LOCUS       NM_031271              10155 bp    mRNA    linear   PRI 06-MAY-2013
DEFINITION  Homo sapiens testis expressed 15 (TEX15), mRNA.
ACCESSION   NM_031271
VERSION     NM_031271.3  GI:133778960
KEYWORDS    RefSeq.
SOURCE      Homo sapiens (human)
  ORGANISM  Homo sapiens
            Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi;
            Mammalia; Eutheria; Euarchontoglires; Primates; Haplorrhini;
            Catarrhini; Hominidae; Homo.
REFERENCE   1  (bases 1 to 10155)
  AUTHORS   Ruan,J., He,X.J., Du,W.D., Chen,G., Zhou,Y., Xu,S., Zuo,X.B.,
            Fang,L.B., Cao,Y.X. and Zhang,X.J.
  TITLE     Genetic variants in TEX15 gene conferred susceptibility to
            spermatogenic failure in the Chinese Han population
  JOURNAL   Reprod Sci 19 (11), 1190-1196 (2012)
   PUBMED   22581801
  REMARK    GeneRIF: the polymorphisms rs323346 and rs323347 of the TEX15 gene
            could be considered the genetic risk factors for spermatogenic
            failure in the Chinese Han population
REFERENCE   2  (bases 1 to 10155)
  AUTHORS   Aston,K.I., Krausz,C., Laface,I., Ruiz-Castane,E. and Carrell,D.T.
  TITLE     Evaluation of 172 candidate polymorphisms for association with
            oligozoospermia or azoospermia in a large cohort of men of European
            descent
  JOURNAL   Hum. Reprod. 25 (6), 1383-1397 (2010)
   PUBMED   20378615
  REMARK    GeneRIF: Observational study of gene-disease association. (HuGE
            Navigator)
REFERENCE   3  (bases 1 to 10155)
  AUTHORS   Loriot,A., Boon,T. and De Smet,C.
  TITLE     Five new human cancer-germline genes identified among 12 genes
            expressed in spermatogonia
  JOURNAL   Int. J. Cancer 105 (3), 371-376 (2003)
   PUBMED   12704671
REFERENCE   4  (bases 1 to 10155)
  AUTHORS   Wang,P.J., McCarrey,J.R., Yang,F. and Page,D.C.
  TITLE     An abundance of X-linked genes expressed in spermatogonia
  JOURNAL   Nat. Genet. 27 (4), 422-426 (2001)
   PUBMED   11279525
COMMENT     VALIDATED REFSEQ: This record has undergone validation or
            preliminary review. The reference sequence was derived from
            AC090281.8, AF285605.1 and AL133653.1.
            On Mar 20, 2007 this sequence version replaced gi:14277688.
            
            ##Evidence-Data-START##
            Transcript exon combination :: AF285605.1, BC140934.1 [ECO:0000332]
            RNAseq introns              :: single sample supports all introns
                                           ERS025084, ERS025085 [ECO:0000348]
            ##Evidence-Data-END##
            COMPLETENESS: complete on the 3' end.
PRIMARY     REFSEQ_SPAN         PRIMARY_IDENTIFIER PRIMARY_SPAN        COMP
            1-4316              AC090281.8         13355-17670         c
            4317-8370           AF285605.1         4317-8370
            8371-10155          AL133653.1         791-2575
FEATURES             Location/Qualifiers
     source          1..10155
                     /organism="Homo sapiens"
                     /mol_type="mRNA"
                     /db_xref="taxon:9606"
                     /chromosome="8"
                     /map="8p12"
     gene            1..10155
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /note="testis expressed 15"
                     /db_xref="GeneID:56154"
                     /db_xref="HGNC:11738"
                     /db_xref="MIM:605795"
     CDS             1..8370
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /note="cancer/testis antigen 42"
                     /codon_start=1
                     /product="testis-expressed sequence 15 protein"
                     /protein_id="NP_112561.2"
                     /db_xref="GI:133778961"
                     /db_xref="CCDS:CCDS6080.1"
                     /db_xref="GeneID:56154"
                     /db_xref="HGNC:11738"
                     /db_xref="MIM:605795"
                     /translation="

MPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

"
     exon            1..7014
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /inference="alignment:Splign:1.39.8"
     STS             5507..5791
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /standard_name="RH118489"
                     /db_xref="UniSTS:137884"
     exon            7015..7073
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /inference="alignment:Splign:1.39.8"
     exon            7074..8332
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /inference="alignment:Splign:1.39.8"
     variation       7425
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /replace="a"
                     /replace="g"
                     /db_xref="dbSNP:2720593"
     STS             7914..8263
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /standard_name="G65776"
                     /db_xref="UniSTS:225921"
     exon            8333..10112
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /inference="alignment:Splign:1.39.8"
     variation       8450
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /replace="c"
                     /replace="t"
                     /db_xref="dbSNP:2113526"
     STS             9091..9379
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /standard_name="SHGC-106564"
                     /db_xref="UniSTS:169924"
     variation       9797
                     /gene="TEX15"
                     /gene_synonym="CT42"
                     /replace="a"
                     /replace="c"
                     /db_xref="dbSNP:201668189"
     polyA_signal    10085..10090
                     /gene="TEX15"
                     /gene_synonym="CT42"
     polyA_site      10110
                     /gene="TEX15"
                     /gene_synonym="CT42"
ORIGIN      

atgcccagtgatgccaaagacagtgttaatggtgaccttttgttaaattggacaagtcttaaaaatattttaagtggtcttaatgcttcttttcctcttcacaacaatactggctcaagcacagtcactacttcaaaatccatcaaagacccaagactgatgaggagagaagaaagtatgggagaacagagtagtactgcaggcttaaatgaggttttgcaatttgagaagagttcagataatgttaattcagaaataaaatcgacaccatctaattctgcctcctcctcagaagttgtccctggtgattgtgctgttcttactaatggtttggataccccttgctttaaaacttctgttaatgattcacaatcttgggctcacaacatgggctctgaggactatgactgtatacctcccaataaagttaccatggcagggcaatgtaaggaccaaggtaatttttccttcccaatttctgtgtcaaatgtagtgtcagaggttgagaaccaaaaccacagtgaggagaaggctcagagagcccaacaggagtccggtaatgcttatacaaaagagtacagtagtcacatttttcaggactcgcagtcttctgatttaaaaacaatttatcagactggttgccaaacgtctacagtttttccactcaaaaagaaagtaagcattgatgaataccttcaaaatactggaaagatgaaaaacttcgctgacctggaagacagttccaaacatgaagaaaagcaaacttcatggaaagaaattgataatgatttcactaatgaaacaaaaatcagtccaatagataattacattgttttgcaccaagaatacaaagagagtgagagtcataattcttttgggaaaagctgtgataaaatattaattactcaagagttagaaataacaaaatcttctacatctaccataaaggataaggatgaactagatcatctagcattggaatggcaaattactccaagttttgagagcctgtcacaaaagcatcctcagcactctgtggagtatgagggtaacattcatacaagtttagccattgctcaaaagctaatggaactgaaattggggaaaataaatcaaaattatgctagcattataactgaagctttcccgaaaccaaaagacataccccaggccaaagaaatgttcattgatacagttatttcatcttataacatagaaacagctcatgacagttcaaattgcagcataactagagaacatatatgtgtccataggaaaaatgaaaatgaaccagtgtcattagagaacattcagagagactataaagaaactgcttatgttgaagataggggtcaggatcacaatctgttctgtaattcacagttaagcaatgatatatggctgaatgttaatttcaaaaaacaaacagatagagaaaaccaaaatgaggctaaagagaatagtgcttcatgtgtagaaaacaacatagagaacatatatggagacaaaaagcaggattctcatacaaacgaaaatttcagcaatatagatgaaaaggaggacaaaaattaccacaatatagaaattttgagttctgaagaattttctactaaatttaacttgatttgcagagaagataatgcagtgtcagcagcaactgcattattagagagtgaagaagataccattagtgccgtgaaacaaaaagatactgaaaatactggaagaagtgtagagcatttggcttccacgacatttcccaaaactgcaagttcttcagtgtgtgtagcctcaaatgctgcaatacagatagctagtgctactatgcctgcattaagcctaaataatgacgatcaccagatataccagtttaaagaaacttgttcttctgaaagtccagattttggtttgttagtaaaacatagggtttctgattgtgaaattgatacggataaaaataaatcacaagaatcatttcatcaatcaataaatgagaacttagttcttcagagcattgaattggaaagtgaaattgaaatagaattagaagattgtgatgatgcttttatatttcaacaagatacacatagccatgaaaacatgctttgtgaagaatttgtgacctcatataaggctctgaagtctcgtatcagttgggaaggtctgttagcacttgataacggggagatggaagttttggaaagcaccacaggaagggagaatagtgatcagcattattctaaggaaagtaactatttttattcctctacacaaaacaatgaaacagaacttaccagcccaattttacttccagatctacaaattaaaattactaatatatttaggccaggattcagcccgacagctgactcccttgcattgaaagatagtttttgcacacatgtaactgaagccacaaaaccggaaataaataaggaagatggagaaattctaggatttgacatttattcccagccttttggtgaaaatgcagattatccatgtgaagataaagttgataatataaggcaagaatcagggccagtgagtaactctgaaatctccctttcttttgacttgagtcgtaatacagatgtgaatcatacgtctgaaaatcagaacagtgaatctttgtttactgaaccttctaatgtcacaacaatagatgatggaagcagatgtttctttacaaaatcaaaaactgactataatgataccaaaaataaaaaggaggtagaatcaagaattagcaaaaggaagctacatatatcttccagggatcagaacataccacataaagatttaagacgacataaaatttatgggagaaagaggaggctaaccagtcaagactcatctgagtgtttctcttcattatcccaaggacgaattaaaacattttcacagtcagaaaagcacattaagagtgtcctaaatatcctaagtgatgaagcatctttatgtaaaagcaaatgtctttccagaaaactagacaaagcagttgttcacttaaaaaaagctcatagaagagttcacacatctttgcagcttataactaaagtaggagaagaaagaaagggcccattaccaaaatcatatgcaataatatgcaataatttctgggaaagttgtgaccttcaaggttatagttctgtgtctcaaagaaaatattattctactaagcatttttcgtcaaaaagaaaatatgacaaacggagaaagaaaagagctccaaaagctgatatttctaaatcattaacccatgtgtcaaagcacaagtcttataaaacaagtggagagaaaaaatgcctttctaggaaaagtatggctagcagtgtctcaaaaagtcaccccaccaccagtcacatgggagaattttgtaatcaagaacatcctgaatcacagttgcctgtatcctccacatcccaaagtacaagtcagtcagtttattataatagcagtgtaagcaatccaagtttatcagaagaacatcagcccttttctggaaaaactgcatatctgttttccccagaccactcagatgagaaactaatagaaaaagaaaatcaaattgatacagcatttttatctagcactagtaaatatgaaaagcttgaaaaacattcagcaaatcataatgttaaagatgcaactaaagaaaacagttgtgacgctaatgaagtaataaatgaaagtaattctgtatctttaagttgcataaaagaaaacataaattctagtacaggcaacgattgtgatgcaacttgcataggtcacacaaaggcgaaaactgacgtacttatatcagtcttagattcaaatgtgaagcactttttaaatgatctctaccaacaaggtaaccttattttatctgattgtaaaagaaacctggaagtaaagtggacagatcctattgagagacccaaacaaaacattattacaggaaacttccttatgggcccattaaacctaactttgatagcaagtaaaaagtacagtattcctcagttatcagccgctgcagtgacagatagtgagggagaatcttcaaaatcttacttggataagcagagaattcttactgtagattcttttgcagcatccagtactgtaccacactgtgagcagagctgtagagaaaaagagcttctaaagacagaacagtgctcttcaggtaattgcctccatacagatgggaatgaaacaaatgtcactgagaattatgagttggatgtagcatcaggaactgaagaagataaaagttatggggaaaatatagtggaattatcttccagtgatagttctctgcttttaaaagataatgtaaaaggctcctcttcagaaacatgtattgtgaagaaagacactgaggacagaataacgtggaaagttaaacaagcggaaaaagcaaaagattctgtttacaaaagaagcatgactgaaggatcaactgttaatactgagtacaaaaatcaaaagaatcagatctcagaagaatcctgcttaaatgagaaaattattacaactaacttgattgattcccatctgagcactaaaaatactaccactgagtcagtccctttgaagaacacagtttctaatccgcttaacaaaagagagaagaagggggaaattaaagttagtaaagactcgcagtctgacttgacattacattcagaaatagcctatatttccaaaccaggaattctaggagttaatcatacgcctattttacctgcccactctgaaacctgtaaagtccctactcttctgaagaaacctgcgtcatacgtgagtgattttaaagaaaaacattgctcagctaatcatacggcccttatagctaatctatctcaaattttgcagagggcagatgaagcatcatctttgcagattctacaggaagaaactaaggtttgtctaaatattctccctttatttgtggaagcttttgaaagaaagcaagaatgttcagttgaacaaatcctgatttcaagagaactgttggtagaccaaaacctgtggaataattgcaaacacacattaaaaccatgtgctgttgacactttggtagaacttcaaatgatgatggaaacaattcaattcattgaaaacaaaaaaaggcacttagaaggtgaaccaacattgcgaagcttgctttggtatgatgaaacactgtatgctgagcttcttggaaaaccacgtggatttcaacagcagtctaatttctatcctggtttccaaggaagattaaaatataatgcattctgtgagttacagacttaccatgatcaattagttgaattgcttgaagaaacaaaaagggaaaagaattcatactatgtattcttaaagtacaaacgacaggttaatgaatgtgaagccataatggagcattgttccgattgctttgatttttctctttctgttccatttacctgtggagttaactttggagatagtttagaagacctggaaatcttaagaaaaagtactttaaagttgatcaatgtatgtggggactctcctaaagttcattcgtatccaggaaaacaggaccatctgtggattatcatagaaatgatctcctcaaaggttaattttattaagaacaacgaggcagtacgtgttaaaatatctctttatggtctggaacatatcttttttgatgctgcaaaaaatcttgtttggaaagagagaacacaatccttcagcaaaaaatactcacaaaagaaggacgaagaaaggctactcagagtgaataaatgtgccttttctaagttgcagaagatatatgatactttgtctaaagatttaaacaatgaaccaatttcccctattgggcttgaggaggatactataattgcttccagaaagtcagatcatccaataaacgaagcaacaattagcatagaaaattctaaatttaacagtaatttgcttgcacacccagatatttgttgtattagtgagatattggatcaggctgaatttgcagaccttaaaaaattacaggatctcaccttgagatgtacagatcacttagaaattttaaaaaaatactttcagatgctacaagataataacatggataatatttttatcacagaagaaaatgttttagacgtggtgataaaccacagccatgaggctatcattttaaagcctgaagctattgaaatgtatattgaaatcgtcatggtctcagaaacaattcactttcttaaaaactcaatagcaaagaaactagacaaacagaggtttcgaggtatgctttggtttgatttgtcacttcttcctgagctggttcagtgccaagaaaaaatggcttctttttcatttcttaaagataactcaacagatgtttgcctttggaaagtgatagagactgctgtttccgaacttaagaaagatctggatattatctgcaaatataatgaagctgttaattgctcatatgctattcatttgctctcaagagaacttcaagaactttcagaaataaaaaagcttctgaagaagtccaagtattttatttccacatatattgactttgtgccatatatagcatccataaattatggaagcactgtgacagagttagaatacaactacaatcaattttctacactgctgaagaatgtaatgtctgcccctaggaaagatttaggaaaaatggcccacattaggaaagtcatgaaaacgattgaacatatgaagatgatatgtactaaaaatgctgaactaaccatttcctttttcctatgccaaatgctgtataacagaaggaagattttacagctgaagagaaaagaaaaaatgaatattcatattgtaaaacctggggaaaataacaataaatttagtatttctacgatgttgcccccagtatcagagtgcataaacaaaaacatctcaaattcctctaaaaaacgaccgagcactgtagacaaatgtgaagactctcaggaacaacagcaagatactactgtttccagttgtaaaaagctaaaggtagacatgaaagatgtcacaaaaatcaacagagaaaaggcaacattcaagcatccaaggactacaggatctcatcccaaaagcgaaaacaaaatagtaccaagttcatgtgacagtctgaaaagaaatcatttaacgccaaaaaaggttgaaatgcaaagatcactacctggctcacttttacccttagagaacccaaaagacacttgcgcatcaaagtcggaaagcaaaatagacttaactgtttcatctgatcacttcagtggacaacaggaaaatttaaatagcatgaagaaaagaaatgtgaacttcagtgctgctgaaacaaaaagtgataagaaagattgtgctgcttttgcaatttgtgaccaaaaaagtgtacatggcacattttcaccagaccatgggacgcttttgcagaaatttcttaaaaattccccagatcccacccaaaaatcctgcctttctgatataaacccagaaactgatgtttctcttgtgcctgatgcgtcggtgctctcaaagccaattttctgttttgtgaaagatgtccatcctgatctagaaatgaatgacacagtctttgaacttcaagataatgatatagtaaattcatctattaaaaattcctcatgcatgacttctccagaacccatctgtatccagaacaaaattcctactctgcagataaacaaactacagcctacagaaactgagtcagaggacaaatacatgaaggatacattgaatcccaatactgtgcatacttttggagcatctgggcatataacccttaatgtgaatcaaggagcagagtactctctttctgaacaacagaatgacaaaaattcaaaagtcctaatgcagaatgctgccacatattggaatgaacttccacagtctgcatgtaacccaacatataattcttctgagcatttatttggaacttcatatccatactctgcttggtgtgtttatcagtacagcaacagcaatggcaatgccattacccagacataccaagggataacatcatatgaagtacagccatctccttctgggctgttgaccacagttgcaagtactgcccagggcacacattctaatcttctgtactctcaatattttacttattttgcgggggagccacaagcaaatggctttgtgccagtgaatgggtattttcaatctcaaatacctgcttctaattttcggcagccaattttttcacaatatgcttctcatcagccattaccacaagctacatacccttaccttcctaatcgatttgtgcctccagaagttccttgggtttatgctccatggcaccaagaatcctttcatccaggacactgaaaatagtcttctgtctattgaaataagacataacaagtttttccaaatattttttacttatatattttttaacatttagcgatttttaatgtttgtaaatgtggtaggaaatataaatcatatggtcctttgtaaaatatacaaataatctaacacatatcatataggacatcaatttctaacatctgatataccagaattatttccatgcaattataaggggagggtaatatgatcaaagttaagcaatagtggtaaaatctttaaaactagattcttgcttctgatatgtttcaatacattgttgatggcattgtgccatttgagctgaaagcaggattttttttcattagtcatcaaaccaagaattttataattcttgacactttattatataatttacaattctatgccagatatggcaaatttcttcaatttcagtattttatagtttctacttgtaaaatatttttaataagaaaaattggtttgcataatctcagtgtttccttgagtagagatgttttaaatgtttatgttggaagcaattgtagttaattatattggcaatgaagcactttcaatgcctttttctacaagagccatttccagaagattattttgtttttggatttcacaatttaaatagttattttaatgattttctagcaaataatagagaataatgtttatgcttatgcagttagtctttattacagtaatttaaacaatgtggcacaaacatagttttttcatgctcttgtcatagacttttctttttaaccttctgcaaaagtaaaaactctcttagtaataatcatcatagggcaacaggatatagtatgtaactgcagtcttgagctgtctcttttcatgtattacctttcttgctcaacagctattcctgttttctgtaagatcctagtcagacagagccctcacaactggatagacctttctcaagggttagccctaaaatgtgacaagagaattggtttggctgaatcacaacaaataactagcaaagcttcagtgcttttgcaaactttttatgtaagcaaactttttgtgttatctggcacaggcctttgaaaagactataattctactttgtttaatgtagagtaactaatttttcaatttagaaagacagtgagaatccccaggataagcctctttatactcacttaaaccaactgggatggaattcagaatacctaagctgcttctttaacatagagatctttaaaaagggaaggtcaagcaaagaactgtaaccgaaagaagtaagagatttgaaaagacgatagagttaaaacaatatttaaaaaacatttctatttggtccatgcagttttatttgaaaatagtctgtcaaaatcagaactcctgaacaactttgaaagcagtaatattaactggtattcaaaaatgaataacagccaaaaatgaataacagccatttgatttatgtttccctcagtcatttggtttatgtttggttatggcaagatgttacagcatttatagttaatactactactaatatgtaaaccaaaagttaaatattctagttaaggattgtttctttaaacaactttcagattctgttgacattgtctttgtggta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//

ANNOTATIONS from NCBI Entrez Gene (20130726):
            GeneID:56154 -> Biological process: GO:0007130 [synaptonemal complex assembly] evidence: IEA
            GeneID:56154 -> Biological process: GO:0007140 [male meiosis] evidence: IEA
            GeneID:56154 -> Biological process: GO:0007283 [spermatogenesis] evidence: IEA
            GeneID:56154 -> Biological process: GO:0009566 [fertilization] evidence: IEA
            GeneID:56154 -> Biological process: GO:0010569 [regulation of double-strand break repair via homologous recombination] evidence: IEA
            GeneID:56154 -> Biological process: GO:0030539 [male genitalia development] evidence: IEA
            GeneID:56154 -> Biological process: GO:0032880 [regulation of protein localization] evidence: IEA
            GeneID:56154 -> Biological process: GO:0034502 [protein localization to chromosome] evidence: IEA
            GeneID:56154 -> Biological process: GO:0048873 [homeostasis of number of cells within a tissue] evidence: IEA