KEGG   Tetraodon nigroviridis (spotted green pufferfish): GSTEN00031621G001
Entry
GSTEN00031621G001 CDS       T04346                                 
Name
(GenBank) unnamed protein product
  KO
K05717  fibronectin 1
Organism
tng  Tetraodon nigroviridis (spotted green pufferfish)
Pathway
tng04510  Focal adhesion
tng04512  ECM-receptor interaction
tng04810  Regulation of actin cytoskeleton
tng04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:tng00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    GSTEN00031621G001
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    GSTEN00031621G001
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    GSTEN00031621G001
   04810 Regulation of actin cytoskeleton
    GSTEN00031621G001
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tng04131]
    GSTEN00031621G001
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:tng04147]
    GSTEN00031621G001
   00536 Glycosaminoglycan binding proteins [BR:tng00536]
    GSTEN00031621G001
   04990 Domain-containing proteins not elsewhere classified [BR:tng04990]
    GSTEN00031621G001
Membrane trafficking [BR:tng04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Forward pathways
   ER-Golgi intermediate compartment (ERGIC) proteins
    GSTEN00031621G001
Exosome [BR:tng04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   GSTEN00031621G001
Glycosaminoglycan binding proteins [BR:tng00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   GSTEN00031621G001
Domain-containing proteins not elsewhere classified [BR:tng04990]
 Fibronectin (FN) domain-containing proteins
  Fibronectin type I domain-containing proteins
   GSTEN00031621G001
SSDB
Motif
Pfam: fn3 fn1 Pur_ac_phosph_N fn2 NDNF
Other DBs
NCBI-ProteinID: CAG10108
UniProt: Q4RNC4
Position
2
AA seq 2383 aa
GCLENGHFYGVNDQWERPYLGSILVCTCFGVAGIKCKSKPEAEERCYDKINQQSYAVGET
YERPKDGMIWDCTCIGSGRGKISCTIANRCHEGGASYKIGDIWRRPHETGGYMLECVCLG
NGKGEWTCKPVDRCNDQDTLTSYRIGDTWTKTDAQGHLLQCLCTGNGRGEWKCERHASLY
TTGLGSRVITNIQPAVYQPPLPDHRQDGPCRTESGVGYFIGQRWIRNQGAKQMICTCLGN
GISCAPWDGPAPVYGGNSDGQACVFPFVYKGKTYHSCTSAGRSDGQLWCSTSSDFETDQK
YSFCTEKNVIVATRGGNSNGALCQFPFIYNGQNYTDCTAEGRRDGMKWCGTTTNYDDEQR
FGFCPMAAHEEVCTTGEGVMYRVGDQWDKRHDILGHMMRCTCVGNGRGEWSCVAYSQLKD
QCIVDGLTYEVNQTFSKQHEEGYVMNCTCFGQGRGRWKCDAVDQCQEPETKAFFQIGESW
DKVIHGIMYKCYCYGNGIGELSCEPQQSYPGGHRPVQVIITESGNQPNSHPIQWNAPQSA
HINQYILKWRVKNTQSLWKEVLIPGHLNSYTISGLKPGLTYEGQLISLLRFGRQEVTRFE
FTTNYGSLATSQGETTQPPPVVDTSESVTEITSSSFVISWVSASDTVSGFRVEYELTEQG
QGTGQPIVLDLPRTTTSVNINELLPGRKYTVKVYEVTEGGEDNIILSTSQTTAPDAPSDH
EVDEVGETSILISWEKPLAPITGYRVIYTPSVEGESTELTLSDTATSVTLSGLIPGKLYN
ISIYAVENTLESEPIFLQVHTAGDTLPEEVVSPTDLQFYEISDKKIVLTWSGPPGDVSGY
RVTAVPLDESGSPQREMTLPISQNSYIEVSHLEPGTLYRFSIYTIHNGEESLPLIGEQTT
KPDAPTDIHFANITEDSAVMIWFAPRAKVTGYRLFLTVEGSTPTQLRLPARLTQYTLLNL
RPDTEYSATLHAEQDNVLSVGETALFTTNPPMGNAPHFSTDVTDTSIVISWPPVPRIGYK
LTVHPSQGGEAPRDVTSDSGSIYISGLTPGVEYTYSVQPVINGQEQGTPIIRHVVTPLSP
PTDLSLESNPNTGELTVLWNGAATPDITGYKVTCTPINEQEGNSVEQFVEADQNSCTLDN
LIPGVEYNVSVVTVKNDMESAPVSTTIKTDIPKLTDVTFQDVSDTTISLSWSPLNTTTAI
TGYRITVTAAGESIPIFEDFVLPSTGEYTVYGLEPGIDYDITVVTVTENGASEPTTITQQ
TSVPAPTDLRFGLVSSDSIEVTWASPRVPNPANINSYLVRYHPIDDEDDMTEISVTGNTN
KGILRNLLPNTEYLVSVVCVYEQRESSPVVGTQKTALDSPVDLRFSEIFTNSFIVHWLAP
QSKITGYRIRYQATSGGRTKDERLPPSRNHYTLTGLAPDTEYLVSIYAVSRTEESLPLTG
NQKTISDVPTELKVLDSTPTSITVRWNAPPVTVRYYRITHGETGGHSSPKEFTVPGSQST
ATINNLKPGTDYIITVYAVTGRGDSPASSTPIYVVHKTSTSTRAHRPSQWKTKTNHLLHP
ALTGINSPSEMEVMTVKDNSVTVRWSPAQGPVKAYRVTGVPRYGGGTNFTEVVASDQTEF
TFSGLMPAVEYVFSVHTVGQNEESLPVVVNALTNVDHPKNLTFSEIDSTSMQISWHGPEG
VVTSYRVLYSSPEEGERELFPAPKGDAESAVIYGLQAGTEYTIKIIALHDDTASTPLVGT
QATAISPPTNLQFSSVNPTSFTIRWTMPGQENHVTGLNGLTGYRVVVNPKNKSGPTKEIN
LSPDSTQAHISGLMIATTYEVRLYALKNSLTSRPVKEEVTTQDNISPPRRVRISDVNDSA
ITLTWRSKTETISGFLIEATPTSSSTGYIPIQRTIEPSLRSYAITGLEPGTTYKINIYTL
KGKGRSLPFTLTATTAKPLVIPPTNIHFTSLNPNSISFTWEPSRSPGVTGYYITYEEAGG
LPLELVPRPHATQSYAIIDGLKPGTEYVIRIVALQNALRSAPLVGKARTPELPQLPVPHR
PNTDILDVPESFGDKIFDSNHVHFPGASGQNRPGQQGQHIYTEYQNLGPNNGLFGPFGGP
KEGQRPTLKEPLVYIPVAGPDGNRVPLVKVSDGPLPGVVFDFPNNQTEIPQEAQTITTIS
WKPVPQTLEYEVSCNPITHLEERGFHMRLPGTSNSATLIGLTSGASYNVVVEAMTDGAKE
KVMEEVVTVGNAGDVPLATANRDVCYDTFTQTYHEVGSEWERMSETGFKLWCRCLGLGSG
HFRCDSSKWCHDNGNNYRIGEKWDRHAENGHMMSCTCLGNGKGEFKCEPHESTCYDDGKM
YKVGNQWQKEYLGAICTCTCYGGQQVCVHLFGACASTARCSDV
NT seq 7152 nt   +upstreamnt  +downstreamnt
ggttgcttagagaacggccacttctacggcgttaatgaccaatgggagcggccgtatttg
ggcagcatcctggtctgcacatgctttggagtggctggcatcaaatgcaaaagcaaacct
gaagccgaggaaagatgctacgacaagatcaaccagcaatcctatgcagtgggagaaacc
tacgagagacccaaagacggtatgatctgggactgtacttgtatcggctctggcagagga
aagatcagctgcaccatcgccaaccgctgtcacgagggcggcgcctcgtacaagatcggt
gacatctggaggagaccccatgaaaccggtggctacatgctggagtgtgtctgcctgggg
aatggcaagggagagtggacctgcaaaccagtcgatcgctgcaatgaccaggataccttg
acgtcctaccgcattggggatacttggacaaagacagacgcccagggccacctgctccag
tgtctgtgcacaggcaacggccgcggggagtggaagtgcgagcgacacgcttcactttac
accaccggcctgggttcccgcgtcatcaccaacatccagcctgcggtctaccagccgcct
ctgcctgaccatcggcaggatggaccatgccgcacagagagtggcgtggggtatttcatc
ggccagcgatggattaggaaccagggagccaagcagatgatttgtacctgccttggcaac
ggaatcagctgtgcaccgtgggatggaccggctccagtatacggcggcaactccgatggt
caggcttgtgtgtttcccttcgtctacaaggggaagacctaccactcctgcacctccgct
ggacgcagtgacggacagctctggtgctccacctcatccgactttgagacggaccagaaa
tattcgttctgcacggagaagaatgtaattgtggcaacacgtggtggtaattccaacggg
gctttgtgccagttcccattcatctataatggccaaaactacaccgactgcactgcagaa
ggacgcagagatggcatgaaatggtgcggcaccacaacaaactatgatgatgagcagcgt
tttggtttctgccccatggctgctcatgaagaagtctgcacaaccggcgaaggggtgatg
tatcgtgtcggggaccagtgggacaagagacacgatatcctgggtcacatgatgcgatgc
acgtgtgtcggaaatggccgtggagagtggagctgtgtggcttattcccagcttaaagat
cagtgcattgtggatggcctgacctatgaggtgaaccaaaccttctccaagcagcacgag
gaaggatacgtgatgaactgcacctgcttcggacagggacgcggccgctggaaatgcgac
gccgtcgatcagtgccaagagccagagacgaaggccttctttcagatcggagaatcttgg
gataaagtcatacatggtatcatgtataagtgctattgctatggcaacggcatcggggag
ctcagctgtgagcctcagcagtcctacccaggtggtcaccggcctgtccaagtgatcata
acagaatcgggcaaccagccgaactcccatcctattcaatggaacgccccccagtctgcc
cacatcaaccagtacatcctcaaatggagagtgaaaaacacccagagcctttggaaagag
gtgctaattcccggacacctaaactcctacacaatctctggcctcaaaccgggcctcacc
tatgagggtcagctaataagcctccttcggtttggacgccaagaggtcacccgctttgag
tttaccaccaactatggatcgttggctacatcacaaggcgagacaacccagcctccgccc
gtggttgatacctcagagtcagtgactgaaattacctccagcagcttcgtcatctcctgg
gtttccgcctccgacacggtttccgggtttagagtggagtatgagctcactgagcaggga
cagggcactggacaacccatagtgctggacctgccccgtacaactacctcagtgaatata
aacgagctcttacctggaaggaagtatactgtgaaggtctatgaggtcacagagggcgga
gaagataacatcattcttagtacatcacagaccaccgctcccgatgctccttctgaccat
gaagtggacgaagtgggagaaacgtccattttaatcagctgggagaaaccactggccccc
atcaccggctatcgcgtcatctatacaccctcggtggaaggtgaaagcacggagctgacc
ctctctgacacggcaacgtcggtgaccctgagcggccttattccggggaagctgtacaac
atcagcatctacgctgtggaaaacacgctggagagtgagcctatcttcctacaggtccac
accgctggagacacacttccagaggaagtggtgtctccaacagatctgcagttctatgag
atctcagataagaaaatcgtcctgacctggtcggggccgccaggagatgtctcggggtac
cgcgttaccgccgtgcccctggatgagtccggctctccgcagagggagatgactctgccc
atcagccaaaattcctacattgaggtgtcacacctggagcctggaacgctgtatcgcttc
agcatctacaccatccacaacggagaggaaagtctaccactcattggggaacaaactaca
aagcctgacgctcccactgatatccactttgccaacatcaccgaggacagcgctgtgatg
atttggttcgcccctcgtgcgaaagttaccggctaccggctcttcctaactgtggagggc
tcgaccccgacgcagctgcgcctgcccgcccgcctcactcagtacaccctgctcaacctg
aggcctgacacagagtactctgccaccctgcacgcagagcaggacaacgtgctgagcgta
ggagaaaccgctctgtttaccaccaacccacccatgggaaatgcccctcatttcagcact
gacgtgaccgacacctctatcgtaatctcgtggcctccagttccccgcatcggatacaag
ttgacagtgcaccccagtcagggtggggaagcccccagagacgtgacctctgactcggga
agcatttacatttccggtctaactccgggagttgagtacacctacagcgtccagcctgtc
atcaatggccaagagcagggaacccccatcatacgtcacgttgtcacacctctgtctcca
cccactgacctcagcctggagtcaaaccccaacactggagaactcactgtcctgtggaac
ggagctgccacaccagacatcaccggttacaaagtgacatgcactccaattaatgagcaa
gaaggaaacagtgtggagcagtttgtggaggccgaccagaactcctgcacgttggacaac
ctcattccaggtgttgagtacaacgtcagcgttgtgactgttaagaacgatatggagagc
gctcctgtgtcgaccaccattaaaactgacatccccaagttgactgacgtcaccttccag
gacgtgagcgacacgaccatcagcctgagctggtcaccccttaacaccaccaccgccatc
accggctataggatcacggtgacggcagccggggagagcatacctatttttgaggatttt
gtcctgccaagcactggtgaatacactgtctacgggctggagcctggcatcgactatgac
atcactgtggttacagtgactgaaaacggcgcgagtgagcccaccaccatcacccagcag
acctctgttcctgctccgactgatttgcgttttggcctggtcagctcagacagcatagag
gtcacctgggcatctcctcgggtccccaaccccgctaacatcaactcttacctcgtcaga
tatcatcccattgatgatgaagatgacatgactgaaatcagcgtaaccggcaacaccaac
aaagggattctgaggaacctcctgcctaacacagagtatttggtgagcgttgtgtgtgtt
tatgagcagagagagagctcgcctgttgtcggcacccagaaaacagctctggattcacca
gttgatctgcgtttctctgagatctttaccaactccttcatcgtccactggctcgctccc
cagagcaaaatcaccggctaccgcattcgctaccaggcgacgagcggcggcaggaccaag
gacgagaggctgcctccgtcaaggaaccattacaccttgacggggcttgcccctgacacc
gaatacctggtcagcatctacgctgtgagccgcacagaggagagcctgccgctcaccggg
aaccagaagacaatctctgatgttcccacagagctgaaagtgctcgactccacccccacc
agcatcactgtccgctggaacgctccacctgtcactgtgcgctactacaggatcactcat
ggagagacagggggccacagtagcccaaaagagttcacagttcctggatctcaatctact
gcaaccatcaataacctgaagcccggtactgattacatcatcaccgtctacgccgtaaca
ggcagaggagacagtcccgcttccagcacgcccatctacgtcgtgcacaagacaagtacg
agcacgcgcgcacaccgacctagtcagtggaaaaccaaaactaaccatttgctccacccg
gctctcacaggcatcaactctccctctgaaatggaggtgatgactgtgaaggacaacagc
gtgaccgtgagatggagccccgcccagggcccggtcaaggcgtaccgagtgaccggggtc
cccagatatggtggggggaccaacttcacagaggtggtggcctcagaccagacagagttt
actttctcgggactgatgcccgccgtcgagtacgtttttagtgtgcacactgttggacaa
aatgaagagagcttgcctgttgttgtaaatgctttaacgaatgtggaccaccccaagaac
ctgaccttctctgaaatcgattccacctccatgcaaatctcctggcacggccctgaggga
gttgttacatcttaccgggttttgtattcgagcccagaagaaggcgaacgagagctgttt
cccgcgccaaaaggagacgccgagtctgccgtcatctatggcctgcaggccggtaccgaa
tacaccatcaagatcattgcactccatgatgacacagccagcaccccactggtggggaca
caagccacagccatctccccacccaccaacctccagttctcctcggtcaaccccacttct
ttcaccattcggtggaccatgccgggccaggaaaaccatgtgactggtctaaatggcctt
acgggataccgcgtggtggtgaatcccaaaaacaagagcggtcctaccaaagagataaac
ttgtcccctgactcaacacaggcacacatctctggacttatgattgcaactacttatgaa
gttcgcctttatgccttgaagaattctctgaccagcagacccgtcaaagaagaggtgacc
acacaggacaatatcagcccacctcgccgtgtgcgcatttccgacgtgaacgactccgcc
atcactctgacctggcgctccaagacagaaaccatctctggcttcctgattgaagccacg
cctacgtcctcgtccacaggctacatacccattcagaggaccatcgaacccagtttgcgt
tcatatgctattacaggtctggaaccaggcaccacatacaagattaacatttacacactt
aaggggaaaggacgcagtttacctttcacactcactgccactacagctaagcctttggtc
atcccacccaccaacatccacttcacctccctgaaccccaacagcatctctttcacctgg
gaaccttcacgcagtccaggtgtcactggatactacatcacctatgaagaggcagggggt
ctgcctctggaacttgtccccagaccacacgcaacccagagctatgccatcatcgacggt
cttaaaccaggaacagagtacgtcattaggattgtcgctttgcagaacgctttgaggagt
gctccccttgttggaaaagctagaacacctgagctgccgcaacttccagtgcctcaccgt
cccaacactgacattttggacgttcctgaatctttcggggacaaaatttttgattccaat
catgttcactttcctggagcaagtggtcagaaccgtccagggcagcagggtcaacacatc
tacactgagtaccagaacctcggtcctaataatggactttttggcccctttggagggccc
aaagaaggccagaggcccactctcaaagaaccgcttgtctatattcctgtagccggccct
gatggaaacagagttcccttagtcaaggtgagcgatggtcctctcccaggtgtggtgttt
gacttccccaacaaccaaacagagattccccaagaagcccagaccatcaccaccatctcc
tggaaacccgtgcctcagacgttggagtatgaagtgtcctgcaacccgatcactcacctg
gaggagagaggcttccatatgcgtctcccaggaacatcaaacagcgccaccctgatcgga
ttaacctccggagcttcctataatgtggtagtggaggctatgacagatggagccaaagaa
aaggttatggaggaggtcgttactgttggcaatgctggcgacgtccccttggcgacggcc
aacagggatgtgtgttatgacacattcactcagacctaccacgaggtgggctcggagtgg
gagcgcatgtctgagacgggctttaaactgtggtgccgctgtctgggcttgggcagtggt
cattttaggtgtgattcatccaagtggtgtcacgacaatggtaataactaccgcatcggt
gagaagtgggaccgccatgctgagaatggtcacatgatgagttgtacctgtctgggcaat
ggcaagggagagttcaagtgtgagccccatgagtcgacgtgttatgatgatggaaaaatg
tacaaggtgggaaaccagtggcagaaggagtatctgggtgccatttgtacctgtacttgc
tatggcggacagcaggtatgtgttcatttatttggagcttgtgcctctacagccagatgt
tccgatgtgtga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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