Esox lucius (northern pike): 105021449 Help Entry 105021449         CDS       T04894                                  Name (RefSeq) integrin alpha-X   KO K05718   integrin alpha L Organism els  Esox lucius (northern pike) Pathway els04514   Cell adhesion molecules els04810   Regulation of actin cytoskeleton Brite KEGG Orthology (KO) [BR:els00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     105021449  09140 Cellular Processes   09142 Cell motility    04810 Regulation of actin cytoskeleton     105021449  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:els04147]     105021449    04515 Cell adhesion molecules [BR:els04515]     105021449    04090 CD molecules [BR:els04090]     105021449 Exosome [BR:els04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    105021449 Cell adhesion molecules [BR:els04515]  Integrins   Integrin alpha subunits    105021449 CD molecules [BR:els04090]  Proteins   105021449 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  VWA FG-GAP Integrin_A_Ig_1 VWA_2 Integrin_A_Ig_2 FG-GAP_3 ITGAX-like_Ig_3 vWA-TerF-like Integrin_alpha Motif Other DBs NCBI-GeneID:  105021449 NCBI-ProteinID:  XP_028977856 LinkDB All DBs Position LG09:17547960..17708694 Genome browser AA seq 1919 aa AA seqDB search MLSRQGPIFLLTCLTVMAVSSVAFNIDVVNPSIYKGEQALFGYKVLQFSSDKEKGVMVSA PYQKNGSGGVCRCVQDQMKCLDIQGSNTTKYKGLSLAGPSSPEYSGPPMFTACTPGLSHE CDGNSYLNSICYQFNTQLDNISEFKPNFQECTKKIVNLVFLFDGSLSMTPTDFEQNKRFI EDIMTTLKNTSIEFAAVQFSSNTRTVFNFNDYQAGTALDKLWNEQHMSELTNTHKAIHFV LENIFENPTAGATPDATKVIVLITDGNSSDTDRKDSIKRSNEKNIFRLIIGVKNVDIKKL QSLASDPKENNTFHIQNYNRLTGILENFQKKIFNIEGSKTENLTKEMSQTGFSAVYYKNT LFLGSVGSNHWRGSLYETVGPKSEEREIQDPILDNYSYMGYSVEVGNKNKNLLYFTGAPR SEHTGKVLVFTEIKKNWNVKATIAGEQIGSYFGAELCSIDIDSDGNTDFLLVGAPLFHQP QREGKIYVYRLTDKLELSLEMNVSVPSRGRFGSSISSLLDLNGDGLKDVAVGAPLEDNHS GAVYIYLGEKIMGIRPKFSQRISASMMTSQKMPSNLQFFGQTIDGKMDLGEDGLTDIVVG ARGAIFVLRSRPVITVSAKIYFHPSEISTYNFDCLAKDDTIFNVFTLTVCFNKAEATHSK TGALSAGMNVSYELNVDPVRQRSRAFYSDKDKEIRSLRSTVELRNAQTCFNHSVYMTACV IDILSPIIVKLHFLQSESHQGIPNAILNTDSPTQAVVKVPFENNCKKNGTCVADLVVDFS FSNSTLVVEKQSYCMVTIKLSNHGDDSYNTSLTILHSRGLSFSMMTLVKACTPGLSHECD GNSYLNSICYQFKTRWDNISEFKPNFQECTKKIVNLVFLFDGSGSMTPSEFEQNKRFIKD IMTTLKNTSFEFAAVQFSSNTRTVFNFNDYKAGTALDKLWNEQHMSELTNTHKAIQFVLD NIFENPTAGATPDATKVIVLITDGNPSDTDRKDSIKRSNEKNIFRLIIGVKNVDIKKLQS LASDPKENNTFHIKDYNGLSGILENFQKRIFNIEGSKTNQSENLTKEMSQTGFSAVYYKN TLVLGSVGSNNWRGSLYETVGPKSEEREIQDPTLDRDSYMGYSVAVGNKNKNLLYFTGAP RSEHTGKVLVFTEIKTNWKVKATIAGEQIGSYFGAELCSIDIDSDGNTDFLLVGAPLFHQ PQREGKIYVYRLTDKLELSLEMNVSVPSRGRFGSSISSLLDLNGDGLKDVAVGAPLEDNH SGAVYIYLGEKIMGIRPKFSQRISASMMKMPSNLQFFGQTIDGNMDLGEDGLTDIVVGAR GAIFVLRSRPVITVSAKIYFHPSEISTYNFDCLAKEDTIFNVFTLTVCFNKAEATHSNTG AQSAGMNVSYELNVDPVRQRSRAFYSDKDKDIRSLRSTVELRNAQTCFNHSVYMTACVID TLSPIIVKLNFLQSESHQGILNAILNIDSPTQAVVEVPFEKNCKKNGTCVADLVVDFSFS NSTLVVEEQSYCLVTIKLSNHGDDSYNTSLTIFHSRGLSFSMMTLVKSTRRTLFDCGQEN EEGKTTCSVSLPVFRSQTTAEFSSKFHILNTYDWNNTMEMTVIGMSDNGNSTSNSLTKTI PVQFAVDMAANALPRDSITYINLTLEHTSPKTLLNVYQVLNLGSKSLPITVIFIFPTMLE HKFKMKDYQISEIMNYTRCVKVMNTTTEFCSPEKYCKAIECESFILEKHLTLRFELSGSV VFEDLEQHAQGISFSKKFTGDREQVNFISFVKVNFDKKRYVQTSSDQQDKGNSTNYHQAQ IEVLAEMIIPPNLKFIIGTGVGGGLLLLIILTLVMYKVGFFKRQRLPDNAEENENDVKQC ETNFGETQSEKDPPSKVEPNQSTVEGKPLLSTSQSENNVFQSSNGGLGEGPQETQDVVE NT seq 5760 nt NT seq  +upstreamnt  +downstreamnt atgttgtccaggcagggacccattttcctgctcacctgcttgacagtaatggctgtctct tctgtggcttttaacattgatgtggtaaacccttcaatctacaaaggagaacaggcttta tttggatacaaagtcctgcaattcagttctgacaaagagaaaggggtaatggtcagtgca ccttatcagaagaatggatctggaggcgtctgcagatgtgttcaagaccaaatgaaatgt ttagatattcaaggaagtaacaccaccaagtacaaaggattgtctttggctggaccatcg tctccagaatattctggtcctcccatgtttactgcctgcaccccgggcctgtcacacgag tgtgatgggaactcatatctgaacagcatctgctatcagttcaacacccagttggataac atctctgaattcaaaccgaacttccaagaatgtactaagaaaatagtgaaccttgttttc ctctttgacggatcattaagcatgacaccgactgattttgaacagaacaaaagatttata gaggatatcatgacaacccttaagaacacctcaattgagtttgcagcggttcagttctca tcaaatactaggactgtcttcaacttcaatgactaccaagcagggacggctttggacaag ctatggaatgaacagcacatgagtgaactaaccaacacacataaggcgattcactttgtc ttggagaatatttttgaaaacccaactgctggtgccactccagatgcaactaaagtaata gtcctaatcactgacggaaattctagtgacactgacagaaaggattctatcaaaagaagt aatgagaaaaacattttccgcttaatcattggggtcaagaatgttgatattaaaaaactc caatccctggcatcagatccaaaagagaacaacactttccacatccagaattacaacaga cttactggaatcttagaaaactttcaaaaaaagattttcaacattgaaggttccaagact gaaaacttgactaaagagatgtcacagactgggttcagtgctgtgtattataaaaacact ttgtttttgggctcagtgggatcaaatcactggcgtggatctctctatgagactgttggt ccaaaatcagaggaaagggaaattcaggaccccatattggacaactactcctatatggga tactctgttgaggttgggaataaaaataagaaccttctatattttaccggagcaccaaga tctgaacacacaggaaaggtgctggtattcacagagataaaaaaaaactggaatgtgaaa gcaacaattgctggagaacagattggctcctactttggggcagagctgtgttctatagac attgactcagatggcaacacagacttccttctggtcggggcaccactgtttcaccaacct cagagagagggcaagatctatgtctacaggctgactgacaagctggaattgagtctggag atgaatgtttcagtgccatctaggggcagatttggctcctccatctcctctctcttagac cttaatggagatgggttgaaggatgtggcggtgggcgctcctcttgaggacaatcatagt ggagctgtgtacatctacctgggtgaaaagatcatgggaatccgccctaaattcagccag cgcatctcagccagtatgatgacatctcagaagatgccatctaatcttcagttctttggc cagacgattgatgggaagatggacctgggtgaagatggactgactgacattgtagtcgga gcacgtggagcgatttttgtcttgaggtccaggccagtcatcaccgtctctgctaagatc tacttccatccatcggagatcagcacctataactttgactgtctggcaaaagacgatacc attttcaatgtgttcactttaacggtttgctttaacaaagcggaagccacacatagtaaa actggggcgctgagcgcagggatgaacgtctcctacgagctgaacgtagatccagtgagg cagaggagccgagccttctacagtgacaaagataaagagattagaagtcttcgctcaact gtggagctgagaaatgcacagacctgcttcaaccactccgtctacatgacagcctgtgtg atagacatactatcacctataattgtcaaactgcattttttgcaatctgaaagccatcaa gggattcctaatgccatcctgaatactgacagtcctacacaggctgttgtaaaggtgccc tttgaaaataactgcaaaaaaaatggaacttgtgtggcagaccttgtggtggatttcagc tttagcaactcaactttagtggtggaaaaacagagctactgcatggtgactataaagctg tccaatcatggtgatgactcctacaacaccagtctaaccatcctccactctcgtggcctc tctttctccatgatgactcttgtgaaggcctgcaccccaggcctgtcacacgagtgtgat gggaactcatatctgaacagcatctgctatcagttcaaaacacggtgggataacatctct gaattcaaaccgaacttccaagaatgtactaagaaaatagtgaaccttgttttcctcttt gacggatccggaagcatgacaccgagtgaatttgaacagaacaaaagattcataaaggat atcatgacaacccttaagaacacctcatttgagtttgcagcggttcagttctcatcaaat actaggactgtcttcaacttcaatgactacaaagcagggacggctttggacaagctatgg aatgaacagcacatgagtgaactaaccaacacacataaggcgattcaatttgtcttggat aatatttttgaaaacccaactgctggtgccactccagatgcaactaaagtaatagttcta atcactgacggaaatcctagtgacactgacagaaaggattctatcaaaagaagtaatgag aaaaacattttccgcttaatcattggggtcaagaatgttgatattaaaaaactccaatcc ctggcatcagatccaaaagagaacaacactttccacatcaaggattacaacggacttagt ggaatcttagaaaactttcaaaaaaggattttcaacattgaaggttccaagactaatcaa tctgaaaacttgactaaagagatgtctcagactgggttcagtgctgtgtattataagaac actttggttttgggctcagtgggatcaaataactggcgtggatctctctatgagactgtt ggtccaaaatcagaggaaagggaaattcaggaccccacgttggacagagactcctatatg ggatactctgttgctgttgggaataaaaataagaaccttctatattttaccggagcacca agatctgaacacacaggaaaggtgctggtattcacagagattaaaacaaactggaaggtg aaagcaacaattgctggagaacagattggctcctactttggggcagagctgtgttctata gacattgactcagatggcaacacagacttccttctggtcggggcaccactgtttcaccaa cctcagagagagggcaagatctatgtctacaggctgactgacaagctggaattgagtctg gagatgaatgtttcagtgccatctaggggcagatttggctcctccatctcctctctctta gaccttaatggagatgggttgaaggatgtggcggtgggcgctcctcttgaggacaatcat agtggagctgtgtacatctacctgggtgaaaagatcatgggaatccgcccgaaattcagc cagcgcatctcagccagtatgatgaagatgccatctaatcttcagttctttggccagacg attgatgggaatatggacctgggtgaagatggattgactgacattgtggtcggagcacgt ggagcgatttttgtcttgaggtccaggccagtcatcactgtctctgctaagatctacttc catccatcggagatcagcacctataactttgactgtctggcaaaagaagataccattttc aatgtgttcactttaacggtttgctttaacaaagcggaagccacacatagtaatactggg gcgcagagcgcagggatgaacgtctcctacgagctgaacgtagatccagtgaggcagagg agccgagccttctacagtgacaaagataaagatattagaagtcttcgctcaactgtggag ctgagaaatgcacagacctgcttcaaccactccgtctacatgacagcctgtgtgatagac acactatcacctataattgtcaaactgaattttttgcaatctgaaagccatcaagggata ctgaatgccatcctgaatattgacagtcctacacaggctgttgtagaggtgccctttgaa aagaactgcaaaaaaaatggaacttgtgtggcagaccttgtggtggatttcagctttagc aactcaactttagtggtggaagaacagagctactgcctggtgactataaagctgtccaat catggtgatgactcctacaacaccagtctaaccatcttccactctcgtggcctctctttc tccatgatgactcttgtgaagtccaccaggagaactctgttcgactgtggtcaggaaaat gaagagggcaaaaccacatgcagtgtcagcctccctgtcttccgcagtcaaactacagcg gagttcagcagtaaattccacattttgaatacatatgactggaataatacaatggagatg actgtcattggaatgagtgacaatggaaactcaaccagtaactccctaaccaagactata cctgttcagtttgcagttgacatggcagcaaatgcccttcccagggactccatcacctac attaaccttactctggagcatacatcacccaaaacactgttgaatgtctaccaggtgctg aacttggggtctaagtctctacccattacagttatctttatttttccaaccatgcttgag cacaaatttaaaatgaaggactaccaaatatctgaaataatgaactatactcgatgtgta aaggttatgaacacaacaacagagttctgctctccagaaaaatactgcaaggccattgag tgtgaaagtttcattttggagaagcatttgactcttagatttgagctgtctggcagtgta gtcttcgaagaccttgagcaacatgcacagggcatatcattttcaaagaaattcactggg gacagagaacaagtcaatttcattagttttgttaaagtcaactttgacaaaaaacgatat gtacagacatcaagtgaccaacaggataaaggcaactctacaaattaccaccaagcacag attgaggttctggctgagatgatcattcctccaaatttaaagttcattataggaacagga gttggaggaggactcctgctcctgatcatcctcacattggtcatgtacaaggtgggattc ttcaagagacaaaggcttccagataatgcagaggaaaatgagaatgatgtgaaacagtgt gagacaaatttcggggaaactcagtcagaaaaagatccaccatccaaagtagagccaaac caaagtaccgtggaaggaaaacctcttctcagcaccagtcagtcagaaaacaatgtcttc cagtctagcaatggggggttaggagagggaccacaagagacccaggatgtggtagaataa

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