KEGG   Danio rerio (zebrafish): 30155
Entry
30155             CDS       T01004                                 
Symbol
tenm3
Name
(RefSeq) teneurin-3
  KO
K24473  teneurin
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:dre04990]
    30155 (tenm3)
Domain-containing proteins not elsewhere classified [BR:dre04990]
 EGF-like domain-containing proteins
  Other EGF-like domain-containing proteins
   30155 (tenm3)
SSDB
Motif
Pfam: Ten_N Tox-GHH EGF_2 RHS_repeat NHL CarboxypepD_reg EGF_Tenascin RHS SBBP
Other DBs
NCBI-GeneID: 30155
NCBI-ProteinID: NP_001352472
ZFIN: ZDB-GENE-990714-19
Ensembl: ENSDARG00000005479
Position
1:39580128..39777478
AA seq 2716 aa
MDVKERRPYCSLTKSRREKERRYTGSSGDSEDCRVPTQKSYSSSETLKAFDHDSSRLLYG
GHVKEMVHREADEYSRQGQNFNLRQLGICEPATRRGLAFCAEMGLPHRGYSVGAGSDVDT
ENEGVMSPERAMRLWGRGVKSGRNSCLSSRSNSALTLTDTEHENKSDSENEQPSNQHQQG
QSTLPPVPPPHKQQPSVTALNHNSLSSRRNVSPAPPAALPAELQTTPESVPLQDSWVLGS
NVPLESRHFLFKTGTGTTPLFSTATPGYTMATGAVYSPPTRPLPRNTLSRSAFKFKKSSK
YCSWRCTALSAMAVSILLSVLLCYCIAMHLFGLNWQLQETEGYAFENGQVKSDSTATNAV
TALSTENKVYFQENNTIDTGEVDVGRRAVQDVPPGTFWRTQLFIDQPQSLKFNISVQRGA
LVGVYGRKGLPPTHTQYDFVELLDGSRLIAKEKRGLVEVEGAARKARSVNVHEAEFIRFL
DSGTWHLAFYNDGKNAEQVSYNTIIIDTLTECPHNCHGNGDCRTGTCHCFPGFLGPDCSR
AACPVLCSGNGQYSRGRCLCYSGWKGTECDVPSNQCIDIHCSGHGICIMGTCACNTGYKG
DNCEEVDCLDPSCSSHGVCIHGECHCNPGWGGNNCEILKTMCPDQCSGHGTYQTESGTCT
CDTNWTGPDCSIEVCAVDCGSHGVCIGGSCRCEEGWTGSVCDLKACHPRCTEHGTCKDGK
CECHQGWTGEHCTVAHPETYVQGERIGFKEGCPGLCNSNGRCTLDQNGWHCVCQPGWRGA
GCDVAMETLCADGKDNEGDGLVDCMDPDCCLQSSCQTQPFCRGSPDPIDIISQNQPASPQ
QAAQSFYQQISFLTGPESTHVINGENPFNRSLVSIIRGQVLTADGTPLIGVNVSFVHYPD
HGYTITRQDGMFDILANGGASLTLSFERAPFLTQFRTVWIPWNVFYVMDTLVMKKEENDI
PSCDLSGFIRPSPLIVATPLSTFFRSSPENGPIIPETQVLQEETAIPGSDLNLMYLSSRA
AGYRPVLKVTMTQATIPFNLMKVHLMVAVVGRLFQKWFPAEPNLSYTFIWDKTDAYNQRV
YGLSEAVVSVGFEYESCLDLILWEKRTAILQGYELDASNMGGWTLDKHHVLDVQNGILYK
GNGENVFVSQQPPVISTIMGNGRRRSISCPSCNGQADGNKLLAPVALACGSDGSLFVGDF
NYIRRIFPSGNVTSVMELRNKDFRHSNNPAHRYYLATDPMTGQLYVSDTNSRRIFRPKAL
TGTKELLQNAEVVAGTGEQCLPFDEARCGDGGKATEALLLGPKGIAVDKNGFIYFVDGTM
IRKVDRNGIISTLLGSNDLTSARPLTCDNSMHIGQVRLEWPTDLAINPMDNSIYVLDNNV
VLQITENRQVRIVAGRPMHCQVPGIEYTMGKRAIQTTLEGATAISLSYSGVLYIAETDEK
KINRIRQVSTDGEISHLAGAPSDCDCKNDANCDCYQTGDGYAKDARLNAPSSLVVSPDGT
LYVADLGNIRIRAIRHNRPPQGSSGLFEVASPASQELYVFDSNGTHQYTMSLVTGDYKYN
FSYSNEDDVTAVTDSSGNTLRVRRDPNRMPVRIVAPDNQVIWLTIGTNGGLKTLTAQGQE
LVLFTYHGNSGLLATKSIQIGWTTFYDYDSEGRLTNVTFPTGVITSLIGEMDRALTVDIE
TSGRDDDVSITTNLSSIDSFYTLVQDQLRNSYQVGYDNSMRVIYANGMDSHFQTEPHILA
GASNPTVARRNMTLPGENGQNLVEWRFRKEQNRGKVVVFGRKLRVNGRNLLSVDYDRSLR
TEKIYDDHRKFLLKIVYDASGHPTLWVPSSKLMSVNLTYSSTGQVTSLQRGPTTERVEYD
SQGRIVSRTFADAKIWSYTYLDKSMVLLLHSQRQYIFDYDLQDRLSAITMPSVARHTMQT
IRSVGYYRNIYNPPESNASVTVDYSEDGQLLRVAHLGTGRRVLYKYRRQNKLSEILYDST
RVSFTYDETAGVLKTVNLQSEGFICSIRYRQIGPLVDRQIFRFSEDGMVNARFDYTYDNS
FRVTSMQGVINETPLPIDLYQFDDISGKVEQFGKFGVIYYDINQIISTAVMTYTKHFDVH
GRIKEIQYEIFRSLMYWITIQYDNMGRVTKREIKIGPFANTTKYGYEYDVDGQLQTVYLN
EKMMWRYNYDLNGNLHLLNPGNSARLTPLRYDLRDRITRLGDVQYRMDEDGFLRQRGAEI
FEYNSKGLLVRVHSKASGWTIQYRYDGLGRRLASRNSLGQHLQFFYADLNYPTRITHVYN
HSSSEITSLYYDLQGHLFAMEISSGEEFYIACDNTGTPLAVFSSNGLLLKQVQYTAYGEI
YFDSNPDFQLVIGFHGGLYDPLTRLLHFGERDYDIQAGRWTTPDISTWTRVGKDPAPFNL
YMFRNNNPISKIHEVKEYVTDVNIWLVTFGFHLHNVIPGFPIPKFDLTQPSLEMRKSQLW
DDLPSISGVQQEVMRQAKAFLSFERMPEIQLSRRRSSREKPWLWFATVKSLIGKGVMLAI
TSKGQVATNALNIANEDCIKVATVLNNAFYLEDLHFTVEGRDTHYFIKTSLPESDLGALR
LTSGRKSLENGVNVTVSQSTTVVNGRTRRFADVELQYGALALHVRYGMTLDEEKARVLEQ
ARQRALSSAWAREQQRVRDGEEGVRLWTEGEKRQLLSSGKVLGYDGYYVLSVEQYPELAD
SANNVQFLRQSEIGKR
NT seq 8151 nt   +upstreamnt  +downstreamnt
atggatgtgaaagaacgcaggccctactgctcattgactaagagcaggagagagaaagag
cgccgctacacgggctcatcgggcgacagcgaggactgtcgcgtgcccacccagaagtcc
tacagctccagcgagacgctcaaggccttcgaccacgactcctcacgtctgctttacgga
ggccacgtcaaagagatggtccaccgagaggcagacgagtatagccgccaaggacaaaac
ttcaacctgaggcagctgggaatatgtgaaccagccacacgccgtggcttggccttctgt
gcagagatgggcctcccccaccgcggctactccgttggcgcaggctcagacgtggacact
gagaatgagggggtgatgtcaccggaacgtgccatgcgcctctggggcaggggtgtaaag
tctggccgcaactcctgcttgtccagccgctcgaactcagccctgaccctgactgacacc
gagcatgagaacaaatcagacagtgagaacgagcaaccgtccaatcagcaccagcagggc
cagtccacgctgccaccagtgccgcccccgcacaagcagcagccgtctgtgacggcgctg
aaccacaactctctgagcagccgcaggaacgtgagcccggcccctccggccgccctcccc
gccgaactgcaaaccacacccgagtcagtgccgctgcaggacagctgggtcctgggcagc
aatgtgccgctggagagtaggcactttctctttaagacaggcaccggcaccactcctctg
ttcagcacggccacgccaggctacactatggccacgggggcggtctactcgccccccaca
cggcccctgccccgcaacacactgtcccgcagcgccttcaagttcaagaagtcctcaaag
tactgttcatggaggtgcacagccctcagtgccatggccgtctccatactgctctccgta
ctgctctgttactgcattgccatgcatctctttggactgaattggcagctgcaggagacg
gagggctatgcttttgagaacggccaggtcaaatctgactccacagcaaccaacgcagtt
actgccctgtctactgagaacaaagtctactttcaagagaacaacactatagacacgggc
gaggtggatgtgggccgaagagcagtacaggacgtgcctcctggaactttctggcgcact
cagctcttcattgaccagccgcaatccctcaagttcaacatctctgtccagagaggggca
ctggtgggggtctacggtcggaaaggcctgcctcccacacacactcagtatgactttgtg
gagctgctggatggcagtcgtctgatagcaaaagagaagcgtggactggtggaagtggaa
ggagcagccaggaaggctcgttcagttaatgttcatgaggcagagttcatccgattcctg
gactcgggcacctggcacctcgccttctacaatgacggcaagaacgcagagcaagtctcc
tacaacaccatcatcatagacaccctcaccgagtgtccacacaactgccatggaaacgga
gactgtcgcacgggtacatgccattgtttcccagggttccttgggcctgattgctcgcga
gccgcttgtccagtgctgtgcagtggcaatggccagtactccagggggcgctgtctttgt
tacagtggctggaaggggacagaatgtgacgttcccagcaaccagtgcatcgatattcac
tgcagtggacatggaatctgtatcatgggcacctgcgcctgcaacacaggctataaagga
gacaactgcgaagaagtggactgcctggacccctcttgttcatctcatggagtgtgtatc
cacggagagtgccactgcaatccaggctggggtggcaacaactgtgagatcctgaagact
atgtgtccagaccagtgttcgggacatggaacttaccagacagagagcggcacttgcacc
tgtgacacaaactggactggacccgactgctccatcgaggtgtgtgcagtggactgtggc
tctcacggtgtgtgtataggtggaagctgtcgctgtgaagaaggttggaccggttcagtg
tgcgatctgaaagcgtgtcacccacgctgcactgagcacggcacctgcaaagacggcaaa
tgcgaatgccatcagggttggaccggagaacattgcaccgttgctcacccggagacgtat
gtccaaggagagaggataggatttaaagagggatgcccaggtctgtgcaacagtaatggc
cgctgcacgctggatcagaatggctggcattgtgtctgccaaccaggctggagaggggct
ggctgtgacgttgctatggagacgctctgcgcagatggcaaggacaatgaaggagatggc
ctggtagactgtatggatccagactgttgccttcagagctcgtgtcagactcaacccttc
tgccgtggctctcccgaccccatcgacatcatcagccagaaccaacccgcaagccctcag
caagccgcccagtcattctatcagcaaatcagcttcctcactggcccagagagcacgcat
gtcattaatggagaaaacccctttaacagaagcctggtgtccattataagagggcaggtg
ctcactgcagatggcacacctctgattggagtcaacgtgtcctttgtgcactatccagac
cacggatacaccatcacacgacaggacggcatgtttgacattctggcaaatggtggtgct
tcactgacactcagctttgagcgtgcaccctttctgacgcaattccgaacagtatggatc
ccatggaatgtcttctatgtcatggacacgctggtaatgaagaaagaggaaaacgacatc
cctagctgtgacctgagtggcttcattcgaccaagtcctctcatcgtggccacacccctc
tccacctttttcagatcctcacccgaaaatggtcccatcattccagagacacaggttctt
caggaggagacggcgattcccggtagcgacctgaacctcatgtatttgagttcacgggca
gctggctaccggccagtgctcaaggtgaccatgacccaagccactatcccctttaacctc
atgaaagtgcacctgatggtggctgtggtgggacgtctctttcagaagtggttccctgca
gaacccaacctgtcatacaccttcatctgggacaaaacagacgcatacaaccaaagagtc
tacggcctgtccgaggctgtggtgtctgtgggatttgagtacgagtcttgtttggatctg
atcttgtgggagaaaagaacggccatcctgcaaggttacgaactcgatgcctcaaacatg
ggagggtggacactagacaaacaccatgttttggatgttcagaacggcatcctgtacaaa
ggcaacggtgagaacgtcttcgtctctcagcagcctccagtgatcagcactattatgggg
aatgggcgcaggcgcagtatctcctgccccagctgtaatggtcaggctgatggcaacaaa
ctgctggctccagtggccctggcctgtggatctgatggcagcctgttcgtcggtgacttc
aactacatcagacgcatctttccctcaggaaacgttaccagtgttatggagctgagaaat
aaagatttcagacatagcaataatcctgcacatcgatactacctagcaactgacccaatg
acaggtcaattgtatgtttcggacaccaactcacgacgtatcttcaggcctaaagctctg
acaggcaccaaagagctgctgcagaatgcagaggtagtggcaggaacaggagagcagtgt
ctgccatttgatgaggctcgatgtggggatggaggcaaggctactgaggcattactgctg
ggaccaaaaggcattgcagtggataagaatgggttcatctactttgtggatggtaccatg
ataaggaaagtagaccggaacggcatcatctcaacattgctggggtctaatgacctcaca
tctgctcgcccactgacctgtgataacagcatgcatattggacaggtgcgtttagagtgg
cctacagacctggccatcaaccctatggataactccatctatgtgcttgacaacaatgtt
gtgctacagataacggagaacaggcaggtgcgcattgtggcaggcagacctatgcattgc
caagtgccaggcattgagtacaccatgggaaagcgtgccattcagacaactctagaaggt
gcgacagccatctctctgtcctacagtggagtgctctacatcgcagagacagacgaaaag
aagatcaaccgcatcagacaagtcagcacggatggagagatttctcacttagcaggagct
ccctctgactgcgattgcaagaatgatgctaactgtgactgttaccagacaggcgacggg
tatgccaaagacgcaaggcttaatgctccttcctctctagttgtctctcctgatggaaca
ctctatgtagcagacctaggaaacattcgaattcgtgccatacgtcacaatcgacctcca
caaggttcttccggtctttttgaagttgcatcacctgcctcacaagaactttatgtgttt
gactctaatggaactcaccagtatactatgagcttggtcactggtgattataagtacaac
ttcagctatagcaatgaggacgatgtcaccgctgtaacagacagtagtggaaacacactc
agagtacgccgcgaccctaatcgaatgccagtccgtattgtggctcctgacaaccaggtt
atctggctgacaattggcacaaatggtggacttaagaccctcacagcacagggacaggag
ttggtgctcttcacctaccatggtaacagcggtctactagcaaccaagagcatccaaatt
ggctggaccacattttatgactacgacagtgaaggacgtctgacaaatgtgactttcccc
actggggttatcactagtctgattggagagatggacagagccttaacagtggacattgag
acctcaggacgagacgacgatgtcagcatcaccaccaacctctcctccattgactcgttt
tacacattagttcaagatcaactaagaaacagctaccaggtgggctatgataactctatg
agggtcatctacgccaatggaatggactctcacttccagaccgaacctcacattcttgcg
ggtgcatctaatccgactgtggcccgaagaaacatgactctgcctggagagaatggacag
aacttggtagagtggcgcttcagaaaagaacagaacagagggaaagttgttgtgttcggc
aggaaactcagggtcaatggcagaaatctgctgtctgtggattatgaccgttcattgcgc
acagagaaaatatatgacgaccaccgaaagtttcttctgaagattgtctatgacgcatct
ggccatcctacactgtgggtgcccagcagtaagctgatgtccgtcaacctgacctattcc
agcactggccaggtcacaagtctccagagaggccctacaaccgagagggtagaatatgac
agccagggaagaatagtctccagaaccttcgctgatgccaaaatctggagttacacttat
ttggacaagtctatggtgctgcttttgcacagccagcggcagtacatctttgattatgat
ctccaggaccgactctctgccatcaccatgccaagcgttgcccgtcacaccatgcaaact
atccgctctgttggctactaccgcaacatctacaacccaccagaaagtaatgcatcggtt
acagttgactacagtgaggatggccagctcttgagggtggcacacttaggcactggccgc
cgtgtcctctacaagtaccgcagacagaacaagctgtctgaaatcttatatgacagcaca
cgagtcagcttcacctatgatgagacagcaggtgtgctgaaaactgtcaacctgcagagt
gagggtttcatttgctcaatcagatatcgacaaataggaccattggtggaccggcagata
ttccgcttcagcgaggatggaatggtcaatgcccgcttcgactacacctatgacaatagc
ttcagagtcaccagcatgcagggagttataaacgaaaccccactccctatcgacctttat
caatttgatgacatttctggcaaggtagagcagtttggaaaattcggtgtcatctattac
gacataaaccagatcatatcaacagctgtaatgacatatacaaagcactttgatgttcat
ggccgcatcaaggagatccagtatgagatctttcgctccctcatgtactggatcaccatc
cagtatgacaacatgggccgtgtcaccaaaagggaaattaagattggtccgtttgcaaac
accaccaaatatggctatgagtatgatgtcgacgggcaactgcagacagtctacctgaat
gagaaaatgatgtggcggtataattatgacttgaatggcaacttacatctactgaaccct
ggcaacagtgcaagacttactccccttcgatatgacctaagggaccgcatcacacggctg
ggcgatgtgcagtatcgtatggatgaagatggctttctgcgccaaagaggtgcagaaatc
tttgagtacaattccaagggtctcttggttcgggtacatagtaaagccagtggctggacc
atccagtaccgctatgatgggctaggaagacgcctggcctctcgtaatagtctgggccag
caccttcagttcttttatgcggacctcaactacccgacgcggatcacccatgtgtacaat
cactccagctctgaaattacctcgctatactatgacctacaaggccatctgtttgccatg
gagatcagcagtggtgaggagttttacatcgcttgcgacaacacaggaacaccactcgca
gtcttcagcagcaacgggcttctcctcaagcaggtgcaatatactgcttatggggagatc
tactttgactcaaatcctgacttccaattggttatcgggttccatggcggtctatatgac
cctttaacaagattgctgcactttggagagcgggactatgacattcaagcaggtcgttgg
accaccccagatattagtacctggacaagggtgggaaaggacccagcacccttcaacttg
tacatgtttcgaaataacaatcccataagcaagattcatgaggtcaaggagtatgtcaca
gatgtcaacatctggctggtgacatttggatttcatctgcataatgtcatccctggattt
cccatccctaagtttgacctcacccaaccctcactagaaatgaggaagagtcagctatgg
gatgacctaccgtccatttcaggggtgcagcaggaggtaatgagacaggccaaggctttc
ctgtcatttgagaggatgcctgagatccagttaagccgacgacgatcaagcagagaaaaa
ccttggctgtggtttgccacagtcaaatccctaattggtaaaggtgtgatgcttgccatt
accagtaagggccaggtggccaccaacgcactgaacatagcaaatgaggactgcattaaa
gtggccaccgtcctcaacaatgccttctatctagaagatctgcacttcacagtggaaggt
cgtgacacacactacttcataaagaccagcctgcctgaaagtgacctgggtgctctgcga
ctcacaagtggccgcaagagtctagagaacggtgtcaatgtaacagtgtcacagtctacc
accgtagtcaatgggcggacacgtcgttttgcagatgtggagttgcaatatggcgcattg
gctctgcatgtgcgctatggcatgacactggatgaggagaaagcacgtgtcttagaacag
gcccgtcagagagcactgtcaagtgcatgggcacgggagcaacagcgtgtgcgtgacggg
gaggagggagtgcgtctatggacagagggggagaagaggcagttgctcagctctgggaag
gtgctgggttacgatggttactatgtactatcagtggagcaataccctgaactggccgac
agtgccaacaatgtccagttcctgaggcagagtgagatagggaagaggtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (75)   
   KEGG ORTHOLOGY (1)   
   RefGene (69)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (9)   
   RefSeq(nuc) (3)   
   GenBank (3)   
   EMBL (3)   
Protein domain (9)   
   Pfam (9)   
All databases (99)   

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