KEGG   Sinocyclocheilus grahami (golden-line barbel): 107560216
Entry
107560216         CDS       T04918                                 
Name
(RefSeq) tenascin-like
  KO
K06252  tenascin
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh04510  Focal adhesion
sgh04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107560216
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107560216
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:sgh00536]
    107560216
Glycosaminoglycan binding proteins [BR:sgh00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   107560216
SSDB
Motif
Pfam: fn3 EGF_Tenascin EGF_2 Fibrinogen_C EGF Pur_ac_phosph_N hEGF NDNF fn3_2 Glyco_hydro_66 Big_5
Other DBs
NCBI-GeneID: 107560216
NCBI-ProteinID: XP_016099818
Position
Unknown
AA seq 1841 aa
MGVRGLLLACVAVALLVHLSSAGLVKRVIRHRRESLSPTTENLTLPSPDQPVVFNHVYNI
NVPSGSLCSVDLDSPGTTPVKPKPANLQSDQHIEHTMDGENQIVFTHRINIPKQACGCDN
HMPDLKDLLNRLEMLEAEVSSLREQCTSGTGCCSAQVTAGEVTTKPYCSGRGNYSTETCS
CVCEPGWKGVNCSEPECPNFCQDQGRCEDGKCICFEGFGGEDCSIELCPVDCSENGECID
GACICAEGFIGEDCSLTNCLNNCLGRGRCVDDECVCDEPWTGFDCSELICPNDCYDRGRC
DNGTCYCEEGFTGEDCGELTCPKNCNHRGRCVNGQCVCNIGYSGDDCSKLTCLNNCNQRG
HCFNGKCICDPGFEGEDCNILSCPDNCNDRGQCVNGECICDDGYEGDDCSELSCPNNCHD
RGRCVNGKCICKVGFAGEDCSIKTCPHDCHGRGECVDGKCICHDGFAGEHCGIKTCPHHC
HGHGQCVDGKCICHHGFAGEDCSIKTCPSHCHGHGQCVDGKCICHDGFAGEDCSIKTCPN
DCHERGKCVDGKCVCHDGFAGEDCSIKTCPNDCHERGKCVDGKCVCHDGFAGEDCSIKTC
PNDCHERGKCVDGKCVCHDGFAGEDCSIKTCPNDCHERGKCVDGKCVCHDGFAGEDCSIK
TCPNRCHGHGQCVDGKCVCNEGFAGEDCSIKTCPNDCNERGQCVDGKCVCHAGFTGHDCS
ELTCPNDCYNRGLCVNGQCVCNSGFTGEDCGTKTCPNNCLDRGYCEDGKCVCSEGYTGED
CSVLTCPANCNDQGLCLNGMCICDLGFTGDDCSEISPPRDLTVTEVDPETVDVAWVNEML
VTEYLINYVPTAPGGLEMEMRVSGEKKTATIRELEPGIEYLISVFAVLNSKMSVPVSARI
ATHLPEPEGLKFKSVRETSVEVKWDPLNIPFDGWNLIFRNTKEEDGEILNSLTAPETTFE
QSGLGPGQEYEVKLEVLKNNTRGPPASKNIVTMQAVEQTDESITLEWKNSISDVLNYRVK
YGPLSGGEHGELVFPSGPQDTTQAKITGLRPGTEYGMGVTSIKEERESLPATTNAVTDID
APKDLEVSETTETTLALVWRRPVAKIDTYVLVFTSADGTETELEVPGAANTYILTDLNPG
MLYTISLTAKRGRKMSAPATLSASIDEEKPQVGNITISDVSWDSFSVSWELDRGEVEGFL
VDVSDPDGLSDGQNHTLSSQEFSLAVIDLSPSTFYRVTLYGLYKGELLDPVFAEAITEAE
PEVEHLSVSDITPHSFKLTWTAPEGIFDTFTLKVGDSNGLGQPLHISVSGDKRTEAVTGL
NEDTEYEIELFGIILGRKFQPLLAVARTGLGKPKEIRFSDVTDTSATVHWTLPRTHVDSY
RVSYVPIQGGSPMTLRVDGGESQAMLPNLTPGVTYQVTVIAVKGLEESEPGSDRVTTALD
KPRGLTAVNITDTEALLLWQPSIATVDGYVITYSADSVAPVMERVSGNTVEFEMSSLTPA
TLYTVKVYAVREAAKSAATTTEFTTDVDAPQNLAASNIQTESAMLTWKPPRADISGYILS
FESADGIVKEVVLSPTATFYSMPQLTSSTEYTVRLQAIAGPKRSRIISTVFTTIGVLYKH
PKDCSQTLLNGETTSGLYTIYLRGDENQPLQVNCDMTTDGGGWIVFVRRQSGKVEFFRNW
KNYTAGFGDLNDEFWLGLSNLHKITSSGQYELRVDLRDKGESAYAQYDKFSVSEPRSRYK
VHVGGYSGTAGDSMTYHHGRPFSTYDNDHDIAVTNCALSYKGAFWYKNCHRVNIMGRYGD
NSHSKGVNWFHWKGHEHSVEFAEMKIRPTNFRNFEGRRKRS
NT seq 5526 nt   +upstreamnt  +downstreamnt
atgggggtgcgaggcctgctactggcctgtgtggcagtagccttgttagttcatctctct
agtgctggcctggtgaaaagagtaattagacacagaagagaatcactgtcaccgaccact
gagaacttgaccctcccaagtcctgatcagcctgtggtttttaaccatgtatacaacatc
aacgttccctctggatccctgtgctctgtggacttggattcacctggaacaacaccagtg
aagccaaaaccggccaatctgcagtctgaccaacacatagaacacaccatggatggagag
aatcagattgtttttacacataggattaatattcctaagcaagcttgcggttgtgataac
cacatgcctgacctgaaggatcttctgaacaggctggaaatgctggaggcagaggtatcc
agtctaagagagcagtgcaccagtggaacaggctgctgtagtgctcaggttacagcaggt
gaagtcacaaccaaaccctactgcagtggccgtggaaactacagcactgagacctgcagc
tgtgtgtgtgagcccggttggaagggcgtcaactgctccgagccagaatgtcccaacttt
tgccaggatcaaggccgctgtgaagatggcaagtgcatctgcttcgagggcttcggcggt
gaggactgcagcatcgagctgtgccctgtggattgcagtgagaatggagagtgcatcgac
ggggcttgcatctgtgctgagggcttcatcggtgaggactgcagtttgactaactgccta
aacaactgcctcggcagggggcgctgtgtggatgacgaatgtgtatgtgacgagccttgg
acgggctttgactgctccgagctcatctgtcccaacgactgctatgaccgtggccgctgt
gacaatggaacctgctattgtgaagagggctttactggggaggactgtggggagcttacc
tgccccaaaaactgcaatcaccgtggcaggtgcgtcaatggacaatgcgtctgcaacatt
ggctacagcggagacgactgctccaagctaacctgcctcaataactgcaatcagagaggg
cactgcttcaatgggaagtgcatatgtgatcctgggtttgagggtgaggactgcaacatt
ctttcctgccctgacaactgcaatgacaggggacagtgcgtcaacggggagtgtatttgt
gatgatggatatgaaggtgacgactgctctgagctttcctgccccaataactgccacgat
cgtggccgatgcgtcaacgggaagtgcatttgcaaagttggctttgctggagaagactgc
agcatcaagacctgtccccatgactgccatggacgcggagagtgtgtggacggcaaatgc
atttgccatgatggctttgctggagaacactgtggcatcaagacctgtccccatcactgc
catggacatgggcagtgtgtggacggcaagtgcatttgccaccatggctttgctggagaa
gattgcagcatcaaaacctgtcccagtcactgccatggacatggacaatgtgtggacggc
aagtgcatttgccatgatggttttgctggagaagattgcagcatcaaaacctgtcccaat
gactgtcatgagcgtggaaagtgtgtggatggcaagtgtgtttgccatgatggttttgct
ggagaagattgcagcatcaaaacctgtcccaatgactgtcatgagcgtggaaaatgtgtg
gatggcaagtgtgtttgccatgatggttttgctggagaagattgcagcatcaaaacctgt
cccaatgactgtcatgagcgtggaaagtgtgtggatggcaagtgtgtttgccatgatggt
tttgctggagaagattgcagcatcaaaacctgtcccaatgactgtcatgagcgtggaaag
tgtgtggatggcaagtgtgtttgccatgatggttttgctggagaagattgcagcatcaaa
acctgtcccaatcgttgccatggacatggacagtgtgtagatggcaagtgtgtttgcaat
gaaggttttgctggagaagactgcagcatcaaaacctgtcccaatgactgtaatgagcgt
ggacagtgtgtggatggcaagtgcgtttgtcatgctggttttacaggccatgactgcagc
gagttgacttgccccaatgactgctataacagaggactttgtgtaaatggccaatgtgtg
tgtaacagcgggttcactggggaggactgtggtacaaagacgtgtcccaacaactgcctg
gaccgtggctactgtgaagatggaaagtgtgtctgctctgagggctacaccggtgaggac
tgctctgttctgacctgcccagcaaactgcaatgatcaaggcctatgtctgaatggaatg
tgcatatgtgatttaggcttcactggcgacgactgctctgaaatctccccacccagagac
ctgactgtgactgaggtcgatccagaaacagtggacgttgcctgggtcaatgagatgctc
gtgacggagtatcttatcaactatgtgcctacggctcctggcggtttggagatggaaatg
agagtttctggtgaaaagaagacagccactattagggagttggagcctggcatagagtac
ctaatcagtgtctttgctgtactgaacagcaagatgagtgtccctgtcagtgccagaata
gccacacatcttcctgaacctgagggtctgaaattcaaatcggttagagagacctcagtg
gaggttaagtgggaccccttgaacatcccgtttgatggctggaacctcatcttcagaaac
acaaaagaagaggatggagagattttgaactctctcaccgctcctgagaccacctttgag
cagtctggtcttggacctggacaagagtatgaagtcaagcttgaagtcttaaagaacaac
actcgtggacccccagccagcaagaacattgtcacaatgcaagcagttgaacagacagat
gagagcataactctggagtggaaaaacagtatatctgatgtcctcaattaccgcgtcaaa
tacggcccactttctggaggggagcatggagaactggtcttccccagcggcccgcaagat
accactcaggctaaaatcactggccttaggcccgggacggagtatggaatgggagtgacg
tcaatcaaggaagagcgtgagagtttgcctgcgacgaccaatgctgtgactgatattgat
gctcccaaagaccttgaagtaagtgagaccacggagaccacattggcactggtttggaga
aggccggtcgccaaaatcgacacctatgtgctagtgtttacatctgcggatggcacagaa
actgaattggaggtacctggtgctgccaatacctacatcctgactgacctgaatcctggc
atgctgtacaccatcagcctgactgccaagagaggaagaaagatgagtgcgccagccact
ctgtcggcatccatagatgaagagaagcctcaggtgggcaacatcaccatctctgatgtg
tcctgggacagcttcagtgtgtcctgggagctggacagaggagaggttgagggctttctg
gttgacgtatctgacccagatggcttatctgatggccagaaccatactctatccagccag
gagtttagcctggctgtcattgacctctcccctagtactttctacagggtcacattgtat
gggctgtacaagggagagctcttagatcctgtctttgctgaagccatcacagaagctgaa
cctgaagtggagcatctttcggtctcggacatcaccccgcacagctttaaactgacatgg
acagcaccagagggcatctttgatacattcactctcaaagtcggggattctaacggcctg
ggccaacctctccacatcagtgtgtctggagacaagagaacagaagcggtgacaggtctc
aatgaagatacggagtatgaaatcgagctctttgggatcattttgggacgaaaattccag
ccccttttggctgtagctcgaacaggtctgggaaaacccaaggagatacgcttttctgat
gtgacagatacatcggccactgttcactggactttgccccgtacccatgtagacagctac
cgggtctcctatgtgcccattcagggtggcagccctatgacactgagagtagatggagga
gagtctcaagccatgctgcctaatctgacccctggagtgacctaccaggtcactgtcatc
gctgtgaagggcttggaggagagtgaaccaggatctgatcgagtcacgacagccctggat
aagcctcgaggtctgacagcagtcaacatcactgacactgaagctctgctgctgtggcag
ccgtccattgctactgtggatggatatgtcatcacttacagcgcagacagtgtggctcca
gtgatggaacgggtgtctgggaacactgtggagtttgagatgagctccctcacacctgcc
accttatacaccgttaaagtttatgctgtcagagaagcagccaagagcgctgcaaccacc
acagagttcaccacagatgttgatgcccctcagaatctggctgccagtaatattcaaaca
gaaagtgccatgttgacatggaagccaccaagagcagacatcagtgggtacatcctcagc
tttgagtccgctgatggcattgtcaaggaggttgtccttagccccacggcaacattttac
agcatgcctcagctgacttcctccacagagtacacagtcagactgcaggccatcgctggg
ccaaagagaagcagaatcatctcgacagtcttcaccaccattggagtgctatacaagcat
cctaaagattgctcgcagactctgttaaatggagaaacaacctcaggcctgtacactatt
tacctgcgtggagatgagaatcagcctctgcaggtcaactgtgatatgaccactgatgga
ggcggctggattgtgtttgtgagacggcagagcggcaaagtagagtttttcagaaactgg
aagaactacactgcaggcttcggtgacctgaatgatgaattctggttgggtctctctaac
ctccataagatcacctcctctgggcagtatgagctgcgtgtggacctcagagataagggc
gagtctgcatatgcgcagtatgacaagttttcagtctcagaaccacgcagtcgctacaaa
gtgcatgttggaggatacagcggcactgcaggtgactcaatgacgtatcaccacggccgt
ccattctcgacctacgataatgaccacgatatagctgtcaccaactgtgctctgtcttac
aagggagctttctggtataaaaactgtcatcgagtgaatataatgggacgatacggagac
aacagtcatagcaagggtgtaaactggttccactggaagggtcatgagcactccgtcgag
ttcgcagagatgaagatcaggcccaccaacttcaggaattttgagggaaggagaaagcga
tcgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (22)   

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