KEGG   Tetraodon nigroviridis (spotted green pufferfish): GSTEN00020055G001
Entry
GSTEN00020055G001 CDS       T04346                                 
Name
(GenBank) unnamed protein product
  KO
K06252  tenascin
Organism
tng  Tetraodon nigroviridis (spotted green pufferfish)
Pathway
tng04510  Focal adhesion
tng04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:tng00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    GSTEN00020055G001
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    GSTEN00020055G001
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:tng00536]
    GSTEN00020055G001
Glycosaminoglycan binding proteins [BR:tng00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   GSTEN00020055G001
SSDB
Motif
Pfam: EGF_TEN fn3 Fibrinogen_C EGF_Teneurin EGF_2 EGF_Tenascin Pur_ac_phosph_N Fn3_Dep-1_2nd fn3_2 FN3_Tor_3rd DUF4249 EGF
Other DBs
NCBI-ProteinID: CAG01316
UniProt: Q4SDG6
Position
undetermined
AA seq 1924 aa
MGTKTILLVCLSVSLLFQLSAAGLVRKIIRHRRETLMPKKSQENLTLPHPDQPVVFNHVY
NINVPSTSLCSVDLDLPGEPEVKHKTPLRGVQNMEHIEHTEDGDNQIVFTHRITIPKQAC
SCENQLLDVKSILNRLEMLELELSSLREQCSGGAGCCGAQVAGEISTKPYCNGRGNWSSD
TCSCLCEVGWKGQNCSEPDCPGDCQDQGRCLNGRCECFEGFGGDDCSAELCLLDCGDYGH
CVSGVCLCEEGFSGQDCSQTNCLNSCLGRGRCLEDECVCDEPWTGLDCSELICPNDCYDR
GRCLNGTCECEQGYAGEDCGDLSCPGLCSNRGVCLNGQCVCQSGYSGDDCSKLTCPKNCN
EKGHCFNGKCICDPGREGEDCSVLSCPDNCNDRGQCVDGACVCDAGYQGEDCGALSCPNN
CLDRGNCVNGQCVCDKGYSGEDCSVKTCPKKCMERGDCVDGKCMCFPGFKGKDCGEMTCP
GDCSNQGRCESGKCVCHKGYTGEDCSLKTCPKNCHDRGYCIDGNCVCYEGFTGPDCSTLA
CPSDCQNQGHCKNGVCVCEEGFIGEDCSQVSPPKDLTVVEVTPETVDLSWDNEMRVSEYL
VKYVPTAPGGLELDMQVPGDQKKATILELEPGVEYLIRVYAVLNNKKSIPVDARVALDLP
KPDGLKFKSVRDTSVEVEWDPLDIPFDGWNLIFRNTKEEDGEILNSLGQPETTFEQSGLG
PGQEYEVKLEVVKNNKRGPPASKSVITMIDSPNQVDIRDVTDTTALLTWLPPVAEVEEVS
ISYGPSSNPADRNVVELPSTESQYHLGGLDPDTHYQVSLTAHKGDWSSKPVHESFLTGRT
EPTNPPWCSLAHLISTCFDLLELDAPKNLKTAEITDESITLEWENSRAQVDNYRIKYGPL
SGGEHRELLFTPGAKDHTHAKITGLRASTEYGMGVTAVKDERESLPTTTNAVTALDSPKD
LTVTKVTETTMLLEWRHPQAKLDSYRLVYVSADGHRREEVLPGDLKSYSLVDLSPGTLYT
ISISAERGSRTSAPNTVSAFTEEEKPLVTSFTISDVSWDSLQLSWEAPDGAFQAFLVKVT
DAETGSEVQNHSVVAGARSFAISDLSATTWYRVSLYGLHRGALLGPVTADTITEAEPEIQ
ALLVSAVTPGSFRLTWTAEEDALDTFVIMVSPADDPGHPTELVLASEQRSVAVTNLTEDT
QYKIQMFGLRFGRRTKSVQESVRTDLAPPKGIRFSDVTDTSTTVHWGAPRVRVDSYQITY
VPAHGGSAKTLTVDGSKSQTVLPNLTPGVTYEVTIVAVKGSRESLPASDSITTGRTVTTV
VIIIIIIIIIIIIIIIIISNINTHRTLYYQINMCVCMCVAALDKPRGLVAVNITDTGALL
LWQPAIATIDGYVITYSADAGISSICLSANPSIHPSTHPSVCLCLFVYHHPPIHPSIYNQ
SIHPFVHPSIHLSIHPSILPSVHSSVCPPICPSVHPSICPSIHLSILPSLHPPVSLPGLL
PVDPVMERVSGNVMEFQMSSLVPATRYTVKVFAARDLAKSAATSTEFTTDVDTPTHLAAS
SIQTESAMLTWKAPRASITGYILSFEAVDGTVREVVLSPTAVSYNMAQLSASTEYSVRLQ
AIAGPKRSRVVAAVFTTTGVQYRHPRDCSQVLLNGDGASGPYTIFLGGDENQPLQVYCDM
STDGGGWIVFLRRQSGKLDFFRNWKNYTSGFGDMNDEFWLGNDECADHEVHPVARYRGPP
KRGRKNRLRFPCVTPPLSSTGLSNLNKITAAAQYELRVDLRDKGETAFAQYDRFSVSEPR
SRYKVHVGGYSGTAGEKKKASMSGAICSPVVSAGDSMTYHHGRPFSTYDHDNDIAVTNCA
LSYKGAFWYKNCHRVNLMGRYGDNSHSKGVNWFHWKGHEHSIEFAEMKLRPSNFRNLEGR
RKRS
NT seq 5775 nt   +upstreamnt  +downstreamnt
atgggcacaaaaacgatcctcttggtttgtctgtccgtgagcctcctcttccagctctcc
gctgcaggcctggtcagaaagataatccgtcaccgcagagaaactctgatgcccaaaaag
tcccaggagaacctcacgctgccccatccagaccagccggtggtctttaaccacgtctat
aacatcaacgtcccctccacctccctctgctccgtggaccttgatttgccaggagagccg
gaggtcaaacacaagacaccgctgagaggagtgcagaacatggagcacatagagcacact
gaagacggcgacaaccagattgtgtttacacaccgcatcactatcccgaagcaggcgtgc
agctgtgagaaccagctgctggacgttaaatccatcctgaataggctggagatgctggag
ttggagttgtcgagtctgagggagcagtgcagcggtggggctggctgctgcggagctcag
gttgcaggtgaaatttccaccaaaccctactgtaacggccgtggcaactggagcagcgac
acgtgcagctgcctctgcgaggtgggatggaaaggccagaactgcagcgagcccgactgt
cccggcgactgccaggaccagggccgctgcctgaacggcagatgcgaatgcttcgagggt
ttcggcggagacgactgcagcgccgagctctgcctgctggactgcggcgactacggccac
tgcgtcagcggcgtgtgcctgtgtgaggagggcttcagcgggcaggactgcagccagacc
aactgcctcaacagctgcctgggccgcgggcgctgcctggaggacgagtgcgtctgcgat
gagccctggactggactggactgctctgaactcatctgtccaaacgactgctacgaccgc
ggacgctgccttaacggcacctgtgagtgcgagcagggctacgccggggaggactgtggg
gatttatcctgtcctggtctttgtagcaaccgcggcgtgtgcctaaatggccagtgtgtg
tgccagagcggctacagcggagacgactgctccaagctgacctgtccaaagaactgcaac
gagaaaggccattgcttcaacgggaagtgtatctgcgatccgggacgcgaaggggaggat
tgctccgtcctctcttgccctgacaactgcaacgaccggggtcagtgcgtggatggagca
tgcgtgtgtgatgctggctatcagggcgaggactgcggtgctctttcctgtcccaacaac
tgtctggaccgtggaaactgtgttaacggacagtgcgtctgtgacaaaggctacagtggg
gaggactgcagtgtcaagacctgtccaaagaagtgcatggaacgtggtgattgcgtggac
ggcaagtgcatgtgctttcccggttttaagggcaaggactgcggtgagatgacctgtcct
ggagactgcagcaaccagggccgctgtgaaagtggaaaatgtgtttgccacaaaggttac
acaggcgaagactgcagtctgaagacgtgtcccaaaaactgtcatgacagaggctactgc
attgatggcaactgtgtgtgttatgaaggcttcactgggccagactgctccaccctggct
tgtcccagtgactgccagaaccagggacactgcaaaaatggagtatgtgtctgtgaagag
ggcttcattggagaggactgctcacaggtatcgccgcccaaggacctcacggtcgtggag
gtgacaccagagacagtggacctgtcctgggacaatgagatgcgtgtttcagagtacctg
gtcaagtatgtgcccactgctcctggaggcctggagctggacatgcaggtccctggggac
cagaagaaggccaccattctagagcttgaacctggagtggagtacctgatcagggtctac
gctgtgctcaacaacaagaagagcattcctgtggacgctagagtagctctggatttacca
aagcctgatgggctcaaattcaagtccgtgcgggacacctcggtagaggtcgagtgggac
cctttggacattccctttgatggctggaacctcatctttagaaacacgaaagaagaggat
ggcgagattctgaactcgcttggccagcccgagaccacctttgagcagtcgggcctgggc
cctggccaggagtacgaggtcaagctggaggtggtgaagaacaacaagcgtggaccacct
gcctccaagagcgtcatcacaatgatcgattccccaaaccaggtagacatccgagatgtg
acggacaccacagcgctgctcacctggttgccgcccgtggcagaggtggaggaggttagc
atttcctacggacccagctccaaccctgcagaccgcaacgtggtggagctgccatctacg
gaaagccagtaccacctggggggcctcgaccctgacacccactaccaagtttctctgaca
gcccacaagggggactggagcagcaaacccgtccacgagtctttcctgacaggtagaact
gaacccaccaacccaccttggtgctcattagctcacctcatatcaacctgttttgatctt
ctagaactggatgctccgaaaaacctgaagacggctgaaataacagacgagagcatcact
ctggagtgggagaacagtcgcgctcaggttgacaactatcgcatcaagtatggacccctg
tctggaggcgagcacagggagctactcttcacccctggagccaaagaccacactcacgcc
aaaatcactggcctgagagccagcacagagtatgggatgggtgtaacagcggtgaaagat
gagcgggagagtttgccaacaaccaccaacgcagtgaccgcactggattctccaaaggac
ctaaccgttaccaaggtgacagagaccaccatgttgctggagtggagacacccgcaggct
aaactggactcttacaggctggtttacgtatctgctgatggccacagaagggaggaagtg
ctgccgggtgatctaaagtcctacagcctggtggaccttagccccggcacgctttacacc
ataagcatcagtgcagagcgcggcagcaggaccagcgcccccaacaccgtctcagcattc
acagaggaggagaagccgctggtgaccagtttcaccatcagcgacgtgtcctgggacagc
ctccagttgtcttgggaggccccggacggggctttccaggccttcctggtcaaggtgaca
gatgcagagactggttccgaggtgcagaaccactcggtggttgctggcgctcggagcttc
gccatctctgacctctctgctaccacctggtacagagtcagcctgtacgggctccacagg
ggggcgctcctagggccagtgacggctgacaccatcacagaggctgagccagagatccag
gccctcctggtctcggcagtcacccctgggagctttcggctgacgtggacggctgaggag
gacgctttggacacctttgtgatcatggtcagcccggcggatgacccgggtcatcccaca
gagctggtgctggccagcgagcagcgaagcgtagccgttacaaacctgacagaggacacg
cagtacaaaatccaaatgtttggcctccgttttggaagaagaaccaaatctgtgcaggaa
agtgtcagaacagatctggcccctccgaaagggatccgcttctctgacgtgactgacacg
tccaccaccgttcactggggggctccaagagtgcgagtggacagctatcagatcacctac
gtccctgcccatggaggaagtgcaaagacactgacagtggacggttccaagtctcagact
gtgctgcccaacctgacccctggggtcacctatgaggtcaccatcgttgccgtcaaaggg
tcaagagagagtctgccagcgtccgacagcatcaccacaggcaggactgttaccactgtt
gttatcatcatcattattattattattattattattattattattattattatctccaat
ataaatacacaccgtacactgtattatcaaataaatatgtgtgtgtgcatgtgtgttgca
gctctggataaacctcgtgggctggttgccgtcaacatcaccgacactggggctctgttg
ctctggcaaccagccatcgctacgatagacggttacgtcatcacgtacagcgcagacgca
ggtatttcctccatctgtctgtctgccaatccatccattcatccatccacccatccatct
gtctgtctgtgtctgtttgtctaccaccatccacctatccatccatccatttataatcaa
tccatccatccatttgtccatccatctatacatctatctattcacccgtccatccttccg
tctgtccattcatctgtctgtccacccatctgtccttccgtccatccatccatctgtcca
tctatccatctgtccatccttccatccctccatccacccgtctctctgcctgggctgctt
ccagtggaccctgtgatggagcgagtttctgggaacgtgatggagttccagatgtcctct
ctggttcctgccacccggtacacagtcaaggtgtttgcagccagagacttggccaagagc
gcagccaccagcacggagttcacaaccgacgtggacactcccactcatttagcagccagt
agcatccaaacggagagcgccatgctaacctggaaggccccacgcgctagcatcaccggc
tacatcctcagcttcgaggcggttgatggcacagtccgcgaagtggtcctgagccccacc
gctgtgtcctacaacatggctcagctaagcgcttccacagagtactcggtcaggctgcag
gccatcgctggtcccaagaggagtagggtggttgcagccgtcttcaccaccactggtgtg
cagtaccgacaccccagagactgctcccaggttctgctgaacggtgacggtgcttcgggc
ccgtacaccatcttcctgggtggggatgagaaccagccgctgcaggtctactgtgacatg
agcaccgacggaggcggatggatcgttttcctcagacgccaaagcgggaagctggatttt
ttccgcaactggaagaattacacgtccggctttggagatatgaacgacgaattctggctg
ggtaatgacgagtgcgcggaccacgaggttcatcctgtggctcgataccgcggcccaccc
aagcgaggtcggaagaatcgtctgcgttttccctgcgtcacgccaccgctgtcgtccaca
ggtctgtccaacctgaataagatcacagccgcggctcagtacgagctcagggtggacctg
agggacaaaggcgagacggccttcgcccagtacgaccgcttctccgtctccgagccgcgg
agccgctacaaagtccacgttggaggttacagcgggacagcaggtgagaagaagaaggcg
tccatgtccggagccatatgttctcctgtggtctctgcaggtgactccatgacctaccac
cacggacgtcccttttccacctacgaccatgacaacgacatcgccgtcaccaactgtgct
ctgtcctacaagggagccttctggtacaaaaactgccatcgcgtcaacctcatggggcga
tatggagacaacagtcacagcaagggcgtaaactggttccactggaaaggtcatgagcat
tccattgagtttgctgagatgaagctgaggccgtccaactttagaaacctggagggaaga
cggaaacgatcctaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (12)   
   Pfam (12)   
All databases (15)   

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