KEGG   Mus musculus (house mouse): 104271
Entry
104271            CDS       T01002                                 
Symbol
Tex15, 2210014E14Rik
Name
(RefSeq) testis expressed gene 15 meiosis and synapsis associated
  KO
K25680  testis-expressed protein 15
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mmu03037]
    104271 (Tex15)
Cilium and associated proteins [BR:mmu03037]
 Motile cilia and associated proteins
  Sperm associated proteins
   104271 (Tex15)
SSDB
Motif
Pfam: TEX15
Other DBs
NCBI-GeneID: 104271
NCBI-ProteinID: NP_113551
MGI: 1934816
Ensembl: ENSMUSG00000009628
UniProt: F8VPN2
Position
8:34006712..34082531
AA seq 2785 aa
MTYFFIYVSTERACSLNNCTIAKRIGKGKDATVIFEHFRKPVDPFVQENCPCKALNSEMG
PFSSDTSSSYGNVQNGNNSVLEAYNRQTENSSNLRDASQVYTHNSGFSFIPTGNTASGNG
DLFSVTYLRSILSSISAAFPSHNNTGSSTVITSKLIKDPRLMKREQSMRNKSDTAGLSDV
LPLDKSLGCGDSQIKLTCMPTSSISSSEVPADNTITSCLNASCFKFSSESSHYQAHNSSS
KGHDCIASSSIAVTEQFKEQHSSSFPSSLSNAFSDVRKQKHSEEQVQRAQMRSNVPVLTA
LSSESRNSDESENTCSNDSQGHFSQESPSSDINSIYKVGHQMSTVFPAQKKGNLCEYIQD
TGMMRASISTEDSTKDGVNHTWCKETVLSNETVSSPIDNSNTLYQEHKEGGNLNSLSGNC
EKIGVTHKLQVPKFPISSTGDKNELYRAALELECSLTPTIECLSQKYPQHSLEHEDNTNF
AMTQGLIELKTVQNNQNFGNILSDAFQEAKDVPLASEKLIDRVISSAAIDISLDSSVCNI
IGEYTCVRRENENGEASPYNCHKEEASRVKDGVQDHSLSYDAELSCDLNLKINLQEQRDD
KNPNEAKEHNTDNINGSEKQDCLANDHFTNIVEMREIKSNTEVEILNSEECFTFNSFRGK
NGKPAETASSESEAVEQRHAPNDQRGLEHLVSSFPEIEGSSVCVASNATKQIVGTTVLTV
STSLGDHQKDELKEICSSESSDLGLVKHSISECEIDTDKDKLQDFHQLVNENSALKTGLG
SEIEVDLEHDNASVFQQNMHSQGNDLCEEFELYESLKSRIDWEGLFGSSYEEIESSSFAR
REGTDQHSSTECNCVSFCSQDKRELHNPIFLPDLQVTITNLLSLRISPTDESLELKDNFY
KQVTESTEPETNKEGNASGFGMCSQPSGENSSFSCANKFGNSVQESGDVSKSESSHSSNS
SHNTHVDQGSGKPNNDSLSTEPSNVTVMNDKSKCPTKSKPVFNDTRNKKDMQSRSSKRTL
HASSSRGQNIANKDLREHETHEKKRRPTSHGSSDRFSSLSQGRIKTFSQSEKHIRNVLNI
LNNEASLCKSKHLSRKLNKAVLHLKKAHRRVHTSLQLISKVGQKRKGPLPKAYAVIHNNF
WESCDHQGDSLMSERRYSKHFLSKRKYDKQGDKRFLRFDIEESLTPVSKHRLYRTNRERI
AECLSNEVMSGHVSSSLTTFHVREFCDEEQFPEPQLPLAYTSQSISQLEYTNSIVGNESS
SELEHFSETSGNMLDPKETLTEKEYQTHTQLCNSDSAKLKNHTTHSIRDIAKECNSEDKT
VLCESNPVYLSFIKENTSHSPDKSYDSNCKANTDIHISVLGSKKKHILSVDIYEQDNCVS
DGVKSGEAIFPIEKCTVPMETTSSIPTENIASKSYTIPPVSSILVTAGEEESSVGENGLF
DVNENEMNITMHSKLDLTSVTEESKICKKNMKNLSCNDSSMLLKENITGPSKRYMAKYIE
EEKIRKIEQAVYKKIITEGSPISFKYKSQNKILKEKSFHVNKKIITNNLTDSHLSIKNST
VDTIALKDIPNQLKERKEAGQIKVNNNSHSDCLSKPAIVETNHRPVLHGNPKVATLQKEL
KEHRSPNYTSHVTELSQILQRADEAASLQILEEETKLCQNILPLFVQAFERQQECSIDQI
LISRKLLVEQNLWNNCRLKLKPCAVDTWVELQMAMETIQFIENKKRFLEGKPTFRSLLWY
DESLYSELLRRPRGYQLQSNFYPGFQGRLKYNAFCELQNYHNQLVEFLTETKKENNSYYA
LLKYKRQINECEAIMKHYSDCFDFCLSVPFACGVNFGDSLGDLETLRKSTLKLISVPGGS
PKVHSYPGKKDHLWIIIEIVSSKVSFIKSNEEISIKICLYGLEHIYFDAAKSLVWKEKSC
SLPKKHSEKNREMEEINERAFSKLKKIYDVLSKGLNNEPTSIGLQEDAIIASKQSTLGSI
SNCRLNKAWLSYPDISCVGEILDQAKSADLEELQGLTLRCTDHLEILKKYFQMLQEDNID
NIFIMEENVLDMLSNHNLGAVILKPEAIEIYIEIVMISETIHYLKNLIAKKLHNQRFRGM
LWFDWSLLPELIGCQEEVVSLSVGDTQTHCLWKLVETAISVLKKELAVIYEYGEASNCSY
ALHLFYRELKELTGVKRLLNNSKYSVSTYIDLVPHTASVNFGNTVAELEHNYKQFFLLLK
NVMSVPQKDFGKMVHIIKVMKTIEHMKLLSAKDTKLSTHLLFLQMLRNKRNALQQNRQEK
METPVTEPGEDSSQPGVSEQTPPGTECTVKNISDSSKKRPVTADTCEVSQGKGNTDTVPS
WKKQKVTMKDVGNIQTVSKHPSTTGSPPNDENKIGSNSSDSLKSISASPEVVKRQSSVLG
SVSPAESVQDTCTPKSESKVEPTDSLPDSLASLTEQQENSNVIEKRNGNSSVAETNDKKD
CPLVTCDQKDIDASYSPDHTPAQESHKTPVDHTQISPSNLTAGNDDPLVPDASLLSVSAS
QSEKDVYLSGTDFHHENNKILNLSTEDCTGTSSPEPVCIKDKISVLQVDKTQPIKSESPK
KSMTDAPNPNTAPFGSYGNSALNVNGTVQHTHSEQNSKVLTQKVGTSRNIPPQSACSPVH
NSSAHSFGTSYPYYSWCFYQYSSSNGTAVTHTYQGMTAYEIQQPPPPVLTTVASTVQSTH
FNRSYSEHFSYFPGQPQANSFNPGNGYFPSHTPVSYNYQQPVYSQFASHQPVPQATYPYP
PNPGAPPQVPWTYAPWQQNPFLRRP
NT seq 8358 nt   +upstreamnt  +downstreamnt
atgacatacttttttatttatgtttccacagaaagagcatgttctctgaataactgtaca
attgctaaaagaattggaaaaggaaaagatgctacagtcatctttgaacacttcaggaaa
cctgtggatccatttgttcaggaaaattgtccatgtaaagcactaaattcagagatgggt
cctttcagctcagatacttctagttcttatggaaatgtacaaaatggaaacaattctgtg
cttgaagcatacaacagacagacagaaaattcatcaaatcttagagatgcttctcaagta
tacacacacaattcaggtttttctttcatacccactggtaacacagcaagtggtaatggt
gacctgttcagtgtgacatatcttagaagtattttaagtagtatttctgctgcttttccc
tctcacaacaatactggctcaagtacagttattacttcaaaactcattaaggacccaaga
cttatgaagagagaacagagcatgagaaacaaaagtgatactgcaggtttgagtgatgtt
ttgccattggataagagtttgggttgtggtgattcacaaataaagctgacatgtatgcca
actagttccatctcttcatcggaagttcctgctgataataccattactagttgtttgaat
gcctcttgcttcaaattctcttctgaaagttcacactatcaggctcataatagcagctca
aagggccatgactgtatagcatccagtagcattgctgttacagaacaatttaaagagcaa
cacagttcttccttccccagttctttatcaaatgcattttcagatgtcaggaaacaaaaa
cacagtgaagaacaggtccagagagctcaaatgagaagcaatgtcccagttttaacagct
ctgagcagtgagtcacggaactccgatgaatcagaaaatacttgtagcaacgactctcag
ggtcatttctctcaagagtcaccatcttctgatataaacagtatatataaggttggtcac
cagatgtctacagtcttcccagcccagaagaaaggaaatctatgtgaatacatccaagat
acgggaatgatgagagcctccatcagcacagaagacagcactaaagatggagtaaaccat
acttggtgcaaagaaactgttcttagtaatgaaactgttagtagcccaattgataattcc
aatacattgtaccaggaacacaaagaaggaggaaatcttaattctttaagtggtaattgt
gaaaaaatcggagttactcataagttacaagtgcccaagtttcccatatcttccacaggg
gataaaaatgaactatatcgtgcagcattggaattagagtgttctcttactccaactata
gagtgtctttcacaaaagtacccgcaacactctttggagcatgaagataatacaaatttt
gccatgactcaagggctaatagaattaaaaacagtacaaaataatcagaactttggtaac
attttgtctgatgccttccaggaagcaaaagatgttcccctggccagtgaaaagctcatt
gatagagttatttcatcagctgccattgacatctctcttgacagttcagtttgcaacata
attggagaatatacatgtgtccggagggaaaatgaaaatggggaagcatcaccatataac
tgtcacaaagaagaagcttctcgtgttaaagatggtgtgcaggatcacagcctatcttat
gatgcagaattgagctgtgatctgaacttgaaaattaatttgcaagaacaaagagatgat
aaaaatccaaatgaggctaaagaacacaatacagataacataaatggaagtgagaaacaa
gattgtcttgcaaatgaccatttcaccaatatagttgaaatgagggaaattaagagtaac
accgaagtagaaattctgaattctgaagaatgtttcacatttaactcatttcggggaaaa
aacggtaaaccagcagaaacagcatcatcagagagtgaagctgtagaacaaaggcatgca
ccaaatgatcaaagaggcctagagcacttggtgtcctcatttccagaaattgaaggctct
tcagtgtgtgtagcctcaaatgctacaaaacaaatagttggcactactgtccttacagta
agcacaagtcttggggatcatcaaaaagatgagttaaaagaaatttgttcctctgagagt
tcagatttgggtttagtaaaacacagcatttctgaatgtgaaattgatactgataaagat
aaattacaagactttcatcagttggtaaatgagaattcagctcttaaaactggattggga
agtgaaattgaggtagatcttgaacatgataatgcttctgtatttcaacaaaatatgcat
agccagggaaatgacctttgtgaagaatttgagttatatgagtctctaaagtctcggatt
gattgggaaggcctatttggaagcagttatgaggaaatagaatcctcaagttttgcaaga
agggagggtactgatcagcatagttctacagaatgtaactgtgtttctttctgttcacaa
gacaaaagagagctccacaacccaatttttcttccagatctacaagttacaattacaaac
ttacttagtctacgaatcagtcccactgatgaatctttagagttgaaagataatttttac
aaacaggtaactgaatctacagaaccagaaacaaataaggaagggaatgcttctggattt
ggcatgtgctcccaaccttctggagaaaattcaagtttttcatgtgcaaataagtttggt
aattcagtgcaagaatcaggagatgtgagcaagtctgagagttcccattcttccaactca
agtcataatacacatgtggatcaaggatctggaaaaccaaacaatgactctttgtctact
gaaccatctaatgtcacagtaatgaatgataagagcaaatgccccacaaaatcaaaacct
gtctttaatgatactagaaataaaaaggacatgcaatcaagaagtagcaaaagaaccctg
catgcatcttcttccaggggtcagaacatagccaataaagacttaagggagcatgaaact
cacgagaagaagagaaggccaacaagccatggctcatctgaccgtttctcttccttatcc
caaggacgaattaaaacattttcgcagtcagagaagcacattaggaatgtactgaatatt
ctaaataatgaagcatctttatgtaaaagcaaacatctgtccaggaaattgaacaaagct
gttcttcacttaaaaaaagcccatagaagagttcatacatctttgcagcttatatctaaa
gtgggacaaaagaggaagggcccattaccaaaagcatatgcagtaatacataataatttc
tgggaaagttgtgatcatcaaggtgatagtttgatgtctgaaagaagatattctaagcat
tttttgtccaaaagaaaatatgacaaacagggagataaaagatttttaagatttgacatt
gaggagtcattgaccccggtatcaaagcacagattatatagaacaaacagagagaggatt
gcagagtgcctttctaatgaagtcatgtctgggcatgtttccagtagtcttaccactttc
catgtgagagaattttgtgatgaagaacagtttccagaaccacagttacctctagcttat
acatctcagagtataagtcagttagaatacactaatagcattgtgggaaatgaaagctct
tctgaacttgaacatttttctgaaacaagtgggaatatgcttgacccaaaagaaacacta
actgaaaaagaatatcagacacatacacagttatgtaatagtgactctgcaaaacttaaa
aaccatacaacacatagtattagggatatagcaaaagaatgtaattctgaggataaaaca
gttctctgtgaaagcaatccagtgtatttaagtttcataaaagaaaacacaagtcatagt
ccagataaaagttatgattcaaattgtaaagccaacactgacatacatatttcagtttta
ggctccaaaaaaaagcacattttaagtgttgatatttatgaacaagataattgtgtatct
gatggtgttaaaagtggagaagcaatttttcctatagaaaagtgtacagttcctatggag
accacatcaagcattcctacggaaaatatagcaagcaaaagttacactattcctccggtc
tcatcaattctagtgacagctggagaggaagaatcttctgtaggggaaaatggactcttc
gatgtaaatgagaatgagatgaatattactatgcattctaaattagatctaacatcagta
actgaagaaagtaaaatttgtaagaaaaatatgaagaacctatcttgcaatgatagttct
atgctattaaaggagaatataacgggtccttcaaaaagatatatggcaaaatacattgag
gaagaaaaaattaggaaaattgagcaagcagtttacaaaaaaattattactgaaggatca
cctattagttttaagtacaaaagtcaaaataagatcctaaaggaaaaatcatttcatgtt
aacaagaaaataattacaaacaacttgactgattctcacctaagcattaaaaattctact
gtagacacaattgctttgaaagacattcctaatcagcttaaagaaagaaaggaagcaggg
caaattaaagttaataacaactctcactctgactgtctctccaagccagccattgtagaa
actaatcataggcctgttttacatgggaaccctaaagttgctactcttcagaaggaatta
aaagaacatcgctcacctaattacacatctcatgtaacagaactgtctcaaattttacag
agagcagatgaagcagcatctcttcagattttagaagaagagactaagctttgtcaaaat
attctccctttatttgttcaagcttttgaaagacagcaagaatgttcaattgaccaaatc
ctgatttcaagaaagctattggtagaacaaaacttgtggaataattgtagacttaaattg
aaaccatgtgctgttgatacttgggtagaacttcagatggcaatggaaactattcaattt
attgaaaacaaaaaaagattcttagaaggtaaaccaacattccgaagcttgctttggtat
gatgagagcttgtacagtgaactgcttcgcaggccacgtggatatcaactgcagtccaat
ttctaccctggttttcaaggacgactaaaatacaatgcattctgtgagttacagaattat
cataatcagttagttgaattcttaacagaaacaaaaaaagaaaataattcatattacgca
ttattaaaatacaaacggcaaattaatgaatgtgaagccataatgaagcactattctgat
tgctttgacttttgtctttctgttccatttgcctgtggagttaactttggagatagttta
ggagacctggaaaccttaagaaaaagcactctgaagctgatcagtgtacctgggggctct
cctaaagtccattcctacccaggaaagaaagatcatttgtggatcattatagaaatagtc
tcctcaaaggttagttttatcaagagcaatgaagaaataagtatcaaaatctgtctttat
ggtctggagcatatatattttgatgctgcaaaaagtcttgtatggaaagaaaaaagctgc
tctttacccaaaaaacattcagaaaagaatagagaaatggaggaaataaatgagagagct
ttttctaagttgaagaagatctatgatgtcttatctaaaggtttaaacaatgaacccact
agtattggacttcaagaagatgctattattgcttccaaacaatccactctaggtagcata
tcaaactgtaggctgaacaaagcttggctttcatatccagatatttcttgtgttggtgag
atactggatcaagctaaatctgcagacctagaggagttacagggcctcactctcagatgt
acagatcacttagaaattttaaaaaaatactttcagatgctgcaagaagataacatagat
aatatttttatcatggaagaaaatgttttggatatgctaagcaaccacaacctgggagca
gtcattttaaagcctgaagctattgagatttatattgaaattgtcatgatctcagaaaca
attcactaccttaaaaatttaatagcaaagaaactgcacaaccagagatttcgaggtatg
ctctggttcgattggtctcttcttcctgagctaattggctgccaagaagaagtggtttcc
ctttctgttggtgacacccaaacacattgcctttggaaactggtagagactgcaatttct
gtccttaagaaagagctggctgttatctatgaatatggtgaagcttctaactgttcctat
gctctacatttattctacagagaacttaaggaacttacaggcgttaaaaggcttctgaat
aactctaagtattcagtttccacgtatattgacttggtgccacatactgcatctgtaaat
tttggaaacactgtggcagaattagaacataactacaagcagttttttctattactcaaa
aatgtaatgtctgtccctcagaaagattttggaaaaatggttcatattataaaagttatg
aagacaattgaacatatgaagctgctaagtgctaaagatactaaattgtccactcatctt
ctctttctccaaatgctgcgcaacaaaaggaatgctttgcaacaaaacagacaagaaaag
atggagacacccgttacagaacctggggaggacagcagtcaacctggggtttctgagcag
acacctccaggtacagagtgcacagtaaaaaacatttcagactcctctaaaaagcgacct
gtgactgcagacacatgtgaagtctctcagggaaaaggaaatacagacactgttcccagt
tggaaaaaacaaaaggttaccatgaaagatgttggaaatatacagacagtatccaaacat
ccaagcactacaggatctcctcccaatgatgaaaacaaaataggatcaaattcctctgac
agtctgaaaagcatctctgcatctccagaagtggtcaaaagacagagctcagtacttggt
tcagtgtcacctgctgaaagtgtacaagacacttgcacaccaaagtcagaaagcaaagta
gagccaacagacagcttacctgattctttagcatctctcactgaacagcaggaaaactca
aatgtcatagagaaaagaaatgggaattctagtgtggctgaaacaaatgataagaaagac
tgtcctttagtaacttgtgaccaaaaggatatagatgcctcttactcacctgaccacaca
cctgcacaggaatcccataaaacccctgtggatcacacacagatctctccttcaaaccta
acagcaggaaatgatgaccctcttgtgcctgatgcatctctgctctcagtgtctgcttcc
cagtcagagaaggacgtttatttgagtggcacagactttcaccatgaaaataataaaata
ctaaatttgtctactgaagattgtacaggcaccagctctccagaacctgtgtgtatcaag
gacaaaatttctgtcctgcaagtagataaaacacagcctataaaaagtgaatcgccaaaa
aaaagtatgactgatgctccaaatcccaatactgcaccatttggctcatatgggaactca
gcccttaatgtgaatggaacagtacagcacactcactctgaacagaattcaaaagtcctg
actcagaaagttggcacatccaggaatatacctccacagtctgcatgttctccagtacat
aactcttctgcacattcatttggaacttcatatccatactactcttggtgtttctatcag
tacagcagcagcaatggcactgctgttactcacacataccaagggatgacagcatatgag
atacaacagcctcctcctccagtgttgactacagttgcaagtactgttcagagcacacat
ttcaatcgttcatactctgaacattttagttactttcctggacagccacaagcaaattcc
tttaacccaggaaacgggtattttccatctcacacgcctgtttcttacaattaccaacaa
ccagtttattcacagtttgcttctcatcaaccagtcccacaggctacatatccttatccg
cctaacccaggtgcgcctcctcaagttccttggacttatgctccatggcaacagaatccg
tttctacgaaggccttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (76)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (69)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (17)   
   RefSeq(nuc) (7)   
   GenBank (5)   
   EMBL (5)   
Protein domain (1)   
   Pfam (1)   
All databases (104)   

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