Conger conger (European conger): 133121569 Help Entry 133121569         CDS       T10633                                  Symbol itgb4 Name (RefSeq) integrin beta-4 isoform X1   KO K06525   integrin beta 4 Organism ccog  Conger conger (European conger) Pathway ccog04382   Cornified envelope formation ccog04510   Focal adhesion ccog04512   ECM-receptor interaction ccog04518   Integrin signaling ccog04810   Regulation of actin cytoskeleton ccog04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:ccog00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     133121569 (itgb4)    04518 Integrin signaling     133121569 (itgb4)  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     133121569 (itgb4)   09142 Cell motility    04820 Cytoskeleton in muscle cells     133121569 (itgb4)    04810 Regulation of actin cytoskeleton     133121569 (itgb4)  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     133121569 (itgb4)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:ccog04147]     133121569 (itgb4)    04515 Cell adhesion molecules [BR:ccog04515]     133121569 (itgb4)    04090 CD molecules [BR:ccog04090]     133121569 (itgb4) Exosome [BR:ccog04147]  Exosomal proteins   Exosomal proteins of colorectal cancer cells    133121569 (itgb4)   Exosomal proteins of bladder cancer cells    133121569 (itgb4) Cell adhesion molecules [BR:ccog04515]  Integrins   Integrin beta subunits    133121569 (itgb4) CD molecules [BR:ccog04090]  Proteins   133121569 (itgb4) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Integrin_beta fn3 Pur_ac_phosph_N Calx-beta Integrin_B_tail FN3_DSCAM-DSCAML_C PSI_integrin EGF_2 I-EGF_1 EGF_integrin EGF_Teneurin EGF_TEN vWA_SIBA-E Motif Other DBs NCBI-GeneID:  133121569 NCBI-ProteinID:  XP_061086821 LinkDB All DBs Position 2:complement(67819630..67847659) Genome browser AA seq 1975 aa AA seqDB search MGSWAVHLSVWVLFLTLYWTTTHAVNHCLAVQDSSCSMCIRAGEGCAYCSDEAYNGPRCD LKENLDKKDCQTYVTVQSEMEMMQNKRIDTNLKRAQVAPQLLKMRLLPGQEEEVEMEVFE PARGPLDLYILMDFSNSMSDDLDNLKRMGTQLANLVGKLSDDYTIGFGKFVDKVTEPQTD MRPSKLEQPWPHSDPPFSFKNVIPLTSNITFFLDKLQGERISGNLDAPEGGFDAILQTAV CQENIGWRPDSTHLLVFSTESAFHYEADGVNVLAGILPRNDEACHLTPDGNYTHDTVQDY PSVPTLVRLLGKHNIIPIFAITSHSFSYYEKLYQYFPIAELGLLQEDSSNILSILESAFE NIRSKISIRSEDRPKAVDAQVLSATGSSTEFNTFKITPGNIGTFKVKVKALEKVGGQHVC ELPDAEKEGTMRVKPTTFSTAFKIDAGVLCKSCDCEKTPVKNAVSCHANGDLVCGRCQCY DGWLGSFCNCSSGAIADNKACIEPGRNESCSGRGVCLCGSCVCSNPKYEGPFCQYDKTQC QRFGGFLCNDRGTCYHGQCACESGWDGPACECPKSNQTCMDTKGGICNGRGICNCGRCDC PGSSLHLSDTCEVSALAQLGMCEGTRSCAQCKAWKTGDLKGEKCGGCPFNITMVDELQKK EDVIDTCTFRDEEDDCTYHYTVDYAAKPNGPNEVQMLEKKDCPPAGFLWLIPLIMFLMLL LGLLLLCCWKYCPCCKGCLALLPCCGRGRMVGFKEDKYMLRHSALTSNDLDTPLVRTGPL KDTDVVRWKITDNVHRSQNHPLAQIPPNPKEIIPHPVSLRLTRPFTDNLLHSEAIDTDIL RREVDESLNNIYKQIPGAQKVQRTKFRNQTNAGKRENNTIVDTVLSAPRSAYPDIVKLTE KQVQAANFGDLKVVPGYYTVATDREAAGAVEMQEGVEMVDVRVPLFAKDEDDDEKKLRVE AVDVPIGIAEIGRRYVDITIIKDKAKSILTFLKPSYTYSRKEGVANIPIKREIIEDGRTQ VTYRTRDLTARDNKDYIGVEGDLTYQPGELQKVVPVKLLELGEDDSLLDEKVKQFVMDLS NARQGAKLGQYPRTTVTITDLPEPSEVMFKKDKQNYTTLDPSYSIPVVRARNLESPAKVH WRTRKPPGFDLSGVLNFPPGETEKNVVINSQECPNTVKPGNFKVELFDPSPNVVIGEKKT SVIHVADRGDNPMMTMENVSQVATSPGGRLLAPRNIKATATGPKNIRLNWLPVDNAHGYK VKYWIQGDPESKAKVIDCKTSQAELTDLYPFCDYEMRVCAHNRLGNGNYSDVIHCQTQED VPSEPGRLAFNVISPTVTQLSWAEPAATNGDITAYEVTYTPIDQASNPTGQTKKVKIDNP RKRMLLIENLQPSQTYIYNVRACNSIGWGPFRDATINLATQPNRPMSIPIIPDVPIVDAG DEYENYLMYSNEVLRSPTGSKRPSVADEGLRWKYVQLVGEDLDLRKVSWKLPADVILHRL STDTEASDEPPHPPRAQTPLQDQFMNGKLDQSFLFPGSSSSMTHNISSSSHTQVAPSYHG SGGSMNINTTTTYLSGQGNTFSSRQGVTKTGALRTEEVVLRKRSERGYYDNDGVRDSIVM ADMPADFTDSLGVSGYSKMLVNYSVGQSGRARTQSEDVHDALQNLDSVLQDPRLTPGVPD TPTRLVFSALGPTALKVSWQEPHCERDVLGYCVLYQLLSGGEVKRIEVPSTAGNTVVVKD LLPNHSYIFKVKAQSQEGWGPEREGVITIESAVDPKSPLSPVPGSPFTLSTPSAPGPLVF TALSPEALQLSWDKPRKPNGDIMGYMVTCEQLHGGGDVRSFQVSGDNAETSLTVADLTEN VPYKFKVQARTTQGFGPEREGIITIESQDGGNLSQFSSQAMTRKDVYHLPGEISTRTNVT HTTFDDPFLAEGLMVSSQHTETRGTVTRHVTKEVVSRGVVSGTSMSKMVEKFYEA NT seq 5928 nt NT seq  +upstreamnt  +downstreamnt atggggagttgggctgtacatctctctgtgtgggtgctgtttctcacactctactggacc acaacccatgctgtcaaccactgtctagctgttcaagactccagctgctccatgtgcatc cgggctggggaaggctgcgcctactgttctgatgaggcctataatggtccacgctgtgac cttaaggaaaacctggacaagaaggactgccagacatatgtgactgttcaaagtgagatg gaaatgatgcagaataaacgaattgacaccaatctgaagcgggcacaagtggcccctcag ctcctgaagatgcgcctgcttccaggacaggaggaggaagtggagatggaagtctttgag cctgccaggggtccccttgacctttatatcctcatggacttctccaactccatgtccgac gatttggacaacctgaagcggatggggactcagctggctaacctggtggggaaactgtca gatgattataccattggcttcgggaagtttgtggacaaggtcactgagccacagaccgac atgaggccttccaaactggaacagccttggccacatagcgatccccccttctccttcaag aatgtgattccgctcaccagcaacatcacattcttccttgacaagctgcagggtgagcgt atctctggcaacttggatgccccagaaggaggatttgatgccatattacagactgctgtg tgccaggaaaatattggctggcgaccggacagcacgcacctgctggtcttctcaacagag tccgcgttccactatgaggcggacggcgtgaacgtgctggccggcatcctgccgcggaat gacgaagcctgtcacctgacgcctgacggcaactacacgcacgacacagtgcaggattac ccgtctgtgcctactcttgtgcggctcctgggcaagcacaacatcatccccatcttcgcc atcaccagccactccttctcctactatgagaagttgtatcaatattttcccattgctgaa ctgggactattgcaagaagactcctccaacatcctgtctatcctggaaagtgcgtttgag aatatccgttcaaagatcagcatacgttctgaggacagacccaaggctgtggatgcacag gtcctgtctgctactggcagctcaactgaatttaacacctttaagattacaccaggaaac ataggcacattcaaggtgaaggtgaaagctcttgagaaagtcggtggccagcacgtctgt gagctgcctgacgcagagaaagagggaacgatgagggtcaaaccgaccaccttcagcacc gccttcaaaattgacgctggggttctctgcaagtcctgtgactgcgagaagacacctgta aagaatgcagtgagttgccacgccaatggggatctggtctgtgggaggtgccagtgctat gatggctggctggggagtttctgtaactgctcttcgggcgccattgcagacaacaaggcc tgcattgaacctggcaggaatgagtcctgctccggccgcggagtctgtctgtgcggatcc tgcgtgtgcagcaaccccaagtacgagggccccttctgccagtacgacaagacacagtgc cagcgcttcgggggatttctctgcaacgatcgaggcacctgctaccacggtcagtgtgcc tgcgagagcgggtgggacgggccggcttgtgagtgtcccaaaagcaaccagacctgcatg gacaccaaggggggaatctgtaacgggcgtggcatatgcaactgtggacgatgtgattgt cccggctcttccctacacctgagcgacacctgtgaagtcagtgccctggctcaactgggg atgtgtgaaggcacacggagctgtgcccagtgtaaggcctggaaaactggagacttgaag ggagagaagtgtgggggctgccccttcaatatcaccatggtggatgagctgcagaagaag gaggatgtgattgacacctgcactttccgagatgaggaagatgactgcacctaccactac actgtggactatgcggccaagcccaatggacctaatgaagtccaaatgcttgagaagaag gattgccccccagcaggcttcctgtggctcatccccctcattatgttcctcatgctgctg ctggggctgctgctgctgtgctgctggaagtactgcccatgctgcaagggctgtctggca ctgctgccctgctgtggtcgaggtcgcatggtgggcttcaaggaggataagtacatgctg cgtcactccgccctgacctccaatgacctggacacgcccctggtgcgtaccggccctctg aaggacactgacgtggtgcgctggaagatcaccgacaacgttcaccgttcacagaaccac ccgctggcccagatcccacccaaccccaaggagatcatcccacaccctgtctctctgcgg ctgacccgcccattcaccgataacctgctccactctgaggccattgatactgacatactc cgcagggaggtggacgaaagtcttaataacatctacaagcagatccctggtgctcagaag gttcaaaggaccaaattcaggaaccagaccaatgctggaaaaagggagaacaacaccatt gtggacacagtcctttcagctccccgctctgcctaccctgacatcgtcaaactgactgag aagcaggtccaggctgctaacttcggggacctgaaagttgttcctggctactacactgtg gccacagacagagaagcggccggtgcagtggagatgcaggaaggtgtcgagatggtggat gtacgtgtgcccctcttcgccaaggatgaagatgacgatgagaaaaagctgagggtagag gctgtggatgtccccattggcatcgctgagatcggccgccgctatgtcgacatcactata atcaaggacaaagcaaagagtatcctgaccttcctgaagccatcctacacctatagccga aaggagggtgtggccaacatccccatcaagcgtgagatcatcgaggatgggcgcacacag gtcacctatcgtacccgtgacctcactgccagagataataaggactatattggagtggaa ggagacctgacctatcagccaggggagctccagaaggttgtgcctgtgaagcttctggaa ctgggcgaggatgactccctcctggatgaaaaggtcaagcagtttgtcatggacctgagc aacgcgcgacagggtgccaagctaggccaatacccccgcaccacagtcaccatcactgac ctgccagagcccagtgaggtgatgttcaagaaggacaagcagaactacacaacattagac cccagctactccatcccagtggtgcgggcgcgcaacctggagagcccggccaaggttcat tggcgtacccgcaagccccccggctttgatttgtcgggcgttctcaatttccctcctggc gagacggagaagaatgtggtaattaactcacaggagtgtcccaacactgttaagcccgga aacttcaaagtggagctgtttgacccaagccccaacgttgtgataggggagaagaagacc agcgtcatccatgtcgccgaccgtggggacaaccccatgatgaccatggagaatgtcagc caggttgccacatcacctgggggacgacttttggccccacgcaacatcaaagccacggcc actggacccaaaaatatccgtctcaactggcttccagttgacaacgctcatggctacaaa gtaaaatactggatccaaggagacccagagtctaaggccaaagtgattgattgcaagacg tcacaggcagagctgaccgacctctacccattttgtgactatgaaatgcgcgtatgtgcc cacaatagactgggaaatggcaactacagtgatgtcattcactgtcagactcaggaggac gttcccagtgaaccagggcgtctggctttcaatgtcatcagcccaactgtcactcaactg agctgggccgagccagctgccaccaatggtgacatcactgcctatgaagtcacatacaca cccattgatcaggcaagcaatcccacaggtcagacaaagaaagtgaagattgacaacccc aggaaacgcatgctgttgattgagaatctgcagccctcgcagacatacatctataatgtc cgtgcttgcaacagcattggctgggggccattcagagatgccaccattaacctggcaaca cagcctaacaggcccatgtccattcccatcattcccgacgtccccatcgtggatgcgggt gacgaatatgagaactacctgatgtacagcaacgaggtcttgcgttccccaactggcagc aagaggcccagtgtggctgatgaaggcttgcgctggaaatatgttcagctggttggtgag gacctggaccttcgcaaggtttcctggaagctgcctgctgatgtcatcctccaccgactc agcactgacacagaggccagcgatgagccacctcaccctccccgtgcccagaccccgctg caagatcagttcatgaatgggaaattggatcagagtttcttgttccctggaagctcaagt tcaatgacgcataacatctcatcctcaagccacacccaggttgcccccagctatcacggg tcagggggcagcatgaacataaacaccaccaccacctacttatctggacaagggaatact ttctcgagcagacagggagtgacgaaaaccggggcgctgcgcacagaggaagtggtcctg aggaaacgctcggagaggggttactatgacaacgatggcgtgcgggactccattgtgatg gcagacatgcctgcagacttcacagacagtctaggtgtgtctggctacagcaagatgctg gtgaactacagcgtgggtcagagtggcagggcgcgcacgcagtcagaagacgtccacgac gcactgcagaacctggatagtgtgctccaggaccccaggctgaccccaggagtcccagac acacccactcggctggtgttttcagccctggggcctactgccctgaaagtgagctggcag gagcctcattgcgaaagagacgtcctgggctactgtgtgctttaccagctgctcagtgga ggtgaggtgaagcgtattgaggtgcccagcacagcagggaacacggtggtggtaaaggac ctcctgcccaatcactcctacatctttaaggtcaaagcacagagccaggaaggctggggc cccgaaagagagggcgtgatcacaatcgaatctgctgtggatcccaagagtcccctcagc cctgtgccaggatccccgttcaccctcagcacccccagtgcccctgggccgctggtgttc actgccctcagccctgaggccctgcagctgagctgggacaaacctcgcaagcccaacggg gacatcatgggctacatggtcacctgtgaacaactgcacggtggaggtgatgttcgctcc ttccaggtgagcggggacaacgcagagaccagtctgaccgtggctgacctgactgagaat gtgccctataagtttaaggtccaggcaagaaccacacagggctttggtcctgagagagag ggcattatcaccatcgagtcccaggatggaggtaacttgtcccagttcagcagccaggca atgacaaggaaagatgtgtaccacctcccaggagagatcagtactcgtaccaatgtcact cacaccacattcgacgacccctttttagcagaggggctgatggtgtcctcgcaacacact gagaccaggggtacagtgacccgacacgtcaccaaagaggtggtgagcaggggcgttgtg tcaggaaccagcatgtccaaaatggtggagaagttctacgaggcctga

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