNA序列叫做“表达序列标签”(Expressed Sequence Tags,简称ESTs)。表达序列标签的概念最早是由Adams等在1992年提出来的(Nature,355,642-644)。1992年Sikela和Matsubara(Sikela,et al.Nucleic Acids Res.19,1837-1843;Matsubara,et al.Nature Genetics,2,173-179)针对获得大量信使核糖核酸(mRNA)序列的迫切需要,提出大规模互补脱氧核糖核酸(cDNA)测序的研究战略。随后Venter创立了大规模表达序列标签技术。其基本特征就是从以质粒为载体,构建完成的目的组织互补脱氧核糖核酸(Complementary DNA,简称cDNA)文库中,随机选择许多cDNA克隆,利用质粒上携带的通用引物对cDNA两端进行一轮脱氧核糖核酸序列测定,所获得的来自3’端或5’端的几百个碱基的非载体短脱氧核糖核酸(DNA)序列。简而言之,表达序列标签是来自表达基因片段3’端或5’端的短脱氧核糖核酸序列,代表一个表达基因的部分转录片段。
表达序列标签可用于新基因克隆、人类基因组图谱绘制、基因组序列编码区的确定等。如果一个表达序列标签在基因组中只出现一次,那么它可以作为序列标签位点(STS)。由表达序列标签构建的物理图谱叫表达图或转录图(expression ortranscript map)。利用表达序列标签进行基因图制作,可以加快序列标签位点的制作和新基因的染色体定位。表达序列标签可以作为基因特异性探针,对组织特异性基因表达的研究具有重要的作用。表达序列标签还可以进行新基因的遗传进化关系分析。表达序列标签可以对所有动植物的基因作为一种数据库,通过不同的序列比较可以获得保守序列片段,从而获得基因的遗传进化图谱。正因为表达序列标签具有如此的优越性,因此表达序列标签测序已经成为许多基因组研究机构的工作重点。
表达序列标签(EST)是一种快速有效揭示基因组容量的方法。ESTs在新基因的发现、基因作图和基因组序列编码区域的确定等方面起到重要作用。EST不仅为基因组遗传图谱的构建提供了大量的分子标记,而且来自不同组织和器官的EST也为基因的功能研究提供了有价值的信息。此外,EST计划还为基因的鉴定提供了候选基因(candidantes)。
在本发明之前,还没有出现涉及本发明的一类在人类肝脏中表达的表达序列标签的公开报道。
发明内容
本发明要解决的技术问题是提供一类在人类肝脏中表达的表达序列标签。
为了解决上述技术问题,本发明通过如下技术方案实现:
在本发明的一个方面,提供了一类在人类肝脏中表达的表达序列标签的序列,其包括:
(a)SEQ ID No.1~SEQ ID No.60所示的序列;
(b)SEQ ID No.1~SEQ ID No.60所示的序列中每条序列的互补序列;
(c)与SEQ ID No.1~SEQ ID No.60所示的序列中每条序列有至少70%同源性的序列;
(d)上述(a)~(c)中一条或数条的组合。
较佳地,所述序列包括具有SEQ ID No.1~SEQ ID No.60所示的序列。
本发明还提供了一种探针分子,所述的探针分子含有上述序列中约8-100个连续的核苷酸。
由本发明的一类在人类肝脏中表达的表达序列标签,可以方便的寻找出在人类肝脏中特异表达的相关基因,从而在研究肝脏疾病的致病机理以及开发治疗肝脏疾病的药物中发挥重要作用。
具体实施方式
下面结合具体实施例,进一步阐述本发明。应理解,这些实施例仅用于说明本发明而不是限制本发明的范围。下列实施例中未注明具体条件的实验方法,通常按照常规条件如Sambrook等人,分子克隆:实验室手册(New York:Cold Spring HarborLaboratory Press,1989)中所述的条件,或按照制造厂商所建议的条件。
实施例1
人肝脏组织的mRNA的分离
组织分离(Tissue isolation):肝脏来源于5个成年男性,在肝脏切除手术后,将肝脏组织立即置于液氮中冷冻保存。
mRNA的分离(mRNA isolation):取出肝脏组织,用研钵研碎,加入盛有裂解液的50ml管,充分振荡后,再移入玻璃匀浆器内,匀浆后移至50ml新管,抽提总RNA(TRIzol Reagents,Gibco,NY,USA)。用甲醛变性胶电泳鉴定总RNA质量。用带Oligod(T)的纤维素柱分离总RNA中的mRNA,定量。
实施例2
cDNA文库的构建(Constuction of cDNA library)
以mRNA为模板,合成双链cDNA。补平末端后,加含EcoRI切点的接头。磷酸化EcoRI末端后,用XhoI限制性内切酶消化1.5小时,再进行片断分离。过柱筛选长度>500bp的片段,用酚-氯仿抽提,乙醇沉淀,无菌水溶解,连接至Uni-ZAP XR载体(Strategene,CA9203,USA),以ZAP-cDNA Gigapack III Gold Cloning Kit(Strategene,CA9203,USA)进行包装,宿主菌使用XL 1 Blue MRF’(Strategene,CA9203,USA)细菌。涂板并测定滴度。
实施例3
测序及数据库建立(Seqencing and Database Constructing)
挑选文库中有外源片段插入的克隆,扩增后抽提质粒(Qiagen Germany),用T3和T7作为3’和5’端的通用引物,采用终止物荧光标记(Big-Dye,Perkin-Elmer,USA)的方法,在ABI 377测序仪(Perkin-Elmer,USA)上进行EST大规模测序。测序结果用FACTURA软件去除载体序列,传输到SUN Ultra 450Server上进行下一步的处理。所有的序列信息再用GCG软件包(Wisconsin group,USA)中的BLAST和FASTA软件搜索已有的数据库(Genebank+EMBL),将无同源性或同源性低于95%的序列视为新基因建立数据库。
实施例4
基因的全长克隆(Cloning of Full-length cDNA)
在得到的新基因片段序列信息基础上,进行cDNA全长克隆,分两阶段进行:
(1)“电子克隆”(Electronic Cloning)
以新基因片段序列作为探针搜寻dbEST数据库,将重叠序列>50bp,同源性在98%以上的表达序列标签(Expressed Sequence Tag,简称“EST”)序列认为同一序列(Consensus Sequence),取出并用AUTOASSEMBLER软件进行连接,部分EST可以延伸探针序列。再用STRIDER软件分析被延伸的序列是否具有完整的开放阅读框架(OpenReading Frame,ORF),用BLAST搜寻Genbank或SwissProt以确定该序列的核苷酸和氨基酸水平上是否与其他物种有同源性,以帮助判别所得到的基因全长完整性如何。通过电子克隆的方法,通常可获取人肝脏相关基因的全长序列。
(2)cDNA末端快速扩增(Rapid Amplification of cDNA Ends,RACE)
如果通过“电子克隆”方法仍未得到完整的cDNA全长,则在已有序列5’或3’端设计引物,在人类肝脏Marathon-Ready cDNA文库(Clontech Lab,Inc,USA)中进行长距离PCR反应。然后对PCR产物克隆、测序。用AUTOASSEMBLER及STRIDER软件分析被延长的序列有无完整的ORF,如无,重复上述过程直至获得全长。
(3)RT-PCR
对于5’和3’端的已知的序列,如果中间有一段间隙(gap)无法从已有的公共数据库或自身数据库获得,可考虑采用RT-PCR的方法。在序列5’端设计引物,3’端引物采用Oligo-dT,在肝脏总RNA库中进行扩增。然后对产物进行克隆、测序。最后拼接便获得全长。
通过组合使用上述3种方法,可获得人肝脏相关蛋白的全长编码序列。
序列表
<110>上海人类基因组研究中心
<120>人类肝脏中表达的表达序列标签E组
<130>NP-10045
<160>60
<210>1
<211>688
<212>DNA
<213>Homo sapiens
<400>1
1 acagccacaa tagtttattt acaattgaac tctttataag atatttacaa gacaaccaat
61 tttacacatc agaaatggta tcaaaagtta tgaattacaa cacagacaac aatatgaaat
121 gggcataaaa caaagctgaa gtagacagac aagcaatttt ttttaattta ttaacactag
181 cttaaacttt gttaaagaaa aacaaacaac tatgttttag gagaactgca gggccttcag
241 ttgaacgatt gaattcacag tgttgtatcc catgtaggga aaaataagac taattttccc
301 cccacactct aacacactgt aattttgcac ttggaacttt gctaatctac tgtccaacct
361 ccttctcaac aaagtcaaat caaaggagaa ttaacctaga agaggggaca ataaaataag
421 aggtcctcag ggagagggag aaccaaggaa atagaatcta cctaaatctg gccagataag
481 cacctcgtgg nttcttctca gtcgnttcaa gtcagaaact ggggagtccc tgggtagggc
541 acaaacacaa tggntaaatt ggctactcat ncccanattg ggaaccgnca catgctgnat
601 ccngaagaac ngaggganca aggaccaagt cagagccctg gttgggnctt ttnccttttg
661 gaccgtacga gaatntccat nggaagan
<210>2
<211>464
<212>DNA
<213>Homo sapiens
<400>2
1 ttttaacaat ccatgaactt agattttatt ggtttcactc aaaatgctgc agtcatttga
61 cctgaacttg tggcaagaga cttgtgcttt ctaaattcaa agactagaag gaaaatggat
121 aaaaatcaca agtgccgttt ctcttgcaat ngtagcgcta ttctactgaa atttctttct
181 tctcttttct ttacaaaatc ataaagaaaa aattaattca ttacttatat agtaggtaca
241 actcagccta caaactctaa tctgcaagaa gcataacttt atttttctaa cacagaatgt
301 aatttctatt aggaaccccg tttcagcagg tggtagaaat taatctcagt caattcaaag
361 tctccccctg gaccttttcc tggggttaag ctcggtcggg tgggggtgtg gcttttaagg
421 catggtaaga cttctggttc ctcggctatc atcatccgtc catg
<210>3
<211>690
<212>DNA
<213>Homo sapiens
<400>3
1 catacaactc atttataatt tattttcaca caactcacta tgttacaaaa ctgtacacct
61 gcccccaaag ttggataacc caaagtcaca ttccttggaa agagaagaat caacactggg
121 ccgctttttc aagagcagtc tcttctggat tgggcccaac aaggctagac cagaatgtgg
181 agtacaggaa tggccattct tcaagtccga ggggtcaggt tcttagcctg gtgcttccag
241 tcgttacagg aggggtgtct ctgtttggaa agccagcacc agcacccaga acacaggagt
301 ccagagagac aggcaggcac tnttggccac catctggctg tggtgggaat gcccacggcg
361 aagggagccg cagttcagtg gagatgtgcc tgtccaggac agggacctgg agttgcggga
421 ctatgtcact ctcctccagg cggacccaca gatcgctgaa ttgccggagt cgcagcctnc
481 gctgtgaccg cctccgcttc ttccggaanc tctgttcggc ctcactgggc gtgtcggcac
541 ttccaggccg ggacacaagg ggaagcagct tgantgcctg aggatacggc ttctggtgcc
601 ggncttccan ggtaaggact tttgangcaa natggtggac anattgggcc ntttggaggt
661 ttttaccctn cctttgtgga tgggtcgnaa
<210>4
<211>574
<212>DNA
<213>Homo sapiens
<400>4
1 nttttttttt tttaggataa cattatttat ttatttcctt ttatcaaaga aggtaattga
61 tacacaacag gtgacttggt tttaggccca aaggtagcag cagcaacatt aataatggaa
121 ataattgaat agttagttat gtatgttaat gccagtcacc agcaggctat ttcaaggtca
181 gaagtaatga ctccatacat attatttatt tctataacta catttaaatc attaccagga
241 actgtttgtt ttgtagtgaa ccttgagtat gtgctgttaa tataccaaat tgggtgaaaa
301 aataagggat tcctttcaaa agttaagaga agtaagtgtg taagaaatta ttttgcttat
361 naaatgttcg gtaaatggca ttctcttgtc agtaaaatgg agaaataagc taaaaataan
421 tggctaagtc ctattaagtt agaggattaa gtgtattata tttgccatca aattgggtgc
481 tcattaattt atgatcggta gtatagcnaa attgctatgt ttgtatcana tggagcanaa
541 agttgctgaa ctgtctccgt tgaaccgaag tgga
<210>5
<211>627
<212>DNA
<213>Homo sapiens
<400>5
1 tccagaataa gaacatgttt attcagatgt gccagaagtc cagggtcacg cggcttcgca
61 tttaggagat gctttacaag ctctcccatt ttcttttcag aacatacact gggggaattc
121 acaaactaaa acaatttctg gtgacttcca atctatatat tatactttac agcttcaatt
181 gaattttttt aaaagttaac ttccaagctg gcttgcctaa cactgtgagt caaaagtaac
241 cctaaaaagg aaaaacacac agcactgaag ggtctctggg tggtaatgcc agcgtgggct
301 ggggaggtga gactaagcac atggctagca gacctcagga tgggccctgg ggctcatcat
361 acagaaatat tgacaagatg atgaagtcac aacttcagat gtcattggag ctatctgtat
421 atgacacaca cattatnaac aaataacctg gaacattttc acagtgtacg acanctgttc
481 tacctgggaa tgcnaaccct gagctgcaat taagacncag acgttggaga caccacggnc
541 tgaagctgct ctcctcttcc cggtctcctc tcctccggtc cngtgatggg tacgctgagc
601 cagcaatgtg cncgccttaa ctcccng
<210>6
<211>551
<212>DNA
<213>Homo sapiens
<400>6
1 ntacattatg gaaatttatn cctcctgaat gtataaggca ggagactaat tcaatataca
61 ttcactatgc agaattctac aagttctggg ctatgtgtaa atgtgccccc cttccctcca
121 ttatcaggat gtttaaatgt gtttcctttt tttcatttaa aactttgctt agatgtttta
181 cattgccatc acctcttcct gagaaaaagg tgtgtccccc accccaaccc ctaggagcca
241 ngcagactat cttnctgagg ggccacaagc acactcccac ngtggagaac aagggcagtg
301 gatgaaggga acggggattt ttcaaactaa tgttttccct caaacaggcc tcccggcgcc
361 ngttagactt gaagcaatga catctattaa aatggggacc ccagctgggg gttaagaatg
421 ttngtttaag aatgatgacg atatcttgaa aagaaattct tggctgggga tggngtaggg
481 ggaaagggaa aaaaattaat tattttgact ttcccattgg caatgcttgc tacgtttaat
541 ctgattgcat t
<210>7
<211>486
<212>DNA
<213>Homo sapiens
<400>7
1 tagtggcaat caaatttatt aactgtaaag gacatcaata agaacagaca ggaccagaaa
61 ttgtatcttg gtgatccaca tgccaggagt agcgcggcag aggatggaga gtggaactta
121 gcgattgagg cgcactgnca gaaagctgca cttctgcact agagattaaa taagagggtc
181 aaaatcaaca taaactaaac cctttttcaa agtcatgtaa acacaaatga ttgctgcaac
241 tggaaaacaa cattgaaaat aaatgattcg tgtgatgcat atcgatttca acaaaccttt
301 ccttaaacct ttaacgttac tcttacaagc aaataccgtt aatagcttac ttctgtctta
361 atttttctaa ccacaggaaa attgaaacat aagtaatctg ataaacatca agttttacgt
421 tgatgcnttt gaccacaggg tatatacagt gttaagaatt taaattctat ccatcagata
481 tntttg
<210>8
<211>579
<212>DNA
<213>Homo sapiens
<400>8
1 tttttttttt tttcacactt tggaaaattt caactttatt gttccaaaca tgagaaaatc
61 caacagttgc aaattatgcc agcagttaaa tgtgaatcct actcaagaac atgttccact
121 ggtagttttg attaaactct ctactctgat ttaactgttc tctcttccat ttgaaaaatc
181 agagtacttt ttaatcagtc tttgctaaac agcagctatt gctattcaat ggagacggtg
241 gccaccattt cccctgcatc gtctctccta cgtaatcagt ccctgatgaa ctctcttccc
301 ataaaaatcc ctgtgtccta aagtcatggc gtgctctatt tcatggtcat ttgtagagca
361 cagcagcact gtgcctgtca ggaaaagtgt gtgctaactg gcaataagca tggatgactg
421 ccatcacggt tttggtaatc tctgtccacc tccatggtct ctaaaatcag acaatcttta
481 atctgaaaag gcagtgtcct aantcctcca ggaaactgga tagaaacgct cctcatctaa
541 tgaagtcagc cnggtcatct acngatcctt ccagacaaa
<210>9
<211>312
<212>DNA
<213>Homo sapiens
<400>9
1 gggaattgct tagtgaaact gtcacacagg cacaaacaca tgtcagcttt ccttctagtt
61 tgtaaataat atttgtaatt tacaggccac tgtattccca actttgcacc atgtgattta
121 gagaaagcaa agctccctct ttaaaaataa tatgttactt ctgacatacc gggatattcc
181 acggcaagta agccatattg tcgccagagc aaataaaccg cagccccata tcataattca
241 ctgggtgcta tagatgtaac ttggctttgc tttgaatgga agatcctgac gtctgtgatg
301 tgatgagttt gg
<210>10
<211>774
<212>DNA
<213>Homo sapiens
<400>10
1 accaaaccaa atcattttat tgtgcaattt ccttctacca gaaaattact aaaaatataa
61 atattaactc tctaaaaaat actcagaata gatctgtaat cttcctcctc ctcctccgaa
121 ctggagccaa tcttcttctt taaacgctga tggattgcat acatgtatgt cttccatatc
181 agccacatac acaacattca gatacacttc cctctgtgca gggggataca ccagcctcct
241 gccaggttct ggaagctcac cttataatct accaggataa agctgtgtgc tgagtaggag
301 gttatggtgg ggttggggag taacaaggag ataaaagacc ttgtggtccc aacttcctta
361 tgtggacaga gaagataggt cctttactcc tcctcattac cctgccctct catggactgg
421 gctaactgaa ggccaagctc ccagagaagc tggactcact gtgtnggatt actgagggtg
481 tggctgccag gctacagtca caggaaggnc agactgttga gatggacatg gaaaccaggt
541 gaggcttgga tggaaagctg gtctgggcca agggctctgg caggatgagt agtaagctgt
601 ttcctggctg ggctttnggc agcccctaga ccctangcac caggtactat gtgcagcatc
661 ttaagancca gacaccagtc ttcagagagc ctnccgaggt agccgcaaca ttcctgcagc
721 aggggacggg caggttgtan gcagttagat tggagccagg tnccatggca ctgt
<210>11
<211>631
<212>DNA
<213>Homo sapiens
<400>11
1 tttcctgtga aaccaccata gagaatttat ttttttctca ggtgaagtca gtaactaatt
61 cttcctattc ccgttggaca caaggagtct gtgagggggt gtgaaggaag gaggctgcgg
121 ctgcgtcctg gactccgtcc tgcggtaggg agtccagcag ggatggctca gcctccgcac
181 ctggtgtgca gccggatctc catcctgagg aaggccttga ggttctcatc agccacgtgc
241 tcctccaggg cagccagggc ccgctcccca ccgtcctgga agtgctgcag cagcctgtcc
301 gcgtactcca cccacacgca gttggggcag ccactcatgc agcagtttgt gggcggctgg
361 agctcaggtg gcagcgatgc ctttgggcgg cctggtgcgt ccgcacctgc ttgggagccc
421 acctctacgt ggtctgtccc gaattttctg cgcccatcag gggcttgcgc tccgggatgg
481 tgcctttgaa gaagctgcna cctccaggaa gcctctggag cagtccgggc tgganaaccg
541 gcgagcccca atttcantaa ttaactagtc ctgcgaaggg catcatccgg ttcatgtcaa
601 aggcaagtcc canagcccag gaggttgnaa a
<210>12
<211>542
<212>DNA
<213>Homo sapiens
<400>12
1 ctctgctgtc ctgccctgtg tcgttggggg atggcgagtc tgccaggcgg catcactttt
61 tcttgggttc cttacaagcc accacgtatc tctgagccac attgagggga ggggaatagc
121 catctgcata ggaggtgtct tcaaacagga ccgagtagtc atccttgggc cgctgtgggg
181 gcgcatggat cagggcgcgg tagaagcagg tagtctgggg atacagggcc agcacgagct
241 gctccttctg gaacaaggcc tcagggtccg tctccgggtt ggccttccac tggggcagcg
301 ggatgacacg gcgccggtca gggtgtgtct ctcttgcctt ctcatcgatg tcatctaact
361 catacttgtt ggtnggatgg ctgtaactga ccactgggcc agattcactg ctcgttcccc
421 attcaagggc ttcaaccggg caagcaacct gtctccagtt ttggcaagta ntctcctgaa
481 ggcaggatgg ncccacaaag ggttgggggc ttgtnaacaa ggctttccga ttcanaaggg
541 ca
<210>13
<211>649
<212>DNA
<213>Homo sapiens
<400>13
1 aaaattcaaa aaattagttt attagcttaa tataattagg tcaatggaat cctgttttga
61 tctcaatact tcccatattg caatatataa atgtgacaaa ttcagctgtt ttgtggcata
121 gataagtgtc taagctgggc agttagtcta cccgtttata gttcatgttc ttcatggctt
181 tgcagcattt gtcactttct atgatgtgtt caaagaccag aaaaggccac acttgacctg
241 tcagctggtc cttgaacagc tgtaggtttt tttttttttg agacagagtc tccctctgtt
301 gtccaggctg gagtgcagta gcgcaacctc gactcactgg caacctctgg cctccaggtt
361 caagtgattc tcctcctcag actcctgagt agctgggatt acaggcacat ggccaccatg
421 gcccggctga tttttatatt tttagtagag atggggttcc accatgttgg ccaggctggt
481 cttgaacttc ctgacctcaa gtgattccac ccanctcggc cttcccaaag tggctgggat
541 tacagggcgt gaaacccaac acccgggccg taggttttaa anaataaatt aggggtatta
601 acccctaatc attccctcca atcattcaaa tttctcccag ggtaactgg
<210>14
<211>549
<212>DNA
<213>Homo sapiens
<400>14
1 ttgtacatca aaatgagtta ttttaatgaa tgaaaaacat taaatctacc agtctacaga
61 aaaagaaaat gtgtatttga catcgtttaa ggtggctctt acatcaactc cttacttgga
121 aaactggtat ttaaatgtca agaattaagc ttttctcctg tcttcccagc attgacgatt
181 tcgaaaaatt tttgatacta ttctacgtaa cactgcttta nctaagtaag tatatcttct
241 tagttccaag tgtcctatcc agcctgctct ccagtcattc ctgcttagga ctccctgtgg
301 ctgggtgaaa caggactctt tcccttgctc cagatgagag accaaagctg gtttggaagt
361 gggtggcact acaaaggcca cagcctcata gttctccagc atcacatccc tgtacaaggc
421 cctctcggca ggcaccatga tggcccattc cttcgtagtg aagtacacag ccacgtcctc
481 aaagccactg attcctgggg cctggttgtt aaggacacag ctgtcatcat ctgacctctt
541 taatccttt
<210>15
<211>478
<212>DNA
<213>Homo sapiens
<400>15
1 tgaagtgttg ggattacagg cgtgcagctg cgcccggcca attttaactt ttcataatag
61 atttgtatat atttatggta gtaaatgata aaatagacta gtgtctacat atattatatg
121 aattcatgac acaccttttt cttagttttt cagtatttct aagctacatg gtgcatctgc
181 aagtttttta aattgttgca aatttccaaa aaaattttca atatatttat caaaatatgc
241 atataagcgg tcctatgcag ttcaacccgt gtttgagaat caactttatg acttccagtg
301 tcattctcca ccatttctgc agtttatcac attttgcttc aggcagattt ggtaaatctt
361 caatgatagt tctctaggcc attgttttgt aacatgatca aatgcttaat gggaaataga
421 atatgtatat gtattctttg tctaccaact accagagaaa caaatactcc tcagtttg
<210>16
<211>510
<212>DNA
<213>Homo sapiens
<400>16
1 aaggatggag acggtttatt gttataccaa aaatatatgt atatatctat atatatatgc
61 agaaataaag gatcagaagg ctataaaccc aagtatcatt agcatttata tctaggtgca
121 gcattaagcc tgaattcccc tttacacttt attttacact gaacgtgtat cctatgtaca
181 atagagttaa gcaataaagc tgtcttcatt tggaaatcaa ggcaccatta tcatccacat
241 cttcaccagg actgtggttg gggaccaagg ggagtaggga tgaagatgtc cctctcagaa
301 accaggaaga gccaagccgc gactccccgc tccccaaccc atcctcattc ctcctctact
361 gcctgtggca tcaccgtggg gcctgtgtta gagacaggtg gggaaaagag cccaagagcc
421 gtctgcctgc acagagggca tcataaatga gaggggaggc gggcgcagtg gctcaccctg
481 taatcccgca ctttgggagg cgaggcgggt
<210>17
<211>481
<212>DNA
<213>Homo sapiens
<400>17
1 tttttttttt ttttttattt ttatattatt tatttatnct ncgttagttt cttcagatta
61 tcatccactg agggtggaag gggagtgagc agacacactt gggaggtgtc ttgagattat
121 catccgctga gggtggagct gagggtggaa ggggagtgag cagacactcg gaggtgtctt
181 gagattatca tccgctgagg gtggaagggg atagagcaga cactccgcag tgtncttgag
241 gctcagggag ttatcagtta tagaatgttg ttgagttgga ggaggtggct ggtggcccat
301 cctgtttttt aaagtttcag ctgtnaggta gggccagcag ggcaatcctg aagaatgacg
361 atgctctgct gccgccattc tgacctgtag ggccaaagga gggaatgttt tcacacatat
421 tcatttgatg gacaaaatta ccgccaccaa cacagtctgc accttctgtt gctggtgata
481 g
<210>18
<211>512
<212>DNA
<213>Homo sapiens
<400>18
1 tttctggctg acaaagatat ttattgaggg tttactgggt acagcgagaa gggctgaatg
61 gcttgggatg cagagagaga cccctcccct gggatcctgc agctccaggc ccctgtgggt
121 ggggtggggg ctggaaccta tgaacattct gcaggggcca ctgacttctc cacggtgctc
181 ccttcttgca taacctggca gctgtagctt ctgcgggacc tccactgctc gggcgtcagg
241 ctcaggtagc tgctggccac gtacttgttg ttgctctgtt tggagggcgt ggtcttctcc
301 acgctctggg tgatgagggt accatctgcc ttccaggtca ccatcaagat tcccggataa
361 agttattcat gagacacacc agtgtggcct tgttggcttg gggctcctca caggacggca
421 ggaacagaat gaccgacggg gtagtcttgg gctgacctaa aacagtgagc tgggtcccac
481 tgccaaacac atgcttcact gaattatgct tg
<210>19
<211>456
<212>DNA
<213>Homo sapiens
<400>19
1 tttttctaat aaaagtgttc ctctgcttga cctggaggag ccagaagctt gtttatacct
61 tcagtattca agggacagtc acaggcctgt tttgaccttt tcctgagaat tagctgaaac
121 ttccctctga agtcaagtag tgaatctgtt ataggtctaa ggaaggtcct cttcatctgg
181 gagttcttgg cattactttg gtccttcttt cagaaacttg gcaagttgga aagtgcaaag
241 acaatataag ggcccatttt caggccaggt ccagcatgaa acagagtgaa caaaattagt
301 tccacacatt agggaagagc caagtcagac gaatatccaa tcatttgcag tagtagaggc
361 aggtgaaggg tccccagatc tgggaagcag ggctcaaaac ctggccagga ggtcttgttg
421 ggccaggaat gtccgtggtt ggtgaggagg ctggga
<210>20
<211>449
<212>DNA
<213>Homo sapiens
<400>20
1 gtatcaacaa ggaggaaggt agacaaaaaa atccagaaat ctatgtagag accccattgt
61 gtacattgcg gaacactaag cctaacaatt ctcaaaatta gcgtgagatt gggaaatatc
121 taatttccat ccagccacag tggagagtcc tgactgaaaa ccaggcattc gctaaagatc
181 ccagaaaggt tgtgtgttac atacgtaggg ctaaactatc ctgactaaaa actacactac
241 acttgctcct cacccccaca aaaagcttaa aaacaagcct caatagtata aagctgatct
301 gtaagtaact aaactacctg cagaacaaag tccaaattta ttagttccag tactccaaaa
361 aaaacacatg taaaaaaaaa atagatttac aagacattta tttggggaaa aaaagaatgc
421 ctgagggttg aaatggagag gaagccaga
<210>21
<211>412
<212>DNA
<213>Homo sapiens
<400>21
1 gtatttgcaa aagttttatt ttaaaggatc aaaaataaat actgcacata tacacagaga
61 aaatccactg atatttatgt tctttgacgc acactttcaa tacatggcac cttcatcttc
121 tttattgaga aaataaactg ttatgggtcc ataactggta tgcacagtct ctgtgactct
181 ggcaaataac caggagccaa gtccatataa taaagttgga ataccgaggt tgacgacctt
241 gagcgccgtg aagaagcggt tctgccgggc caggtcctgc cagggagcct tggagcagtg
301 gtacttgatg aaggggaagc agccggtgcg caggacgtgg tagttggcgc cctgcaccgg
361 ccagttgaag tgcgagaggc cgaactggtc gttgcggacg gcgctgtagg gc
<210>22
<211>572
<212>DNA
<213>Homo sapiens
<400>22
1 tttcaattac atgtaattgt ttatttaaaa taattttcca agtcttccaa tgatttaaca
61 ggctttgctt cacttttatc atctcaaaca gctataaatc aacacacttt ttgtatttta
121 ttttactact atgtatgcta ttttaataac atttttcttt attaatacta gaaccaaata
181 tattgaccaa taagcagtat agatttaaat tatcttcttg ggttggtctg aggttgctga
241 tggattcttg ggattgatct gatgctagaa gctatcttag gccctgtctc taactcactg
301 tatgtttcag gcaaaacatg ccacggttct aggtctgttt tctcatctgc aaaattaaac
361 acccaattta gatggaactt attgttttaa ctagctataa aattccaata ctatattccc
421 catcattttc acttactttt acttaatctt tatttgctac ttttccacct ataaagcgta
481 attttccata tcaagtaaac ataaattcat taaaaaataa acacaaaccc aaaatattct
541 tattctaata tatctgcatt aatagataaa aa
<210>23
<211>468
<212>DNA
<213>Homo sapiens
<400>23
1 ttgggatttt caaaagaact ttttactaaa acatcatcag aaaacaaaca acaaatgaac
61 aaagaaaaga ctaaaagcac gaaagccatc ttcaaagcac ggatacggag tcctgcggaa
121 tctccctgcc tcaccatggt tgtgggctgg ctcagcagtg caccctggaa cctggctgtc
181 agacccccac ctttgcaccc cctgcccatc tttgccacct cctttctggg gagaaattct
241 tgctacatga gagagaaatg atatgagaca catgggctgg tgtcacagct ggaaaagtgc
301 aggccttgcc ctccagaggt tgccaggtgc agagaaagaa accagcagat ctgtgattgc
361 tctccacttc cagggagtat ggtgggtaga gaccgggatg tgggagggag acagagacac
421 ccacgacagc accccagatc tgccataatt cagcagcacg actctggc
<210>24
<211>655
<212>DNA
<213>Homo sapiens
<400>24
1 ttttttttaa taacgaaaaa gctttactag tgttttaacc gtgtacaaaa cactgtagca
61 ataagagaaa ggcccgtgct atctgtgttt aaacaaaatg cagtggctgc ggggcttcca
121 ggcagggctg gggaacaggc cgggcgcccg ccttgggant gctccgcctc ttaggggtaa
181 gaggctcaga gcctacccct taggcctagt tggatgcggg tcggtcctgc ccaaggcccc
241 agtgagggga gccgaggcta cgaaggggca agttttatgt gtttgggagg gggtgtctct
301 tcccggcctc tgcgtcttcc ccctggagcg tcagtatggt caggctctgg tgacccagcc
361 gctttgcctc ccgactttgg gaagagtagc aaggagaggt cctggcaagt acaccctggg
421 tgacaaacgg ctatgagagt tccaggtgat ttctcgagca gcttcagttt atcggaggcc
481 agccatgaga gagattttag cacaggaacg caatccgtgg tccagctctt agatacccgg
541 actgggacaa agcacagact ttcccaggag gcaatgctcc aactcttctt aacctcactt
601 ggagtcacag aattgtgtga gaagatacag gggattcttg actaaagctc agcct
<210>25
<211>600
<212>DNA
<213>Homo sapiens
<400>25
1 tcattggcat ctgtttgttt atttatttgt ttttaataaa tgaaaggtca ctaaacacac
61 tttgaaattt ttgtcacctc ccttgagatg ttgcttaatt gacttaagtc aaactgaaac
121 tctggctgaa actcattttg tagatgcact ggcagggact tgttagggca gcagcatccc
181 acagacccta gggaatggga gggaccacac ttctggaaag actggatggg aaggagggtg
241 tagggatgta ggaggggagc tagggagccc tggagaggag taagtaggcc ccagaacgat
301 ggggcctcga atcaggccac aagcttggcc taggcgtgag tggaccaggg accacatgat
361 ttctcagagg ggcctgctca gaaaataaag tcacagagct cctggaaccc actgcacttt
421 tcaacaaggg gaaagaaatt ttacgcctgg accaagtggc catgcctctg ccctgccttt
481 gggtttttca acaccttcct ccgcactagg ctggctctga aatgcagtgc actttacttt
541 ggactgctcc actgagggtc acagtacagc ctggcttggt ggcttttgca agtatgcgga
<210>26
<211>506
<212>DNA
<213>Homo sapiens
<400>26
1 gaatctttta aaatatgctt tattaatgtc aattttaaaa aatatttgac cattacaagg
61 aatttttata tacccccact aattaagaca agaattttgt acttgttgat gctctattta
121 cacagttttc attggaaaac tgctcttcat tgctttactg tgatgctgac attgcttttg
181 tgatgctgaa tgctgagtac aagttcctct cccatttcaa cctggatggg attatctaaa
241 acaactgcag cttgtttcca gtgggaggct tcacttgaag tatccaacct aatctcttca
301 tcaaggtaca tatgatacca aaatggaata gcagtcagtc ttccagattt acaaacgtat
361 acctttactt ctctgttaga ggtgttcaaa tacggagtca ttaaatctag tcttaagagt
421 tccactggct tgcttaaagg tatacagggc aatgaggata ggtccaaaat acacgtatag
481 gtactgaaac tggttaataa aaggtg
<210>27
<211>465
<212>DNA
<213>Homo sapiens
<400>27
1 ttttcacagc agtagcattt ataatatcag agagttggaa acaaccccaa tgtctatgaa
61 ctaatgagta aacaaactgt ggtatatcca tacaatgcag tattattcag ccataaagag
121 gaatgaaaaa ctgatacatg ctacaacatg gatgaactct gaaaacgttc agtggtaaaa
181 agccagacac aagaaaccac atattgtatg actccattta tatgaagtgt ccagaagagg
241 caaatctaga catataacgt ggattagtgg ttgccagagc gtggaggaag agcgaatagg
301 cagtgatgat aaggggtatg agggatactc acacacctga ggtcacacct gcacatacag
361 gtggcatcaa cacatgcagg actgtcgcgg ttgcttctgg accgaacgaa ggacgacgaa
421 tgcagaaatg agacagacaa aaggatctgt ttgacagaag gggtc
<210>28
<211>286
<212>DNA
<213>Homo sapiens
<400>28
1 tttttttttt tttttttttt tttttttttt ttgagctcta gaatcatatt tatttgattt
61 gcattaccat tattgatgac attttcacat ttaaaaacta cataagattt tataataaat
121 gcaaccactc ttacctgctt aagcaaatat aaacaaacac tcccaggcct attgttttta
181 aggctgtata tttcacttga tggaaaaagt gatgaacagc aatgacttcc caagaaaaaa
241 gaaagaaaag tgggtgttac atattcctga aagccagact ctaatc
<210>29
<211>417
<212>DNA
<213>Homo sapiens
<400>29
1 aagcattcag aaatgtattt attgacatca aactattgta tatatatgtg tgtgtgtgtg
61 tatatatata tatatatata tatatatata tatatatact tttaactcaa agtaatatct
121 tttcatgatc attcttttta atgtgcacca aattagcagt aaaaatagca gcagatggat
181 cagagtggtt gtcaataaac cttttctccc caggttacta atatacaatt gccatgaaaa
241 ataaaaaaat atatatatat atttacactt gactcatcac ctctgcttag gaccctgtaa
301 gcacaagata ttgctgaact gctgtatttg ctacatatgg aacaattaga ctagcaataa
361 gaagtagttt atgcatgtat gctggcctac atgtatatac cctttcgcat tactgag
<210>30
<211>526
<212>DNA
<213>Homo sapiens
<400>30
1 tttgcagcag ggaaatacat gactatgtta ttggtgaagg tgtcacaaca cgcatggtgg
61 gggagttgag aagggtcaca gaagaaatta ggaatttcca catccttgaa gcaggtaatt
121 tgcaaggcaa tcaaattgtg cagctgggag tctaaaagac tgagacaaca agacaacaga
181 actagaaagc cacagaaaca tgggttcatg atggctgaat aatatagagg gtgacagatg
241 gctacaaacc ggtcataggg ccatcacact caggagcatg tctttcttcc atgcctccaa
301 aaatggcaaa aagagacatc tgagtcaggc agcccgcata ggagatgact gctgtgagat
361 tggatgtcca caatcatctt ggggaccatg gtggaggtga aaacatgtcc ggcaaggaca
421 ggttggagag gaagaagtac atgggggtgt ggaggtggga gtccgggctg acggccagga
481 tgatgagcag gttcccagca cctgaccagg aacatggaca ggaaca
<210>31
<211>621
<212>DNA
<213>Homo sapiens
<400>31
1 tggggggagg cagcggtgat ctttactgag tcagaaggga gaccctgggg aagtggggca
61 gggcaggggt gggatggtgg tggtgagagg ccaggcagat gatcttgtct cgggagggag
121 gaggcttctc agcagagatg gatccccggc ctggagggga gctggcagca ggccaggagg
181 ctccgcagaa ggccgtgacg gtggcggacg gtgaccgcgc ctggctcggc agggttctct
241 ctgcgggtgt gcacagcaaa gcttcggccc gtgggcaccg gggtccgctc agctctacat
301 ccaccacgtg catgtccgtg aggctggtat cagccacgag caccccaatc accccatcga
361 agcccaggct gggggcagcc agggcagccg ccgccatggt gttggaattt cgcggggcaa
421 aggggcagag ccacggacag ggccttcgta gagcacagtg caaagcccag ggctgtgggc
481 tgcagcangg ggtccctcaa gccggaagcc atcggggtgt gtggccatgg tgacacaaag
541 gctcaggaga ttggcatggc gcaggatttg tgccccagat tcatggatta ttttgggatg
601 ggccacttcc acaaccagat c
<210>32
<211>410
<212>DNA
<213>Homo sapiens
<400>32
1 agagtatatt atactttcaa actggataca ctagaaattg gcaatgcaac ataagatgca
61 aaggaatata ccagttactg tcaaaatgac cctgtacagc ctcgtaatgc aaaaagcttt
121 atacaataca aattttcagt aatgtacaca aaccttgaca gtatgatcat ctgaacataa
181 tatgaagagt tagaaaaagg atagaagaaa gaaagtgctg agaaccctaa ctgcattact
241 atatggaaaa ataagctagt tttcattgaa gaatgcatag tgacaacaat tgaagttagt
301 tggtaggtga atttctcaaa gatgttagtg ttttatacgg aaaggatatc tatggaatac
361 atccttccct gagtatcaaa ctgcaaacca aattcagggg tacatatttt
<210>33
<211>501
<212>DNA
<213>Homo sapiens
<400>33
1 tttttttttt ttttttttca attcaagatg taacaaagat ttaatataaa gcataaaagt
61 tttaagcaaa atcatggagg tatttttatt accttgtggg gaaggtcatt ctacgcacgt
121 cgggaaaacc aggaattata aaatcaaaga gattaagttt acatcataaa acttaacttt
181 tataacaaaa aaactataaa taaggttaaa agactaataa taacatggta aaaaatttgc
241 aacacaagac aaagaaataa tgtcctcaat atacatagct cttaaacatc aagattcagt
301 ataatgcaaa actatacagc cattaaaaac aatacaaatc tatatctatg gtcatgtaca
361 aatgttctca ggattaagtg aaagaagcaa gttacaaagc agtacataga gtgtgatctc
421 atctatgcaa aggtgtacat agttgtatat aagcatatgt aaatatgcac agagttgtct
481 gaaagtaaat cttaactggt c
<210>34
<211>483
<212>DNA
<213>Homo sapiens
<400>34
1 tttttttttt tcagaaagct aacgcactgt ttatttgggg gattgggggg aagcaccgtg
61 ccgctgctca ctggtagcca gccagctgca gaatggtggg gtagcaagta cgatgggcca
121 tgcacttctg gcggtcgatg aagacactgt tggtcatggc ggtgacgtcc ttctccaggc
181 tcatgtggat gtccttgagg ttgcgcaggg actgctccgc ttgtagaagc ttctcccgca
241 gcgctgtgat ggacttgtac agctcctcca cctcactcac cagcttgggg gtgttggggg
301 gtgtgagctg gggctgaact gggctgcatc gcggcacagc tgcatgttgg gccggtgtga
361 gagcagctac agccgggtct gggctatgtg cagaggttcc tccttgtcct tgatgggctc
421 cttcagtgcc accacgttgt gttcccgatc tgtgatttcc ccgcagatct tgttcaagtg
481 ggt
<210>35
<211>712
<212>DNA
<213>Homo sapiens
<400>35
1 ttttttttta atatagagaa ctgattatgt tcacttgtaa cctgtcattc caaaattctt
61 caggatgttt aatgttcaag tgtccatatt cccagtccca ctggatgcct ggcaggatgc
121 aaccatctga atgagtggaa gtataatgtt tgcaccaggt attatattag gagccttgaa
181 cccagaatat gtctgattaa gtcttttagc ccaataattt gccactgctg ccaagtctgg
241 taattttgaa ggagaaagtt caaccataac ggggtgatac agggcacccc cgtactcaaa
301 aaactttcaa agtgctttct aaacaagttt ctctttctcc ttgaatacaa cgtcagtcac
361 aactgatggc agtacaatcg atccatccat acactgctct aagaacatct tgatggtata
421 atatgctgtc attcatgctc tacctgctac tagtttaatt tggtcaagta gctctttccc
481 tggagactca aattctacta gactcaaatt ctattagacc aaagacaaat gatctcagcc
541 atggtcttca cttaaaccaa tcactgggcc tgcattataa ctgagcaaca agtggcacaa
601 taccatgtgt tggttgctgg agagctatca tcagggtgct gaattgcttc tgaacctgga
661 gactgctggc acgattctgt cacgtgaccc ctactactat gcccaatgcc aa
<210>36
<211>584
<212>DNA
<213>Homo sapiens
<400>36
1 acttgtaata cgtattttaa tttttgtttc atatgagttt aagtgttgtc taggtgacat
61 caaaatctaa ggcaaacaga cttgaccatc ttcagaccca ctgcattctc aagctgaagt
121 ggtctgctca tagtttgtgt gccaggttgc tcatcagtat tgatactgtc ccagaacagg
181 ttgtaggtat aattcagaga ctgtcctttg caaaggaaat gaccagcatt tcaactgtat
241 gtcttcctgg aagggtagat tctgctatat cttctttgtc tgcatcaaaa gactcaagag
301 gaatgtggac acatttcata tcccatttgt agagtaaagc ttcaagtgac cagtcagcac
361 tcctaacttg ataagtagac cacaattgga ccttgggatt cttgtgcatc aaaaaatata
421 ttgtagccaa aatgtcttca aaatcttctg gttcaaagaa cacatcagat gcaaggataa
481 tatcttgtgg tggtagagcc agaagatccc aagatatgac cccatgttag tcctaccacc
541 tgcagatgtg gcaggttatt catttggcag ctttgcgaca gact
<210>37
<211>857
<212>DNA
<213>Homo sapiens
<400>37
1 tttttttaca atgtaggaaa atttaataca tactatataa acaacattat ttacatcaga
61 aatcactagg acagtggcat ttttcacaaa tataaattaa ttactgttta gtcaacaggt
121 tttaaaagtc cacaatttta caataaagaa aaaccatctg tccccagatg agtggggcac
181 agatggccta aagcagcctg gacccttggc atggctcccc tcgcccaacg tggcagccct
241 cagaggagcc ggaagaccgc tggtgctggg cctgggctgc tgctcctgct gacaagtgga
301 ttttggtctg taggatttca gtgtcattgt gtgacttcct aaatcaactg tgtttgcacc
361 gtgaggactg atgcaacttt cagacacacg aggccagaat gtctgcagca cagcgtgcaa
421 agtgtttggg cttccttcga agggctgagg aatgactgaa aggagagtga gccccgggct
481 ctgctggcac ctgtctgtcc ggctctgaaa gaccgcagtg attagcttgg ggtttcacct
541 ggcccttttc taaggccata gtgtatcatg tcaacccttg ttcacgtgca ggttttaggt
601 gatgctaact ccctctttct caacctgtta tttctagcaa caaatgaaat cttccaaagc
661 cagactccag ggaataccat cctcacagaa ttcctggggc agcttcttcc cattcacagt
721 tgagagaatt aactgtggca aatttttatt tagggcaatt atattcaaac tgattaaaat
781 cattgaagaa atggctcctt tttcccagca cacttctcaa acatactcag caccctaaat
841 atgtggttcc ttcgtgc
<210>38
<211>785
<212>DNA
<213>Homo sapiens
<400>38
1 tatttcgaca ttttattgaa cttttcatat tacacaattt acccaaaaca tttaaagtaa
61 cagtaagaca aacttaaaaa aaaaaagtca tacagacaaa acatctctag gtgaggcaat
121 atgtaaattt cattgtcaaa tcatgatttt gttactctgc tatacaactt ggtaccatat
181 caatgctact aaatgactca agagtaagac attatgcatt ccgtttatat gagaaaaaga
241 gattatttac aactacttga aagagaaaca gaaatgccaa caacagtatc attcaaattc
301 tagtgcaatg tcaattgtta ccaagagatc ttatttgctt atataaattt tgcaaataat
361 tcaaacctgg ctatcttatt agaagccgac aaagtatngc ttttctgttg caaagatcag
421 tggacaaaaa tcctccacaa cctcagctga taaaacaaat ttatagcagc tttttttttt
481 cacatttcct gaacgatgta ctaatnacta ggtagaaaca ctaaaggctt tgtaacacat
541 acataaagtg aaatgcttgt gacagtttaa caaagtcgtc tgcaaaaaga acgtttgtga
601 gtggttcggt aaaatcggca tagtaagaca ggttctaacc ttacagtttc ggaaggctac
661 tgaaaacacc cgcaagggta ttaaatatcc atttttaagt ggccctgttt ttacaatttc
721 aaattatgac atccagtggc gagaatctcg gggcttaaaa agaaacccta taaaccccgt
781 aattt
<210>39
<211>601
<212>DNA
<213>Homo sapiens
<400>39
1 ccgagggctg tgtcagaagg ctgggcagcc atggcgtcct atttcgatga acacgactgc
61 gagccgtcgg accctgagca ggagacgcga accaacatgc tgctggagct cgcaaggtca
121 cttttcaata ggatggactt tgaagacttg gggttggtag tagattggga ccaccacctg
181 cctccaccag ctgccaagac tgtggttgag aacctcccca ggacagtcat cagaggctct
241 caggctgagc tcaagtgccc cgtgtgtctt ttggaatttg aggaggagga gactgccatt
301 gagatgcctt gccatcacct tttccattcc agctgcattc tgccctggct aagcaagaca
361 aattcctgtc ccttgtgccg ctatgagctg cccactgatg acgacactta tgaggagcac
421 agacgagata aggctcgaaa acagcagcag caacaccgac tggagaacct ccatggagcc
481 atgtacacgt gaggaggttg gggctgagtg ctggccctct gcgtcttcct tattaacctt
541 gaatcctcat taaaggtttc tttaccctaa aaaaaaaaaa aaaaaaaaaa aaaaaaaaaa
601 a
<210>40
<211>734
<212>DNA
<213>Homo sapiens
<400>40
1 agaacgaacg gcttgggcgc gggtaatcag ctccctttcc cccactttct cacttattct
61 aggtacttgg gactgtcgta gagtttccag accccatgta ggcgcccagt cgtggactgt
121 cccactctgc tgctctactg ctcgtggtgc tcccgcgccc agactggtat ccggggactg
181 tgacttgcag ggtccgccat ggagccagag cagatgctgg agggacaaac gcaggttgca
241 gaaaatcctc actctgagta cggtctcaca gacaacgttg agagaatagt agaaaatgag
301 aagattaatg cagaaaagtc atcaaagcag aaggtagatc tccagtcttt gccaactcgt
361 gcctacctgg atcagacagt tgtgcctatc ttattacagg gacttgctgt gcttgcaaag
421 gaaagaccac caaatcccat tgaatttcta gcatcttatc ttttaaaaaa caaggcacag
481 tttgaagatc gaaactgact taatgggaag aacagaaaaa tttagttgct actgtagatt
541 tacatgatta agaggcagct ttaattgcca tgatcattcc ctctttttgg atgtatcaag
601 aaccttccgg acaacagaac ctatttctgg gattgcagaa ggttaacata tttcccttat
661 ttttgattta atcaccctta aaccatacct attttaatga gtgtattctg tggcattttt
721 ttctccggnt gtct
<210>41
<211>496
<212>DNA
<213>Homo sapiens
<400>41
1 ggtcagaatg gcggcagtgg agcatcgtca ttcttcagga ttgccctact ggccctacct
61 cacagctgaa actttaaaaa acaggatggg ccaccagcca cctcctccaa ctcaacaaca
121 ttctataatt gataactccc tgagcctcaa gacaccttcc gagtgtgtgc tctatcccct
181 tccaccctca gcggatgata atctcaagac acctcccgag tgtctgctca ctccccttcc
241 accctcagct ctaccctcag cggatgataa tctcaagaca cctgccgagt gcctgctcta
301 tccccttcca ccctcagcgg atgataatct caagacacct cccgagtgtc tgctcactcc
361 ccttccaccc tcagctccac cctcagcgga tgataatctc aagacacctc ctgagtgtgt
421 ctgctcactc cccttccacc ctcagcggat gataatctca agaaactaag gaagaataaa
481 taaataatat aaaaat
<210>42
<211>318
<212>DNA
<213>Homo sapiens
<400>42
1 atgtcagacg cagccgtaga caccagctcc gaaatcacca ccgaggactt aaaggagaag
61 aaggaagttg tggaagaggc ggaaaatgga agagacgccc ctgctcacgg gaatgctaat
121 gaggaaaatg gggagccgga ggctgacaac gaggtagatg aagaagagga agaaggtggg
181 gaggaagaag gtgatggtga ggaagaggat ggagatgaag atgagggagc tgagtcagct
241 acgggcaagc gggcagctga agatgatgag gatgacgatg tcgataccca gaagcagaag
301 accgacgagg atgactag
<210>43
<211>864
<212>DNA
<213>Homo sapiens
<400>43
1 ataaacaagt gaacaaaggt ctctggtttt cctaggcaga ggaccctgcg gccttccgca
61 gcgtttgtgt ccctgggtac ttgagattag ggagtggtga tgactcttaa ggagcatgct
121 gccttcaagc atctgtttaa caaagcacat cttgcaccgc ccttaatcca tttaactctg
181 agtggacaca gcacatgttt cagagagcac agggttgggg gtaaggtcac agatcaacag
241 gatcccaagg cagaagaatt tttcttagta cagaacaaaa tgaaaagtct cccatgtcta
301 cttctttcta cacagacgcg gcaaccatcc gatttctcaa tcttttcccc acctttcccc
361 cctttctatt ccacaaagcc gccattgtca tcctggcccg ttctcaatga gctgatgggc
421 acacccccca gacggggtgg tggccgggca gaggggctcc tcacttccca gtaggggcgg
481 ccgggcagag gcacccctca cctcccggat gaggcggctg gccaggcggg gggctgaccc
541 ccccacctcc ctcccagacg gggcggctgg ccgggcagag gggctcctca cctcccagta
601 ggggcggctg gacagaggcg cccctcacct cctggatggg gcagctggcc gggtgggtgg
661 ctgacccccc cacctccctc ccggacgggg cggctggctg ggtggggggc tgaccccccc
721 acctccctcc aggacggggt ggctggccgg gggggggact gaccccccaa cctccctccc
781 ggacggggcg actggccggg cagaggggct cctcacttcc cagtaggggc ggccgggcag
841 aggcgcccct cacctcctgg acgg
<210>44
<211>470
<212>DNA
<213>Homo sapiens
<400>44
1 caccagccac ttcatgacca tgtccacgca gctcttgcgg taggagctcc agacactgcc
61 gctgcggggc cagggggtga gtggctctcg tcgccttggc cgcgccctga ccctgccccc
121 cagccctgcc tcacctggtc tgccctttga cctcagtcag gtcgcctaca ctgactgtct
181 cgaagatccc tgtgttgagg tcccatgcca ccttgaggct ggtgtgatag gtctttggtc
241 tacagtggag agggacatag gacaaacgct gggacagccg ggctcctgaa ccaggcccca
301 ggctaccctg agggcctttt gtctttggaa cagctatgga ggggcccagc caggttgtgg
361 cacagggaga gccttctcac gtccccacac ccccaccgtg aagtgtctgc cagtggcccc
421 cctagtggac agagagggca ggatccccgc gctcaccgga gctggccctc
<210>45
<211>527
<212>DNA
<213>Homo sapiens
<400>45
1 tttttttcat ctttatcatt attttatttt agtaataaga aactggggct cagaaagttt
61 aggtaacaca gtaggaaatg atgaaactga aacaagaaat catgtctatt tgattgcttt
121 tttcctgtaa agacagtcat taatgctctt caccaaatgt tttcatttct tctgacacat
181 gccaagatcg cacttcccca tccttttgaa gttacttgca gccatgataa ttgccctggc
241 ccaatgcaat gtgaacaggt aaaagacata ttttacttct gggccaaagc ttcaagaacc
301 agtgcatatt ttgttgtctt ctctctctct aatgcagata acagaagtcc catgagcctg
361 ggtcccacaa agagacatgg agtgtagcat ccagcaatgt cgttataaac ttgtagtggg
421 aattaacaat acacatttgt tgttataaac taagatttgg ttataaacca ctaagcataa
481 cctagccact gctgactgat taattcacaa agtggctata tcacttt
<210>46
<211>371
<212>DNA
<213>Homo sapiens
<400>46
1 tttcagagaa agaagagaaa gtttatttag agacactggc gtggagagga ataatcaatg
61 atgattatgg tggtcttggg cctgcaccaa aagcccttct ttgtgctggc cctgggagaa
121 cacatggcac agaaaagccc agattcaagc agcttcttca accaaaacat tgacatattc
181 tgctgacttg tcctcccatt ccttttcaga gataatttcc tttctttttg cctctgtggg
241 gaatatttca gatgacatgc tgaacaccta tacctgcagg ccttcaccat cttcttctgt
301 tcctcaactc tggtcagcat gaggttttgg ttgaaacagc aagatctgcc tgctcctact
361 gttgtcccct c
<210>47
<211>489
<212>DNA
<213>Homo sapiens
<400>47
1 tttcctttat aaattgcata tatttttaag atatattaac actttaaaac cgtggggtgg
61 aaagtttaaa atgccataaa ataagaatca tatatgcatt ctttacactg taaagcattt
121 taccagacat tagaatctgc attcagaatt ctttctcaga acgtaagtgt tcttgaagac
181 atatattttg tcttactaat ctgtttcttc caagcactac tgtactaggc atacggtaaa
241 gatatacatt caagttttaa aagtaaatac tttttcctgg tagtggccag ggcctgcgtt
301 cctcagacca aaaggcgcaa actggcattg ctgtgatttc agaagagaag tgaaatgtat
361 aaaacgaagt aattctgggg aaggaaaatg tcacaatttt tcttcagtgt tgtcaggcac
421 actaacccgg gaagccgtct ctgggcctga actatccaaa ttagtgtccg aggaagtgtg
481 acaaatgca
<210>48
<211>585
<212>DNA
<213>Homo sapiens
<400>48
1 tttttttgag tgttttacca ttaacattta ttgatgggat ggataaatac agattgagaa
61 acatacttga cagcaagata tcaaactgat agccagacta taaaatgtat acatcctttt
121 taaatttttt gaattttttt acaaagagcc cttactataa tggtcactta cctcctatca
181 ttcatataac agcagtagat atcccagggg tagcatccag agctgaggtg ccccaaggaa
241 gacagaggca atggcagaat aatatgctga gaaaggactc ttaagagcaa tacaaagaga
301 acagacaaaa atctcaccac aaaattgtac ctgagtgaca gattggtaaa gnggtttact
361 tttttttttt cttttcgctc tttggtctga caagaaaaga gttttaggtg tgtgaagtag
421 ggtgggaaaa aaggtcagtt tcaaattcag taacatatgg taacactaag ttaggctgct
481 gcattctttt ctttgggtac ttaagccagc tggcacttcc actttgtaac caattatatt
541 atgatcaaca actaatcagt tagttcctca gcttcaactg aagag
<210>49
<211>560
<212>DNA
<213>Homo sapiens
<400>49
1 tttttttttt tttgggtaaa aagtgaaaca ccaatagttt aattgaaatt tcagaaaatt
61 gaacatatga acaaggcaaa taaatactaa gtaagttaaa aacacaaaat atgtccagga
121 agtatcgatg agaatgttca agttaaagtt ctccaatgcc attgctacag caacctcaaa
181 ccctaggttc tctctgcact attaacacag acatctcagg acatggtttg ctttttttta
241 agacttaaat aggaaactaa tttttctttc tttaaagcaa ttgcgttctt cagtgaactc
301 tttctttagg ccagttgatg gcttcttagc agtttattga cgagatccta gggtagcttc
361 cgaagctggg ttgattgcat ttgggtgcgg atggccaaag tgagtggccc tactgcctgt
421 gctgctcagg gctcctgggc tgatgtggtg gcttcttccc tttgtgctgc tgaacatagg
481 gaaagtgagg ttcacagtcc accatccacc agccgccgtc tgtgagctcc accagcactc
541 gcagcaagtc agtcgggctg
<210>50
<211>534
<212>DNA
<213>Homo sapiens
<400>50
1 ttttttttat gttgaaacgg ctttattttt taatccataa atatctgtta ctgacaaaag
61 tggaaaaatc cttaagacta aatcttacta aagtgtatct gtttacagta catgtagaat
121 gtgctttgac aggtaagtag aacgatgaga tttgtacaga gaagcagtta ctagagcact
181 gcttaccatg aagcttacat atgagtaacg aagaaactgc aaagatacag atagaaaggt
241 acttttcatc agtactacca tataataaac atggaattca taaattgggc taatgcataa
301 aaatgttcat taatcccccc ttaggaaatt gtgtccccaa actaaaaata ttacagtaag
361 aattgctttt tattagagaa tttcaagaat tctttactac aaaatgtcta gttgagttat
421 agaactagag gaatatttgc cactacaaag ccaatgaatg agtcctccca tggtgtggca
481 ttcaggggtc actgcagggt gggcagcaaa gttgagcagg gtcttctcct ccct
<210>51
<211>457
<212>DNA
<213>Homo sapiens
<400>51
1 tttttttttt tttttttttt gcaagataca agactatttt taatgggaaa tccaagaaaa
61 aaaacctgaa atgccatatt tatcacaacc ttagatagtc actgtaagtc aaggttcctc
121 gccctctcca ttcaaagcaa agcatcactg tccatgaaag gcacccctca gtgacaggag
181 gtgcacctcc ccacgtccgt ttagttacaa acaggagccc acattttctt aatttctata
241 attagtgtta gcattgccta catttgagaa tgtttgatga tgatcaaaga gagtatggaa
301 acagatttgg caacacttct acggttacga ccgtgaacag ttttcactga agcttactta
361 gtgtcacagg tcccgccatg ttcctgtgaa ggtcactagg ttttcaggaa taattgtcct
421 gtttagtgca tttcccaaga aaatccaagt taggaga
<210>52
<211>435
<212>DNA
<213>Homo sapiens
<400>52
1 ttcatgattt gtataatgta atttatgctt tagtgagtta ttttccatat agtaaaatgc
61 ctttatttaa aaaagaagag gtacagtaca ttataattcc aaggaaattt tcgtatttta
121 aaaatgccaa tttttggcta aaaactcaaa agatttcatt taatacttga ataacaagga
181 aattcacaat taaggctgaa atactgttca tattattgtg tatttctaag catgttattt
241 taagcttgtg tattttaaac catggttaca gaattgtata ggaatatatt gaaggcataa
301 ccttatattt attggaattt tggtttaatt gtttagaatt tcaaaatagt attgggatgt
361 gaaacaggat gattatcact ctgataaaaa caagactgaa ctgagtcctt cactgtattt
421 ttctaaagaa ctcac
<210>53
<211>386
<212>DNA
<213>Homo sapiens
<400>53
1 tttttttttt tttttttttt tttttttgcc ttaaatacat aaaactttta tttgccaatt
61 atactccaat aatgcaggac aaagtataca ggtctgacat ccagagaaaa atatcagcag
121 acttaaaata tctgatcatt ttcccccgga ggaggattgg acagtttttt taattgatga
181 gtaacaattt tatgtagtaa gcctattcac tctctgttaa ccacatttat tgcaaacaag
241 tttttcccaa atgtttagac atttattcct acttattctc acacttccct gataattcac
301 tgaaattgcg atcaaggctt tattctcagc aggaagtact tgtacttctc taagtgacag
361 acaggcttaa agagtgggct caaggg
<210>54
<211>717
<212>DNA
<213>Homo sapiens
<400>54
1 tcaagagtca taccaatgac ttttatttaa gatgatttat gagttgatgt gtgagaaggg
61 ttggtgaagc tatgtgggtg gctctttaaa taccttccat tatattttca aatttttctt
121 tattctatta aaataccttt tattctcttt attcccataa aaaggcaacc aagcagatta
181 tactctcaac taagatgcca gcagtaattg gggtatgatg caagtcatct tggagcagct
241 acataccctg cccactgcag tcagtcagca tctgcagttg cttttataag ctgtttttac
301 ccccaacccc gcccccatcc acatctgana tggtgaattg gggctcaaag aaaaaacaaa
361 acagtagctc ttgatgtcat gaggcagagc cagagtataa ttcaggccct ttttcaacag
421 ggagccccct gggtgcttct catgctcttc cctcctaaac tcccttcttt cttaccttct
481 ttgggggaaa ttaactccat ctaagcattt cttttcattt cttccctttt ggttttcagg
541 ggccaagaag agacgccttg gggtttaacc aaanngcccg tcaaaggctc ttgaaaattt
601 taatatggag aggggaatct cctcttgaaa tcccgggggt cctttgatgg acctctctgg
661 gtaatttttt gagaccccga cccgggggtc cggagttcaa ttttttgggc ctcttgg
<210>55
<211>435
<212>DNA
<213>Homo sapiens
<400>55
1 ctaggcaagt ggagaaatat aatatttatt catggcttta tggacttgat cgatctttga
61 gaacctacta ggtgtcagtc tctgtggttg gtactggtgt tcagaacagt cttctctcac
121 ttgagggcac agtgagcgcc gtgaccatat catttgtggt aaattacacg ggaagttagc
181 ttacccttgc agaggacggg agacagttgt tgctagcatt tgtacattca ttagcctccc
241 ccttctccct gttggaaatg taactgtccc agctacacag caaatgtgta ttctagtaac
301 ctgtgatgcc tgaactgttc aagatgatca agttaaaata tgaatgtgct gaattaaatg
361 ctttattcag cttatctgca tctaggctct ctgaattacg cacccactta aaacattctg
421 tcaccttttc tcttg
<210>56
<211>690
<212>DNA
<213>Homo sapiens
<400>56
1 tttgatttca agtcaagatt tattgcttta caaacaaaca ttatacttgg tcttaataga
61 aaaatgacac cagatacatc caaaatacat ttcacattgg gatagctgcc agttcagcac
121 aaaacataca ttactaggag cagggaggca tgaaaataaa ctatatctta ctttttggta
181 cgtcaggaac acttttgcct gaagtaagcc ctttagtact attttttatt ttatttattt
241 ttttaatcca cccatctgca cactggccct ttagtactct ntaagtataa aactnntact
301 tgtcctgggc tttgaccttt ggnntttgat ctaaatgaca tttcaacata aatgtctntg
361 aactagtggc ttctgngtat gacagattan anngggaacc gtttgatata atnctggcct
421 gatcatggtt aaaaggtgat atttaaatag aaacgctttt tggggctatt ttactaagat
481 attaattaaa tacttaaaac tatagccagg ggctggactg acacggcata ttgggacggg
541 aatcatttgc tgacttcagt tgatacctgg actgactagg cagcatttag agatctttga
601 taccaatgac tttagttaca gtgccgttgc agcatacaga aactgaggtt ctttgaagag
661 acattcatga gggacttctg tgtggcaccc
<210>57
<211>550
<212>DNA
<213>Homo sapiens
<400>57
1 aagtttcagt gaaaacattc tttattagta agcagacatt tcaaactttt tgattacata
61 catcatgcaa aatgactgac ctcacagatg gttgtctgtt cattgtgaca tcttttttga
121 gatgattata aatttaagat gactgcagta gtaaaaataa ttcatgaaaa tgactctcaa
181 tgaagcaaaa cactacatag cacacatgaa atactgttca tccctccctg atgtttaatt
241 ctctcctaat gtaaatctct atcttggaag actattatat acaaaaaatg gcagttggtt
301 tttgatgtgc atctataggc actcaactga taaaaacaag aaaatttcaa ataattttac
361 aaggattggg atttttcctg tttgtaatcc aaacagacaa tgccctttga ttacatgtta
421 attcttttaa aaatatttct tcgaagatat ttgaccatga aaatgtttac cctgtaactt
481 ttgaatgggg ctctgtacac atacccaggt tncagaagtg aaagagaggc tattcgaaat
541 cttatatacg
<210>58
<211>434
<212>DNA
<213>Homo sapiens
<400>58
1 tttctccagc ttactttatt gtaaaactac agcatagaat acatataaca tacgtaatat
61 gtttaattga ctgttgatgt tattggtaag acttcaggtt ggcagcaggc tattgtagtg
121 aagtttttgg cgagtcaaag ttatatgtcg attttcaact gcacaggggg ttggtgcccc
181 aagcccccac attgttcaag agtcaactat ttttccacgt tcagcatccc ggcttaagga
241 ggttccttag taatatgtcg ttgaataaat gaatacatga gtgaatgaag agaggactga
301 agaagccaca catgagcctg tgaaaccctc catatctggg gcgctctgtg ccacgggtgt
361 cagacttttg caaaagccct gtcattctaa cgggacgccc tcctggagga agttgccccc
421 tggcgcccgt cctc
<210>59
<211>554
<212>DNA
<213>Homo sapiens
<400>59
1 tatgcatgta tacacacttt attaaatttg cattctaaga tatacacaag gccagcattt
61 cacaaaactt cctattattc caaaagcagt aatcatgaaa cagtgattat ataagtcaat
121 caagcaaaaa acattatcta tagggttgta tcatatcatc tcttatacct gttttcaaat
181 agaagcctga aatatatgat atatattaga ataggaagag agaattttac tttataacaa
241 tcgcttttca aatattagac tttatataaa aataaagggg tcttaacaaa gttcatctgt
301 gagttagcat atctctttat ttcaaaacaa tccctgcaaa aacttaactt tccagtccat
361 ttaaacaaca aaaactaaaa atgaagctgg gttaaataat aagggaatca tcttgctcct
421 agttctcaca ccattggaac aacttccatt tcctgaccta attctatccc accattgaat
481 ttcaaaaatt aatgtaaata ccatcatatt tcagttattt cttaacagtg ttaagttcga
541 gcctaaaaat gatg
<210>60
<211>445
<212>DNA
<213>Homo sapiens
<400>60
1 tttaggtaag atacacatct ttactgtgta tatgcgtgta caagaaggaa aacttgcttt
61 ttttttttta agtagatgtt acgaaggatg gttttttttt tttttcaact tgcaaaatct
121 cttgaaggtt ggagcagagc cgccggttac ctttgagcat cgaaataccg caagttatcc
181 cgtttccttt tcccctcagg aaagatgggt gcagggttga gatgttacaa gagaattaaa
241 agagagccac cagcttggca tagtagaaga aacaaaccca aaatgaaaac acccggattt
301 taagcgcgga tcctgcgagg ccggtttgca ctggccgaac gcctgcgtta accctttggg
361 cgccgcagct gggatccccg gtgtttgcgg acccgaccgg caggaacaga gatggagtgt
421 cccgcgcccg catggggagt gagct
Claims (3)
1.一类在人类肝脏中表达的表达序列标签的序列,其特征在于,它包括:
(a)SEQ ID No.1~SEQ ID No.60所示的序列;
(b)SEQ ID No.1~SEQ ID No.60所示的序列中每条序列的互补序列;
(c)与SEQ ID No.1~SEQ ID No.60所示的序列中每条序列有至少70%同源性的序列;
(d)上述(a)~(c)中一条或数条的组合。
2.如权利要求1所述的表达序列标签的序列,其特征在于,所述序列包括具有SEQID No.1~SEQ ID No.60所示的序列。
3.一种探针分子,其特征在于,所述的探针分子含有权利要求1中所述的序列中约8-100个连续的核苷酸。
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN101670098B (zh) * | 2009-04-01 | 2012-04-04 | 厦门大学 | 重组人胸腺素α原在制备预防及治疗脂肪肝药物中的应用 |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN101670098B (zh) * | 2009-04-01 | 2012-04-04 | 厦门大学 | 重组人胸腺素α原在制备预防及治疗脂肪肝药物中的应用 |
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