KEGG   Homo sapiens (human): 10178
Entry
10178             CDS       T01001                                 
Symbol
TENM1, ODZ1, ODZ3, TEN-M1, TEN1, TNM, TNM1, ten-1
Name
(RefSeq) teneurin transmembrane protein 1
  KO
K24473  teneurin
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:hsa04990]
    10178 (TENM1)
Domain-containing proteins not elsewhere classified [BR:hsa04990]
 EGF-like domain-containing proteins
  Other EGF-like domain-containing proteins
   10178 (TENM1)
SSDB
Motif
Pfam: Ten_N Tox-GHH EGF_2 RHS_repeat NHL I-EGF_1 SBBP RHS CarboxypepD_reg
Other DBs
NCBI-GeneID: 10178
NCBI-ProteinID: NP_055068
OMIM: 300588
HGNC: 8117
Ensembl: ENSG00000009694
UniProt: Q9UKZ4
Position
X:complement(124375903..125204312)
AA seq 2725 aa
MEQTDCKPYQPLPKVKHEMDLAYTSSSDESEDGRKPRQSYNSRETLHEYNQELRMNYNSQ
SRKRKEVEKSTQEMEFCETSHTLCSGYQTDMHSVSRHGYQLEMGSDVDTETEGAASPDHA
LRMWIRGMKSEHSSCLSSRANSALSLTDTDHERKSDGENGFKFSPVCCDMEAQAGSTQDV
QSSPHNQFTFRPLPPPPPPPHACTCARKPPPAADSLQRRSMTTRSQPSPAAPAPPTSTQD
SVHLHNSWVLNSNIPLETRHFLFKHGSGSSAIFSAASQNYPLTSNTVYSPPPRPLPRSTF
SRPAFTFNKPYRCCNWKCTALSATAITVTLALLLAYVIAVHLFGLTWQLQPVEGELYANG
VSKGNRGTESMDTTYSPIGGKVSDKSEKKVFQKGRAIDTGEVDIGAQVMQTIPPGLFWRF
QITIHHPIYLKFNISLAKDSLLGIYGRRNIPPTHTQFDFVKLMDGKQLVKQDSKGSDDTQ
HSPRNLILTSLQETGFIEYMDQGPWYLAFYNDGKKMEQVFVLTTAIEIMDDCSTNCNGNG
ECISGHCHCFPGFLGPDCARDSCPVLCGGNGEYEKGHCVCRHGWKGPECDVPEEQCIDPT
CFGHGTCIMGVCICVPGYKGEICEEEDCLDPMCSNHGICVKGECHCSTGWGGVNCETPLP
VCQEQCSGHGTFLLDAGVCSCDPKWTGSDCSTELCTMECGSHGVCSRGICQCEEGWVGPT
CEERSCHSHCTEHGQCKDGKCECSPGWEGDHCTIAHYLDAVRDGCPGLCFGNGRCTLDQN
GWHCVCQVGWSGTGCNVVMEMLCGDNLDNDGDGLTDCVDPDCCQQSNCYISPLCQGSPDP
LDLIQQSQTLFSQHTSRLFYDRIKFLIGKDSTHVIPPEVSFDSRRACVIRGQVVAIDGTP
LVGVNVSFLHHSDYGFTISRQDGSFDLVAIGGISVILIFDRSPFLPEKRTLWLPWNQFIV
VEKVTMQRVVSDPPSCDISNFISPNPIVLPSPLTSFGGSCPERGTIVPELQVVQEEIPIP
SSFVRLSYLSSRTPGYKTLLRILLTHSTIPVGMIKVHLTVAVEGRLTQKWFPAAINLVYT
FAWNKTDIYGQKVWGLAEALVSVGYEYETCPDFILWEQRTVVLQGFEMDASNLGGWSLNK
HHILNPQSGIIHKGNGENMFISQQPPVISTIMGNGHQRSVACTNCNGPAHNNKLFAPVAL
ASGPDGSVYVGDFNFVRRIFPSGNSVSILELSTSPAHKYYLAMDPVSESLYLSDTNTRKV
YKLKSLVETKDLSKNFEVVAGTGDQCLPFDQSHCGDGGRASEASLNSPRGITVDRHGFIY
FVDGTMIRKIDENAVITTVIGSNGLTSTQPLSCDSGMDITQVRLEWPTDLAVNPMDNSLY
VLDNNIVLQISENRRVRIIAGRPIHCQVPGIDHFLVSKVAIHSTLESARAISVSHSGLLF
IAETDERKVNRIQQVTTNGEIYIIAGAPTDCDCKIDPNCDCFSGDGGYAKDAKMKAPSSL
AVSPDGTLYVADLGNVRIRTISRNQAHLNDMNIYEIASPADQELYQFTVNGTHLHTLNLI
TRDYVYNFTYNSEGDLGAITSSNGNSVHIRRDAGGMPLWLVVPGGQVYWLTISSNGVLKR
VSAQGYNLALMTYPGNTGLLATKSNENGWTTVYEYDPEGHLTNATFPTGEVSSFHSDLEK
LTKVELDTSNRENVLMSTNLTATSTIYILKQENTQSTYRVNPDGSLRVTFASGMEIGLSS
EPHILAGAVNPTLGKCNISLPGEHNANLIEWRQRKEQNKGNVSAFERRLRAHNRNLLSID
FDHITRTGKIYDDHRKFTLRILYDQTGRPILWSPVSRYNEVNITYSPSGLVTFIQRGTWN
EKMEYDQSGKIISRTWADGKIWSYTYLEKSVMLLLHSQRRYIFEYDQPDCLLSVTMPSMV
RHSLQTMLSVGYYRNIYTPPDSSTSFIQDYSRDGRLLQTLHLGTGRRVLYKYTKQARLSE
VLYDTTQVTLTYEESSGVIKTIHLMHDGFICTIRYRQTGPLIGRQIFRFSEEGLVNARFD
YSYNNFRVTSMQAVINETPLPIDLYRYVDVSGRTEQFGKFSVINYDLNQVITTTVMKHTK
IFSANGQVIEVQYEILKAIAYWMTIQYDNVGRMVICDIRVGVDANITRYFYEYDADGQLQ
TVSVNDKTQWRYSYDLNGNINLLSHGKSARLTPLRYDLRDRITRLGEIQYKMDEDGFLRQ
RGNDIFEYNSNGLLQKAYNKASGWTVQYYYDGLGRRVASKSSLGQHLQFFYADLTNPIRV
THLYNHTSSEITSLYYDLQGHLIAMELSSGEEYYVACDNTGTPLAVFSSRGQVIKEILYT
PYGDIYHDTYPDFQVIIGFHGGLYDFLTKLVHLGQRDYDVVAGRWTTPNHHIWKQLNLLP
KPFNLYSFENNYPVGKIQDVAKYTTDIRSWLELFGFQLHNVLPGFPKPELENLELTYELL
RLQTKTQEWDPGKTILGIQCELQKQLRNFISLDQLPMTPRYNDGRCLEGGKQPRFAAVPS
VFGKGIKFAIKDGIVTADIIGVANEDSRRLAAILNNAHYLENLHFTIEGRDTHYFIKLGS
LEEDLVLIGNTGGRRILENGVNVTVSQMTSVLNGRTRRFADIQLQHGALCFNIRYGTTVE
EEKNHVLEIARQRAVAQAWTKEQRRLQEGEEGIRAWTEGEKQQLLSTGRVQGYDGYFVLS
VEQYLELSDSANNIHFMRQSEIGRR
NT seq 8178 nt   +upstreamnt  +downstreamnt
atggagcaaactgactgcaaaccctaccagcctctaccaaaagtcaagcatgaaatggat
ctagcttacaccagttcttctgatgagagtgaagatggaagaaaaccaagacagtcatac
aactccagggagaccctgcacgagtataaccaggagctgaggatgaattacaatagccag
agtagaaagaggaaagaagtagaaaaatctactcaagagatggaattctgtgaaacctct
cacactctgtgctctggctaccaaacagacatgcacagcgtttctcggcatggctaccag
ctagagatgggatctgatgtggacacagagacagaaggtgctgcctcacctgaccatgca
ctaagaatgtggataaggggaatgaaatcagagcatagttcctgtttgtccagccgggcc
aactctgcattatccttgactgacactgaccatgaaaggaagtctgatggggaaaatggt
ttcaaattctctcctgtttgttgtgacatggaggctcaagctgggtctactcaagatgtg
cagagcagcccacacaaccagttcaccttcagacccctcccaccgccacctccgcctcct
catgcctgcacctgtgccaggaagccaccccctgcagcggactctcttcagaggagatca
atgactacccgcagccagcccagcccagctgctccagctcccccaaccagcacgcaggat
tcagtccatctgcataacagctgggtcctgaacagcaacataccattggagaccaggcat
ttcctgttcaaacatggatctggttcctctgcgatcttcagtgcagccagtcagaactac
cctctgacatccaataccgtgtactcgccccctcccaggcctcttcctcgaagcaccttt
tcccgacctgcctttacctttaacaaaccttacaggtgctgcaactggaagtgcacagca
ttgagcgccactgcaatcacagtgactttggccttgttactagcctatgtgattgcagtg
catttgttcggcctgacttggcagttgcaaccagttgaaggagagctgtatgcaaatgga
gttagcaaagggaacagggggaccgagtccatggacactacttactctccaattggagga
aaagtttctgataaatcagagaaaaaagtgtttcagaagggacgggcgatagacactgga
gaagttgacattggtgcacaggtcatgcagaccattccacctggtttattctggcgtttc
cagattactatccaccatccaatatatctgaagttcaatatttctttagccaaggactct
ctgctgggaatttatggcagaagaaacattccacctacacatactcagtttgattttgta
aaactaatggatggcaaacagctggtcaagcaggactccaagggctctgatgatacacag
cactcccctcggaacctgatcttaacttcgcttcaggagacaggtttcatagagtatatg
gatcaaggaccttggtatctggcgttttacaatgatggaaaaaagatggagcaagtattc
gtgttaactacagcaattgaaataatggatgactgttcaaccaattgcaatggaaatgga
gagtgtatctctggccattgtcattgtttcccaggattccttggacctgactgtgctaga
gattcctgccctgtgctgtgtggtgggaatggagaatacgagaaaggacactgtgtctgc
cggcatggctggaaggggccagagtgtgacgttccggaagaacaatgcattgatccaaca
tgctttggccacggcacctgcatcatgggagtctgcatctgtgtgccaggatacaaagga
gaaatatgcgaggaagaggactgcctagacccaatgtgttccaaccatggcatctgtgta
aaaggagaatgtcactgttctactggctggggaggagttaactgtgaaacaccacttcct
gtatgtcaagagcagtgctcaggacacggaacttttcttctggacgctggagtatgcagc
tgtgatcccaagtggacaggatctgactgctcaacagagctgtgtaccatggagtgtggt
agccatggagtctgctcaagaggaatttgccagtgtgaagaaggctgggtaggaccaaca
tgtgaggaacgctcctgtcattctcattgtactgagcatggccaatgcaaagatggaaaa
tgtgagtgtagccctggatgggagggcgaccactgcacaattgctcactacttagatgct
gtccgagatggctgcccagggctctgctttggaaatggacgatgtaccctggatcaaaat
ggttggcactgtgtgtgtcaggtgggttggagtgggacaggctgcaatgttgtcatggaa
atgctttgtggagataacttggacaatgatggagatggtttaaccgactgtgtggatcct
gactgttgtcaacaaagcaactgttatataagtcctctctgccagggctcaccagatcct
cttgacctcattcagcaaagccaaactctcttctctcagcacacttcaagacttttttat
gatcgaatcaaattcctcattggcaaggacagtactcatgtcattcctcctgaggtgtca
tttgacagcaggcgtgcctgtgtgattcgaggccaagtggtggccatagatggaactcct
ctagtgggagtgaatgtcagtttcttgcaccacagtgattatgggtttaccatcagccgg
caagatggaagctttgacctcgtggccatcggtggcatctctgtcatcttaatcttcgac
cgatcccctttcctgcctgagaagagaacactctggttgccttggaatcagtttattgtg
gtagagaaagtcaccatgcagagagttgtatcagacccgccatcctgcgatatctccaac
tttatcagcccaaaccctattgtgcttccttcaccgctcacatcatttggagggtcctgt
ccagagaggggaactattgttcctgagctgcaggttgtacaggaggaaattcccattccc
tccagctttgtgaggctgagttacctgagcagccgcacccctgggtataaaaccctgcta
cggatccttctgacacattcaacgattcctgtaggcatgataaaagtacacctcacagta
gctgtggaagggcgactcacacagaagtggtttcccgccgcaattaatcttgtctacaca
tttgcttggaacaagaccgacatctatggacagaaggtttggggcctggcagaggctttg
gtatctgtgggatatgaatatgaaacgtgccctgactttattctctgggagcaaaggaca
gtcgttttacaaggttttgagatggatgcttctaacctaggaggctggtctttgaataag
catcacattttgaatcctcaaagtggaatcatacataaagggaatggagaaaatatgttc
atttcccagcagcccccagtcatatcaaccataatgggtaatggacaccaaaggagtgta
gcctgcaccaactgcaatggcccagcccacaacaacaaactctttgctcctgtcgcctta
gcttctggccctgatggcagtgtgtatgttggcgacttcaattttgtaaggagaatattt
ccctcgggaaactccgttagtattttggaattaagcacaagtcctgctcacaaatactat
ctggctatggaccctgtgtctgaatcactctatctatcagacaccaatactcgcaaagtc
tacaagttgaaatctcttgtggagacgaaagatctgtccaagaattttgaagtggtggca
ggaactggtgatcagtgccttccctttgaccagagtcattgtggagatggtgggagagca
tcggaagcttcactgaatagccctcgaggcatcacagttgataggcatggatttatttac
tttgtggatgggactatgattcgcaaaattgatgagaatgctgtgatcacaactgtaatc
ggctcaaatggtctgacttccacacaaccactgagctgtgactcaggaatggacatcact
caggtgcgattagagtggccaacagaccttgcagtaaatcctatggacaattcattgtat
gtcttggataacaacattgtgctgcaaatttctgagaacaggcgtgttcggatcatcgca
ggacgccccattcactgccaggtgccaggcatcgatcatttcctggtcagcaaggtagca
attcactccactctagagtcagcgagggccatcagtgtctcccacagcgggctgctcttc
atagctgaaacagacgagaggaaagtaaaccgcattcagcaagtaaccaccaatggggag
atctacatcatcgctggtgcccccactgactgtgactgcaaaattgatccaaactgtgac
tgtttttcaggtgatggtggctatgccaaagatgcaaagatgaaagccccttcctcctta
gcagtgtcgcctgatggaaccctctatgtggcagacctcggaaatgttcgaattcgtacc
atcagcaggaaccaagcccacctgaatgacatgaacatttatgagattgcttcacccgct
gatcaggaactgtaccagttcactgtaaatggaacccacctacacaccctgaacttgata
acaagggactatgtttataacttcacctacaattctgaaggtgacttgggcgcgattacc
agcagcaatggcaattcagtgcacattcgccgtgatgcaggcggaatgccgctatggctt
gtggtgcctggcggacaagtatactggctgactataagcagcaatggagtcctgaaaaga
gtgtcagcccaaggctataatctggccttaatgacctatccaggaaacacagggcttctg
gctaccaaaagtaacgaaaatggatggacaaccgtttatgagtatgaccccgagggacac
ctgaccaatgcaacgtttcccactggagaggtcagcagcttccacagtgacctggagaag
ctgacaaaagtggagctagatacttccaaccgtgaaaatgtcctcatgtcaaccaacttg
acggcaactagtaccatatatattttaaaacaagaaaatactcaaagtacctatcgggtg
aatccagatggttccctgcgtgtcacttttgccagcgggatggagatcggcctcagctca
gagccccacatcctggcaggggcagtcaaccctaccctgggcaaatgcaacatctcattg
cccggagagcacaatgcaaacctcatcgagtggcggcagaggaaggagcaaaacaaaggc
aatgtttcggcttttgaaaggaggctgagggcccacaacagaaacctactctccatagat
tttgatcatataacccgcacaggaaagatctatgatgaccatcgaaaattcacccttcga
attctttatgaccagactgggcgacccattctgtggtctcctgtaagcagatataatgaa
gtgaacatcacatattcaccttcgggattggtgacgtttattcaaagaggaacgtggaat
gaaaaaatggaatatgaccagagtgggaaaattatttcaagaacttgggctgatgggaaa
atttggagctatacctacttagaaaaatctgtgatgcttctcctacacagccagcggcgt
tacatctttgagtatgaccaaccagattgtctgctctcagtcaccatgcctagcatggtg
cgtcacagcttacaaaccatgctttcagtgggctactaccggaacatctacaccccaccg
gacagtagcacttcttttatccaagactatagtcgagatggccgattgctacagaccctg
catctggggacagggcgcagagtcttatacaagtacaccaagcaagcaaggctttctgag
gttctctatgataccactcaggtcacattaacatatgaagagtcttctggagtgattaag
acaatacacctgatgcatgacggattcatctgcacaatcagatacaggcaaacaggacct
cttattggacgccagattttcagattcagtgaagaaggccttgtgaatgcacggttcgac
tacagctacaacaatttccgagtcacaagcatgcaagctgtaatcaatgaaacccctttg
cctatagatctttaccgatatgttgatgtctctggcagaacagagcagtttggaaaattc
agtgtaattaattacgatttaaatcaggtcataactactacagtgatgaaacacaccaaa
atcttcagtgccaatggacaagtcattgaagtccaatatgaaatcctaaaggcaattgcc
tactggatgaccattcaatatgataatgtgggccgcatggtaatatgtgacataagggta
ggagtagatgccaatataacaaggtacttctatgaatacgatgctgatgggcaacttcag
actgtttctgtaaatgacaaaacccagtggcgttatagttacgatctgaatggaaacatc
aacctcttaagccatgggaagagtgctcgtcttactcctctccgatatgacctccgagac
cgcatcaccagattaggagaaattcagtataaaatggatgaagatggctttctgaggcag
aggggaaatgatatttttgaatataattctaatggcctgctgcagaaagcctacaataag
gcttctggctggactgtgcagtattactatgatgggcttgggcgacgtgtcgcgagtaag
tccagcctagggcagcaccttcagttcttttatgcagaccttaccaaccccataagagtt
actcatttgtacaaccacacaagctcggagattacatctctgtattatgatctccaaggt
caccttattgccatggagttaagcagtggtgaagaatattatgtagcctgtgataataca
ggtaccccactagctgtgttcagcagccgaggtcaggtcataaaggagatactatacaca
ccttatggcgatatctatcatgacacttaccctgactttcaggtcattattggttttcat
ggaggactctatgatttccttactaaattagtgcacctggggcaaagggattatgatgtt
gttgctggcagatggacaacgcctaatcatcacatatggaaacagttgaacctccttcct
aaaccattcaacctctactcctttgaaaataactacccagttggcaaaattcaagatgtt
gcaaagtataccacagacatcagaagttggttggagctatttggtttccaattacacaat
gtactacctggatttcccaaacctgaattagaaaatttagaattaacttacgagcttcta
cggcttcagacaaaaactcaagagtgggatcctggaaagactatcctgggcattcagtgt
gaactccagaaacagctcaggaatttcatttccttggaccaactacctatgactccccga
tacaatgatggacggtgccttgaaggagggaagcaaccaaggtttgctgctgtcccttct
gtttttgggaaaggtataaaatttgccatcaaggatggcatagtaacagctgatattata
ggagtagccaatgaagatagcaggcggcttgctgccattctcaataatgcccattacctg
gaaaacctacattttaccatagaggggagggacactcactacttcattaagcttgggtct
ctggaggaagacctggtgctcatcggtaacactggggggaggcggattctggagaatggt
gtcaatgtcactgtgtcccagatgacttctgtgttgaatgggaggactagacggtttgca
gatattcagctccagcatggagccctgtgcttcaacatccggtatgggacaactgtcgaa
gaggaaaagaatcacgtgttggagattgccagacagcgcgcagtggcccaggcctggact
aaggaacaaagaaggctgcaagagggggaagaggggattagggcatggacagaaggggaa
aagcagcagcttttgagcactgggcgggtacaaggttacgatgggtattttgttttgtct
gttgagcagtatttagaactttctgacagtgccaataatattcactttatgagacagagc
gaaataggcaggaggtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (33)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (31)   
DNA sequence (61)   
   RefSeq(nuc) (31)   
   GenBank (15)   
   EMBL (15)   
Protein domain (9)   
   Pfam (9)   
All databases (137)   

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