KEGG   Hippocampus comes (tiger tail seahorse): 109525855
Entry
109525855         CDS       T04969                                 
Name
(RefSeq) fibronectin-like isoform X1
  KO
K05717  fibronectin 1
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Pathway
hcq04510  Focal adhesion
hcq04512  ECM-receptor interaction
hcq04810  Regulation of actin cytoskeleton
hcq04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    109525855
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    109525855
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    109525855
   04810 Regulation of actin cytoskeleton
    109525855
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hcq04131]
    109525855
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:hcq04147]
    109525855
   00536 Glycosaminoglycan binding proteins [BR:hcq00536]
    109525855
   04990 Domain-containing proteins not elsewhere classified [BR:hcq04990]
    109525855
Membrane trafficking [BR:hcq04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Forward pathways
   ER-Golgi intermediate compartment (ERGIC) proteins
    109525855
Exosome [BR:hcq04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   109525855
Glycosaminoglycan binding proteins [BR:hcq00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   109525855
Domain-containing proteins not elsewhere classified [BR:hcq04990]
 Fibronectin (FN) domain-containing proteins
  Fibronectin type I domain-containing proteins
   109525855
SSDB
Motif
Pfam: fn3 fn1 Pur_ac_phosph_N fn2 NDNF Interfer-bind GH101_dom-5 Glyco_hydro_66 CopC
Other DBs
NCBI-GeneID: 109525855
NCBI-ProteinID: XP_019742233
Position
Unknown
AA seq 2454 aa
MSGVPLTRVLVAVCVCSAMVHGVPKNKRQSHQYQVYPDYHHADVVSEVGCEENGRSFRVN
EQWEKTYRGSTLLCTCNGAQGIKCKTKPEVEESCYDKHNDRTYRVGETYERPKDGMMWDC
TCIGSGRGKISCTIANRCHEGGRSYKIGDTWQRPHDTADYMLECVCLGNGKGEWTCKPVA
ERCYDNNAASSYVVGETWEKPYQGWMMLDCTCLGEGNGRITCTSRNRCNDQDTRMSYRIG
DTWSKNDASGHTLQCLCLGNGRGEWKCERHNAGQGSVVVSPLHPQLQTEPPIEGTCRTDS
GATYYDGQRWIRSQGSKQMLCTCLGNGVSCQEWEARNQVYNGNSNGQPCVFPFVFMGKTY
YSCTTDGRTDGQLWCSTTSDYEQDQQYSFCTEKNAAIVATRGGNSNGALCHFPYLYSGRN
YTDCTSDGRRDSMKWCGTTYNYDADQHFGFCPMAAHEEVCTTNDGVMHRVGDKWDKRHDV
MGHMMECTCLGNGRGEWNCIAHSQLRDQCIVEGLTYDVNQEFSKRHDEGYMMNCTCYGQG
RGRWKCDAIDQCQEPQTRAFYQIGESWDKVIHGIHYRCYCYGNGIGEMRCEPQQNYQGGH
RPVQVIITEAGKQPDSHPIQWNPPSSVQITQYILKWKIKNSRSPWREVVVPGHLNSYTIS
GLRPGVTYEGQLISILRYGQREVTRFDFTTTHGSLETSEGETNKPPPLVDTSESVTEITS
NSFVVSWTSASATISGFRVEYELSEEGAPRQVLDLPGTSTSVTIGNLLPGRRYNVNVYEV
PDDGDATLILSTSQTTAPDTPAQHAIDDVGETSIRIRWSRPQAPITGYRVVYTPSVEGSS
TELNLPDTETSVTLVDLHPGVLYNISIFAVEENQESQPVFLQVQTAGSSQPEEVAAPTDL
QFYEVTDVKITITWNGPPSEVTGYRVTFSPVGPDGTEIRPLQLPVSPNAYADITHLQPGT
LYRFYVYAINGGVESEPLMGEMYTKPDAPTNVQFTDIGPDSALVSWEAPRAIVSGYRLFV
SIEGSSPIEKRIPGGVTQYALRNLRPETDYTATLHSELNSVLSEPITTHFTTAPQMGNAP
AFNTEVTDSSIIITWIPVRRFSYKLSVLPSQQGESPRHRTSDTGRLYVSGLIPGTQYTYS
VQPIFNGRPRGNPITRNVVTSLSPPTDLRVQSNSDTGDLTVHWTASKTPDITGYRVSSTP
TSGQKGNSNEEFVRADQTSCMLDNLNLGVEYNISVFAVKDHLESVPVSTVITPDIRPPRH
IHFVDITDTTIGLRWIPLNYSTLTGYRITVTTAGESLPIFQDMVDASAGYYTLRGLEPGV
DYDISIVTVTEEGESEPTTHTKQTQAVIPAPTNLQFGGVGPDHIRVTWTVPHVATPSDIS
RFVIRFSPVTEDHDLKEVNVGGASNTFLLQNLLPDTEYRISVVYIYGERESYPATGTQRT
TLDSPTALDFSDIQTNSFTIHWRAPSSSITGYRVRHQRTNGGRTKDERLPPSKTHYTLTG
LTPETEYLIAVYAVKGNQESQPVTGTQATISDAPTDLEVVSSSPTSITIRWDAPSVAVNQ
YRITYRGTDGGAPQEFTIPGTQTTATITDLQPGSDYTITVYAVTARGDNPASNTPVYITH
KTDIEPPANMDVTDVSDNAITVRWSPARGPITGYRVTGAPKNGVGPSYSRDVSPAETEMT
LTGLMPTVEYVVSVSALGTDGQPSSAVVENAITAMDRPKDLTFSDIDANSMRIAWDSPEG
TVTSYRVLYSNPEDGEKELRPAPRGDQDNVAIKGLRAGTEYTVKVIALHGRTPSTPLVGT
QATVIPAPTNLVISEVGPTSFEVSWQAPNARLTGYRVVVNPENINSPAKELNVAPDTTRV
VIPGLMVATKYQIHVYALKNSVTSRPLEGEATTLEDVSPPRRVRIMDVKDDSFTLNWRTK
VETITGFLLEATPQGSSRPTVTKSIPADVYTYTVTGLKPGTTYSIHLYTLNGNTRSAPVT
LTVQTAKPVVQAPTNLQVTSLTPTYISFTWQPPATPITGYYVTYAEPRATPQELKPRPHA
GQNYATISGLKPDTEYIIKIVAIQNTQRSTPLVGRIRTQPDSLLPVPQPHRPGDVTDRLD
VPETNFDNRVQLVGNNGQDGLGGQSQHVEYTEYNNNNRATPQSPYGQVQEPLVFVPLPDA
NGRRKPYVKLNVPYGTIFANETGLPQEAQTRTPISWKPYSQSNAYLVSCNPVTHLDEKMF
QVRLPGTATTATLVGLTPGADYNVLVEALKGALKHKVLEQVVTAANTIQEGAPPTDDSCY
DTLTATYHDVGAQWERMSETGFKLWCTCLGLGRGHFRCDSSKWCHDNGQNYRVGDKWDRQ
AENNHLMSCTCLGNGKGEFKCEPHESVCYDEGKTFQVGNQWQKDYLGAICTCTCYGGQRG
WQCENCRRPASDAGVLQPVQYGTDTLHRQNIHCPIECLRPGLLADALVVPDPRE
NT seq 7365 nt   +upstreamnt  +downstreamnt
atgtcgggtgtcccactcacgagggttctggtggcggtgtgcgtgtgcagcgcaatggtc
cacggcgtgccgaagaataaaagacaaagtcaccagtatcaggtgtatcctgattaccac
cacgcagacgttgtcagtgaagttggctgcgaggaaaacggtcgctcattcagagtgaac
gagcagtgggagaaaacttaccggggcagcacgctgctgtgcacctgcaatggagcgcaa
ggcatcaaatgtaaaactaagccggaagtggaggagtcttgttatgataagcacaatgac
cggacataccgggttggtgaaacatatgagagaccaaaggacggaatgatgtgggactgc
acttgcatcggatctggtcggggcaagatcagctgtaccatcgcaaatcgttgccatgaa
ggcggcaggtcttacaaaatcggggatacctggcagaggcctcatgatactgctgactac
atgctggagtgtgtgtgtcttggaaatggcaaaggagagtggacctgcaagcctgtggct
gagcgttgctacgacaacaatgctgcctcgtcgtatgtggtgggggagacgtgggagaaa
ccctaccaaggctggatgatgctggactgtacttgcctgggcgagggaaatggccgtatc
acatgcacctctaggaaccgttgcaatgaccaggacaccagaatgtcctaccgcattgga
gacacgtggtccaagaatgacgccagtgggcacacgctgcaatgcttgtgtttgggaaac
ggtcgaggagagtggaagtgtgagcgacacaatgcaggccaaggttcggtggtggtgagc
cccctccatcctcagctgcagacggagcctcccattgaaggaacctgccgcaccgactct
ggagccacctactacgacggacagcgttggatcagaagccagggcagcaaacagatgctt
tgtacttgtctgggcaatggagtcagctgtcaggagtgggaggcccgaaatcaggtctac
aatggcaactccaatggccagccctgcgtattcccatttgttttcatggggaagacctac
tactcctgcaccacggacggacgcacggatggccaactgtggtgttcgaccacctcagac
tatgagcaagaccagcagtactctttctgtactgagaagaatgcagccattgtggccaca
cgaggaggcaactccaacggcgccctttgccacttcccctacctgtacagcggccgcaac
tacaccgactgcacatctgatggccgtcgtgacagcatgaagtggtgcggaaccacgtac
aactatgatgccgatcaacactttggattctgccccatggctgcccatgaggaggtgtgc
acaactaacgacggtgtcatgcaccgcgttggtgacaaatgggacaaacggcatgacgtc
atgggccacatgatggagtgcacgtgcctcggcaatggtcgcggggaatggaattgtatc
gctcactcacagctgcgagatcagtgtattgtggagggcttgacctatgatgtcaaccag
gagttctccaagcgccatgatgagggctacatgatgaactgcacctgctatgggcaggga
cgcggacgatggaagtgcgatgctattgatcagtgtcaggaaccccagacaagggccttc
tatcaaattggagagtcatgggacaaagtcatccatggcatccactatcgctgttattgc
tacggcaatgggattggagaaatgaggtgtgaaccccagcagaattaccaaggtggccac
aggccagtccaagtcatcatcacggaggcgggtaaacagccagactcgcaccccatccag
tggaacccgccctcatctgttcagatcacgcaatacatcctcaagtggaagattaaaaat
tctcgcagcccctggagggaggtggttgttcccggtcacctcaactcctacaccatctcc
ggtctgcgtccgggggtcacctatgagggtcagctgatcagcattttgcgctacggacag
cgggaggtcacgcgtttcgatttcaccaccacccatggttctttggaaacctctgaggga
gagacgaacaagcctccgccgctggttgacacctccgaatctgtgacggaaatcacttca
aacagcttcgtcgtgtcctggacttcggcctcggccaccatctctggtttcagagtggag
tatgagctcagtgaggagggcgcaccgcggcaagtcttggaccttcctggaacgtccact
tcagtcaccattggtaaccttctgccagggcgcagatataacgtcaatgtctatgaggtt
cccgatgacggagatgccaccctcatcctgtcaacatcccagacgacagctcctgacact
cccgctcagcacgctatcgatgatgtcggggagacgtcgatccgcattagatggtccagg
cctcaagctcctattactggttaccgtgtggtgtacacgccttccgtggagggcagcagc
accgagctcaacctgccagacacggagacatcagtgaccctggttgaccttcaccccggt
gtgctgtacaacatcagcatctttgctgtagaggagaaccaggaaagtcagcctgttttt
ctccaggtccagacggctggatcttctcaaccagaggaggtggccgcccccaccgacctg
cagttttatgaggtcacagatgtgaagatcaccatcacgtggaatgggccacccagcgag
gtgacgggttacagggtcaccttttcccctgtcgggcctgatggcaccgagatcagaccc
ctccagttgccggtgtcgcccaacgcctacgctgacatcacccacctgcagccgggcact
ctataccgcttctatgtctacgccattaacgggggtgtggaaagcgagccactaatggga
gagatgtataccaaaccggatgctcccaccaacgtgcagttcactgacattggcccagac
agcgctctggtcagttgggaagctccccgtgctatcgtgtctggctatcgtctcttcgtg
agcatcgagggctccagtcctattgagaagagaatccccggcggtgtcacccaatacgct
ctgaggaatttgcgtcccgaaactgattatactgctactctgcactctgagctgaatagt
gtgcttagtgagcccataaccacgcatttcaccacagctccccagatgggaaatgcacct
gcgttcaacactgaggtcactgattcctccatcatcatcacctggatacctgtccgcagg
tttagctacaagctgtctgtgctccccagccagcaaggagagtctccaagacacagaacc
tctgacactggacgcctttatgtaagcggtttgattcctggaactcagtacacatacagc
gttcagcccatcttcaatggacgcccccgtggaaaccccatcacccgcaacgttgtcact
tccttgtcccctcccactgacctgagagtccagtccaactctgacacaggagatctcacc
gtccactggacagcctccaaaacaccagacatcaccggctacagagtgtccagcacgccg
accagtggacagaaaggaaacagcaacgaggagtttgtgagggctgatcaaacctcgtgc
atgctggataacctgaatctaggggtggagtacaacataagcgtcttcgccgtcaaggac
catttggaaagtgtgccagtgtccactgttatcacaccagacatacgtccaccgagacat
attcactttgtcgacataactgacaccaccattggcctgcgctggatccctctgaactat
tcgaccctaacgggttaccggataacggtaacgacggcgggcgagagcttgcccattttt
caagatatggtggacgcatcggctggttattacacgcttcgtggtttggagcctggcgtg
gactatgacatcagtatcgtcacggttacggaagagggggaaagcgagccaactacacac
acaaagcaaactcaagcggtgattccagctcccaccaacttgcaattcggaggggtgggt
cctgaccacatcagggtcacgtggacagtcccgcacgttgccaccccgagcgacatttct
cgctttgtcatccgcttcagccctgtgacagaagaccatgacttgaaggaggtcaacgtg
ggcggagcctcgaacactttcttgctgcagaacttgcttcctgacacagaatatcgcatt
agtgtggtgtacatttatggagagcgagagagctatccggccacaggaacacagaggaca
actctggattccccaactgctttggacttttctgacattcaaaccaattcgttcaccatt
cactggcgggctccatcttcaagtatcacgggttatcgggtccgccatcagaggacgaac
ggtgggcgcaccaaggacgagagacttcctccgagcaagactcattacactttgactgga
ctgactccggagactgagtatctcattgctgtgtacgctgtcaagggcaatcaggagagt
caacctgtgactggcacacaggccacgatctctgatgctcccactgacctggaagttgtg
tcatcctcgcccacaagcatcaccattcgctgggatgctccctctgttgccgtcaatcaa
taccgcatcacttatagaggcacagatggcggtgcgcctcaagagttcaccatcccaggc
actcagaccacagccactatcaccgatctgcagccgggtagtgactacaccatcacggtt
tatgcggttaccgcaagaggggataaccctgcctccaacaccccggtctacatcacacac
aagacagatattgagccgcctgctaacatggatgtgactgatgtgagcgacaacgcaatc
actgtccgctggtcccctgctcgggggcccatcacaggttatcgagtcacaggtgcaccc
aaaaatggcgtcggaccatcctactctcgggatgtgtctcctgctgaaactgagatgacc
ctcacaggcctgatgccaactgttgagtacgttgtcagcgtctctgccctgggcactgac
ggccagccctcctctgcagtggtggagaatgccatcacagccatggatcgtccaaaggac
ctgaccttctctgacatcgacgccaactccatgcgcatcgcttgggacagtccagagggc
acagtgacatcgtaccgcgttctctactccaaccccgaagatggggagaaggagctgcgt
ccggcacctagaggcgaccaggacaatgtggccataaaaggccttcgggccgggacagag
tacactgtcaaagtcattgctctccatgggcgcacacccagcacgccattggtgggaact
caggccacagtcatccccgctccgaccaacctggtcatctcagaggtggggcctacttct
ttcgaggtgtcatggcaggcacccaacgcacgactgacgggataccgtgtggtcgtcaac
cccgagaacatcaacagtcccgccaaggaacttaatgttgctcctgacacaacacgtgtg
gtcatacccgggctcatggtggcaaccaaataccagatccatgtctatgctctgaagaac
tctgtcaccagcagaccactggagggagaggcaaccacactggaagatgtaagtccacct
cgccgtgtgcgtattatggacgtgaaggacgactcgttcaccctgaactggcgcactaag
gtggaaaccattactggtttcctccttgaagccacgccccagggtagctcacgccccaca
gtcaccaagtccatcccagcagatgtatacacttacacagtcacaggtctcaagccgggt
accacatattccattcacctgtacactctgaatggcaatacaaggagcgctccagttacg
ctgactgttcaaacagctaaaccggtggtccaagctcccaccaacctccaggttacgtct
ttgacccccacctacatctccttcacgtggcaacctccagccacgcccatcacgggctac
tacgtcacctacgcggagcccagagcgacgccacaggagctgaagccacggccccacgct
ggacagaactatgccaccatatctggcctgaaaccagacactgaatatatcatcaagatt
gttgccatccagaacacacagagaagcactccgcttgtgggcagaatcaggactcaacca
gattccttgctccctgtgccacaaccccaccgccccggagatgtcactgataggctggac
gtgcctgaaacaaacttcgacaacagagtccagctggtgggcaacaatggccaggacggc
cttggtggtcagagccagcatgtggagtacaccgagtacaacaacaacaaccgggccacc
ccgcagtccccgtacgggcaagttcaagagcccctggtcttcgtgccccttcccgacgcc
aatggccgacgcaagccctacgtgaagctcaatgtgccctatggcaccatatttgccaat
gagacaggtctcccgcaggaagctcaaacgaggacccccatttcctggaagccgtacagt
cagagcaatgcgtacttggtctcctgcaatccggtaacacatttggatgagaaaatgttc
caggtgcggctgccgggcacagccaccactgccacgctggtcggcctcacccctggagcc
gactacaacgtgctggtggaggctctgaagggagcgctcaaacacaaggtcctcgagcag
gttgtcaccgctgcaaacacaatccaagaaggagctcctcccacagacgacagctgctac
gacacgctcacagcaacctaccacgatgtcggggctcagtgggaacgcatgtccgagacg
ggcttcaagctgtggtgcacatgtctgggtctcggaaggggccacttcagatgtgactcc
tccaagtggtgccatgacaatgggcaaaactaccgcgtcggggacaagtgggaccggcag
gcagagaacaatcacctgatgagctgcacctgtctgggcaacggcaaaggagagttcaag
tgtgaaccacatgaatccgtgtgctacgatgaaggaaaaacattccaagtgggcaaccag
tggcagaaagactacctgggcgccatctgtacctgcacatgctacggcggacagcggggc
tggcaatgcgagaactgccgcagaccggcctccgacgctggcgtgctgcagcctgttcaa
tatggaacagatacgttgcacagacagaatattcactgccccatcgagtgtctccgaccg
ggccttctggcagatgcgctggtggtcccggatcctcgggagtga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (9)   
   Pfam (9)   
All databases (96)   

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