Cottoperca gobio: 115006385 Help Entry 115006385         CDS       T07513                                  Name (RefSeq) fibronectin-like isoform X1   KO K05717   fibronectin 1 Organism cgob  Cottoperca gobio Pathway cgob04510   Focal adhesion cgob04512   ECM-receptor interaction cgob04518   Integrin signaling cgob04810   Regulation of actin cytoskeleton cgob04820   Cytoskeleton in muscle cells cgob05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:cgob00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     115006385    04518 Integrin signaling     115006385  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     115006385   09142 Cell motility    04820 Cytoskeleton in muscle cells     115006385    04810 Regulation of actin cytoskeleton     115006385  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     115006385  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:cgob04131]     115006385   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:cgob04147]     115006385    00536 Glycosaminoglycan binding proteins [BR:cgob00536]     115006385    04990 Domain-containing proteins not elsewhere classified [BR:cgob04990]     115006385 Membrane trafficking [BR:cgob04131]  Endoplasmic reticulum (ER) - Golgi transport   Forward pathways    ER-Golgi intermediate compartment (ERGIC) proteins     115006385 Exosome [BR:cgob04147]  Exosomal proteins   Exosomal proteins of bladder cancer cells    115006385 Glycosaminoglycan binding proteins [BR:cgob00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    115006385 Domain-containing proteins not elsewhere classified [BR:cgob04990]  Fibronectin (FN) domain-containing proteins   Fibronectin type I domain-containing proteins    115006385 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  fn3 fn1 Pur_ac_phosph_N FN3_DSCAM-DSCAML_C fn2 Fn3_VIN3 Fn3_Dep-1_3rd NDNF Fn3_Dep-1_2nd Interfer-bind Fn3_Dep-1_1st Ig_ENGASE1_C FN3_Tor_3rd GH101_dom-5 IL3Ra_N Motif Other DBs NCBI-GeneID:  115006385 NCBI-ProteinID:  XP_029284458 Ensembl:  ENSCGOG00000003795 UniProt:  A0A6J2PEG3 LinkDB All DBs Position 3:complement(14213810..14235682) Genome browser AA seq 2461 aa AA seqDB search MTGSPLTGLLVALCVSSAVHGLPEKSKRQTGQHQVYPEFRDAVAVSQVGCEENGRSYRLN EQWEKPYLGSTLVCTCNGAAGIKCKTKPEVEESCYDKSNDRTYRVGETYERPKEGMIWDC TCIGSGRGKISCTIANRCHEGGRSYTIGETWKRPHETADYMLECVCLGNGKGEWTCKPVA ERCYDNNAASSYIVGETWEKPYQGWMMLDCTCLGEGNGRITCTSRNRCNDQETRKSYRIG DTWTKSDTSGHILQCQCLGNGRGEWKCERHNAGRTTGAVMLTPTHSQPEPPIEGTCRTDS GATYYDGQRWFRSQGSKQMLCTCLGNGVSCQEWETRKQEYGGNSNGQPCTFPFVYMEKTY YSCTSDGRTDGQLWCSTSSDYEKDQQYSFCTEKNAIVATRGGNSNGGLCHFPFLYSGRNY TDCTSDGRRDGMRWCGTTHDYDTEQRFGFCPMAAHEELCTTNDGAMHRVGDKWDKRHDIL GHMMECTCLGNGRGEWSCVAHSQLRDQCIVDGLNYEVNQEFPKRHDEGYMLNCTCLGQGR GRWKCDAIDQCQEPQTRAFYQIGDTWDKVIHSINYRCYCFGNGIGEMRCEPQQTYTDGHR PVQVIITEAGKQPDSHPIQWNPPSSVQITQYILKWRIKNTRAAWREVTVPGNLHTYTISG LRPGITYEGQLISIMRYGRREVTRFDFTTNQGSLETSEGETTPLAPVIDTSESVTEITSN SFVVSWTSASSTISGFRVEYELSEGGAKPKVLDVPRTANSINIADLLPGRRYNVNVYELP NQGQPNLILTTSQTTAPDSPAQHAIDEVGESSIRISWSKPQAPITGYRVVYTPSMEGSST ELNLPDSETSVTLVDLRPGHLYNISIYAVEEDQESEPVFVQVNTAGSPLREEVLAPTDLQ FYEVSDMKITITWNGPPSEVTGYRVHFTPVGPDGTDTRVLQLPLSPNAYADITHLQPGTL YRFYIYAINGGVESKPLVGEKSTKPDSPNDVRFTEVSHNSAIAIWEAPRAIVSGYRLFLS IEGSSPIEKRIPGRVTQYPLKNLRPETQYTATLHSDLDNVLSEGVTTYFTTSPEMGNNPA FSTEVTDTSIIVTWIPVRRFSYKLSVLPSQEGESPREETSDSGHIYIPGLIPGTQYTYSV QPIFNGRDRGSPLTRNVVTSLSPPTDLRVESSPVSGDLTVHWVASKTPGITGYRVTSTPT NGQRGNTLEELVQADQTSCILESLNLGAEYNISVFTTKGHLESVPVSTIITPDIPTPSYI DFVDITDTTIGLRWIPLKYSTITGYQIMVVTSGESLPIFQDMVEASAGYYTIRGLEPGVD YDISIFTVTEEGKSEPTTHTKQTQAAIPAPTNLQFRGVGPDHIRVTWTVPHVATVSDISR FVIRYHPVATDDDIKEVNVGGATNTFLLENLLPNTEYRISVVCVYGERVSEPATGTQWTT LDSPTGLDFSDIRTNSFTVHWLAPTAAITGYRIHFSKTSGGRPKDEKLPPTRTYFTLTGL TPETEYLIYVYAVRNNQESQPLTGTQATISDAPTDLEVTSSTPSSITIRWDAPSVSVKNY RITYGGTSGETPQEFTIPGTQTTATITGLKPGTDYTVTVYAVTGRGDSPASNTPVYITHK TDTEPPTDMKLTDVSDNAITVRWSPAQGPIRGYRITSVPKNGLGPSYTEEVTPDKTQATF TGLMPTVEYVVSVYALGNDGQPSSPVVENAMTAMDRPKELTFSEIDSNSMRITWDSPDGT VTSYRVLYSSSEESERDLRPAPRGDQDTVVLRNLRPGTEYTVKVIALHGRTPSTPLVGTQ ATVIPAPTGIVISEVGPTVFTVNWRAPNARLLGYHVVVTPKTISGPIEEMYVAPDTTQVI VPGLMKATTYLVHVYARKNSVTSRPLEAEVTTLRDVSSPRRVRISDVKDSSFTLTWRSKE ETITGYLVDATPLSGLYPTIRKTIPGETNTYTFTGLQPGTTYTVNLYTLNGSTKSAPITL VIQTAEPVVQAPTNLQFTSLTPTSISFTWQPPATQITGYYVTYEVSGGAPRELTPGPHPG QNYATISGLRPSTEYIIKIIANQNTQRSTPLVGKIRTQPDSLLPLPHRPGGVGDRLDVPE TDLDNTVQVVGNNGQDGHGGQSQNVEYTEYNNNNNNGDNNNRYSNRGNPQSPFGQVREPL IFLPFPDAEGRRVPIVRINAPIGAEFGNDTGVQQEAQTQTSISWKPYKQSNSYLVSCHPL THIEEKMFQIPLPGTATTATLIGLSPGANYNVIVEALKGALKHKILEQVVTAGNTIPQGV PSTKDSCYDAFTSTYHDVGGEWERMSETGFKLWCTCLGLGSGHFRCDSSKWCHDNSNNYR IGEKWDRRAENGHLMSCTCLGNGKGEFKCEPHDSVCYDDGKTYQVGNQWQKEYLGAICTC TCFGGQQGWRCENCRRPGGEVDASLLQPVGYGNTLRNIHCPVECLRPELLADAHAPPNPR E NT seq 7386 nt NT seq  +upstreamnt  +downstreamnt atgactggtagcccactgaccgggttactggttgcgctgtgcgtcagcagtgctgtccac ggcttgccagagaagagcaaaagacaaactggccagcatcaggtgtatcccgagttccgt gatgcagtagctgtttctcaagtcggctgtgaggaaaacggtcgctcatacagactgaac gagcagtgggagaaaccctaccttggtagtactctggtgtgcacctgcaatggagcagca ggcatcaaatgtaaaactaaacctgaagtggaggagtcctgttatgataagtccaatgac cggacataccgggtgggtgaaacctacgagagaccaaaggaagggatgatatgggactgc acctgtattggttctggtcgtggcaagatcagctgtaccattgcaaatcgttgccatgaa ggtgggaggtcttatacaatcggggagacttggaagagacctcatgaaactgctgactac atgctggagtgtgtctgccttggaaatggcaaaggagagtggacctgcaaacctgtggct gagcgctgctacgacaacaacgctgcatcatcgtacatcgtgggggagacctgggagaag ccgtaccaaggctggatgatgctggactgcacttgtctgggagagggaaatggacgcatc acatgcacctcaagaaaccgttgcaacgaccaggaaaccaggaagtcctaccgtatcggt gacacgtggacaaagtcggacacaagtggacacattctgcagtgtcagtgcttaggaaac ggccgcggagagtggaagtgtgagagacacaacgcaggccgaaccacaggtgctgtcatg ttgacccccacccattcccagcccgagcccccaatcgaggggacgtgccgcacagactct ggagccacctactacgatggacagcgctggttcagaagccagggcagcaagcagatgctc tgtacctgtctgggcaacggagtcagctgtcaggagtgggagaccaggaagcaggagtac ggtggcaactctaacggccagccgtgcaccttcccgttcgtctacatggaaaagacctac tactcctgcacctcagacggacgcacggatgggcagctctggtgctcgacatcctcagac tatgagaaagaccagcagtactctttctgtactgagaagaatgccattgtggcaacacga ggtggaaactccaacggcggcctgtgccacttccccttcctctacagtggccgcaactac accgactgcacatctgatgggcgacgtgatggcatgaggtggtgtggtaccacccacgac tatgacacagagcagcgctttggattctgccccatggctgcccatgaggagttatgtacc accaatgatggagccatgcaccgtgtaggcgacaagtgggacaaacgccatgatatcctg ggtcacatgatggagtgcacatgcctgggcaatgggcgcggggagtggagctgtgttgct cactcacagctgcgagatcagtgtattgttgatggcttgaactatgaagtaaaccaggaa ttccccaagcgccacgacgagggctacatgttgaactgcacctgccttggacagggacgt ggacgctggaagtgtgatgctatcgatcagtgtcaggagccacaaacgagggcgttctat cagattggagacacatgggataaagtcatccatagcatcaactaccgctgttattgcttt ggcaacgggattggagagatgagatgtgaacctcagcagacctacacagatggccacaga cctgtccaggtgatcatcacagaggcaggaaaacagcccgactcccatcccattcagtgg aaccccccgtcatctgttcaaattacccagtacatcctcaaatggagaattaaaaatacc cgtgcagcttggagggaggtcactgtccccggcaacctccacacctacaccattagcggg ctgcgtccaggaatcacctacgagggtcagttaatcagcatcatgcgctacggacggcgc gaggtcacacgcttcgatttcaccaccaaccaaggttccttggaaacatcggagggagag acgactccacttgctccagtgattgacacttctgagtctgtgacagaaatcacctcaaac agcttcgttgtgtcctggacctcagcgtcttctaccatctctggcttcagggtggagtat gagctcagtgagggcggggccaagccgaaagtcctggatgtccctcgcacagcgaactct atcaacatcgctgacctcttgccaggacgcagatacaacgtcaacgtctacgagctccca aatcagggacagccaaacctcattctgactacctcccagactacagctcctgactcccct gctcagcatgcaatcgatgaggtgggagagtcctccatccgaatcagctggtccaagcct caggctcctattactggttaccgtgtggtgtacacaccgtcaatggaaggcagcagcact gagctgaacctgccagactccgagacctcagtgaccctggttgaccttcgccctggtcac ctttacaacatcagtatctacgctgtggaggaagaccaggagagtgagcctgtttttgta caggtcaacaccgccggatcccctctacgagaggaggtcctggcacccacagaccttcag ttctacgaggtttcagatatgaagatcaccatcacctggaacggtccacccagcgaggtg accggttacagggtgcacttcacccccgttggtcctgacggcaccgatacgagggtcctg cagctccccctttcacccaatgcatatgctgatatcacccacttgcagccgggcacactg taccgcttctacatctacgccatcaatggtggagtggagagcaagccccttgtgggagaa aagtctaccaaacctgattcgcccaatgatgtgcgtttcactgaagtcagccacaacagt gcaattgccatctgggaggctccccgcgccatcgtcagtggctaccgtctcttcctcagc atcgagggctccagccccatcgagaagaggatccctggcagggtcacccagtaccctttg aagaatttacgtccagaaacccagtacactgccaccctgcactctgatctggacaatgtg ctcagcgagggcgtcactacatattttaccaccagtcccgagatgggaaataaccctgct ttcagcactgaggtcactgatacctctatcatcgtcacctggataccagtccgcaggttt agctacaagctgtctgtgctccccagccaagaaggagagtctcccagagaagagacctct gactctggacatatttatattcccggtctgatccctggaactcagtacacctacagcgtt cagcccatcttcaacggacgcgaccgtggaagcccattgacccgcaatgtcgtcacttct ctgtctcctcccactgacctcagagtagagtccagccctgtttcaggagatctcactgtc cactgggtagcttccaaaacaccaggcatcacaggctacagagtgacaagcacacccacc aacggccagcgaggaaacaccctggaagagttagtccaagctgatcaaacctcatgcatt cttgagagcctgaatctgggggccgagtacaacatcagtgttttcactaccaagggccat ttggaaagtgtccctgtgtccacaattatcacaccagacatccccacaccgagttacatt gactttgtcgacattactgacaccaccatcggcctgcgttggatccctctgaaatattca actattactggttaccagataatggtagtaacgtcaggcgagagcttgcccatttttcaa gatatggtggaagcatcagctggttattacacgattcgtggtctggagccgggcgtggac tatgacatcagtatcttcactgttacagaggaggggaaaagcgagccgaccacacacaca aagcaaacacaagctgccattccagctcccaccaacctacaatttagaggggtgggtccc gaccacattagggtgacatggacagtcccccatgtcgccacagtgagcgacatctctcgg tttgtcatccgttaccatcctgtagccacagacgatgacatcaaggaggttaatgttggt ggagccacaaacaccttccttctggagaacctgctgcccaacactgagtaccgtatcagt gttgtgtgtgtgtacggcgaacgagtaagtgaaccagccacagggactcagtggacaact ctggactcccccactggcttggacttctccgacatccgcaccaactccttcaccgttcac tggctggcaccgactgctgctatcactggctaccgcatccacttttcaaagacaagtggc gggaggccgaaagatgagaagctgcccccgaccaggacctacttcactttgactggactg acaccagagacagagtatctgatatatgtgtatgctgtccgcaacaatcaggagagtcag cctctgactggcactcaggccaccatctccgatgctcccacggacctggaggtaacatcg tccaccccgtccagcatcaccattcgctgggacgccccctctgtctcagtgaagaactac aggatcacctatggaggcacaagtggcgagactcctcaagagttcacaatcccaggcact cagaccaccgccaccatcaccggtctgaagcccggtactgactacaccgtcacagtctat gctgttacaggcagaggggacagccccgcctccaacaccccggtttacatcacgcacaag actgataccgagccccccactgacatgaaactgactgatgtgagtgacaacgccatcaca gtgcgctggtctcctgctcagggaccaatcagaggctacagaatcaccagtgttcctaag aatggcctgggaccctcctacaccgaggaggtgacccctgataagactcaggcgacgttc acaggcctgatgcccactgttgagtatgttgtgagtgtctatgccctgggcaatgatgga caaccctcttcgcctgtggtggagaatgctatgactgctatggaccgtcctaaggagctg accttctctgaaatcgactccaactccatgcgcatcacttgggacagtccagatggcacg gtgacatcataccgcgtcctgtattccagctcagaggagagcgagagggacctgcgtcca gcacccagaggagaccaggacactgtggtgctgcgaaaccttcgccccgggacagagtac actgtcaaagtcatcgccctccatggccgcacacctagcacaccgttggtgggaacccag gccacagtgatccctgctccgaccggcattgtgatctcagaggtcggtcccaccgtcttt actgtaaattggcgagcccccaatgcacgcctgttaggctaccatgtggtcgtcaccccc aagacaatcagtggtcccatcgaagagatgtacgttgcgccggacaccacacaagtcatc gtgccagggctaatgaaggcaacaacatacctggtacatgtctacgctcggaagaactct gtcaccagcagaccgctggaggctgaggtgaccactctgcgagatgtaagttctcctcga cgtgtgcgtatctctgatgtgaaggattcttctttcacactgacatggcgctccaaggag gaaaccatcactggttaccttgtcgatgccacgcccctcagtggcttgtaccccaccatc agaaagaccatcccaggagaaacaaacacctacactttcacaggtctgcagccaggcacc acgtacactgttaacctgtatactctaaatggcagcacaaagagcgccccaatcactctc gtcattcaaacagctgaaccagtggtccaggctcccaccaacctccagttcacatctttg acccccacctccatctccttcacctggcagccacctgccacacagatcacaggatactac gtcacctacgaggtgtcaggaggagcgccacgagagctcaccccaggaccccaccccggc caaaactacgccaccatttctggcctgagaccatccacagagtacatcatcaagatcatt gccaaccagaacacacagaggagcacacctctggtgggcaaaatcaggactcaaccagac tctttgcttcccctgccccaccgccctggaggtgttggtgaccggctggatgtgcctgaa actgacttggacaacacagtccaggtagtgggcaacaatggccaagatgggcatggtggt cagagccagaatgtggagtacacagagtacaacaacaacaacaacaacggcgacaacaac aacagatatagtaatcgtggcaatccacagtctccctttgggcaagttcgtgagcccctg atctttttgcccttccctgatgcagagggccgcagagttcctatcgtgaggattaatgcg cccattggcgccgagtttggtaacgacacgggagtgcaacaggaggcccaaactcagacc tccatttcatggaagccttacaagcagagcaactcgtacttggtgtcctgccatccactc acacacatagaggagaagatgttccagatccccctgccaggcacagccaccactgctacc ctgataggactctcccccggagccaactataatgtgatcgtggaggccctgaagggggca cttaagcacaagatactggagcaagtcgtcactgctggaaacacaatcccacaaggagtg ccctccactaaggactcatgttatgatgcctttacttcaacctaccatgatgttggtggt gaatgggagcggatgtctgagacaggcttcaagctgtggtgcacgtgcctgggcctgggg agtggccacttcagatgcgattcatctaagtggtgccatgacaatagcaacaactatcgc attggagagaagtgggaccgccgtgcggaaaatggtcatttgatgagctgcacttgcttg ggaaacggcaaaggagagttcaagtgtgaaccacatgattcagtgtgctacgatgatggc aaaacttaccaggtgggaaaccagtggcagaaggagtacctgggtgccatctgcacctgc acgtgctttggaggacagcagggctggcgatgtgagaactgccgcagaccaggtggtgag gttgatgccagtctgctgcagcccgttggatatggaaacacactacgcaatattcattgc cccgtcgagtgcctccgacccgagctgctggcagacgcacacgctcctccaaaccctcgg gagtaa

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