Coregonus clupeaformis (lake whitefish): 121534000 Help Entry 121534000         CDS       T08357                                  Name (RefSeq) integrin alpha-L-like isoform X1   KO K05718   integrin alpha L Organism cclu  Coregonus clupeaformis (lake whitefish) Pathway cclu04514   Cell adhesion molecules cclu04810   Regulation of actin cytoskeleton Brite KEGG Orthology (KO) [BR:cclu00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     121534000  09140 Cellular Processes   09142 Cell motility    04810 Regulation of actin cytoskeleton     121534000  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:cclu04147]     121534000    04515 Cell adhesion molecules [BR:cclu04515]     121534000    04090 CD molecules [BR:cclu04090]     121534000 Exosome [BR:cclu04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    121534000 Cell adhesion molecules [BR:cclu04515]  Integrins   Integrin alpha subunits    121534000 CD molecules [BR:cclu04090]  Proteins   121534000 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  VWA FG-GAP Integrin_A_Ig_1 ITGAX-like_Ig_3 Integrin_A_Ig_2 VWA_2 FG-GAP_3 Mid2 Copine vWA-TerF-like Motif Other DBs NCBI-GeneID:  121534000 NCBI-ProteinID:  XP_045072971 LinkDB All DBs Position Unknown AA seq 1218 aa AA seqDB search MLVDKEKDKMSGQGTLSLLTCMAAIAVSSMAFNIDENPPQIYKGEEQDLFGYKVLQFISG KEKGVMVSAPHQKNGSGGICRCAQDRTNCTNCYTPEETDTIKYIGLSMAGQSTSPPTFTA CSPGLAHECDGNSYLNSICYQFNSQLQITSNFTPAFQECTKKIVDLVFLFDGSGSMTKKE FEENKGFINNITTTLKNSSIKFAAVQFSLTARTVFNFNDYQEGRALTNLMKEEHMDLLTN THQAIDFVLKNIFENQAAGATADATKVLVVITDGNPSDTDKKFNSIKRSDEKNIIRFVIG VKNVNLTKLKSLASEPKENNTFLIQDYNGLKGILDNFQKKIFNIEGSKTALAGNLTKEMS QSGFSAVYGNKDTLVLGSVGSNNWRGSLFETEGLRSEEKEIQDPTLDKDSYMGYSVAVGK KKENLLYFTGAPRSEHMGRILLFNKVNNNWTVAQRLSGEQMGSYFGAELCSVDIDSDSNT DFLLVGAPMFHQPPREGRIYVYTLTDKLELRMEMNVSVPSPGRFGSSISSLTDLNGDGLK DVAVGAPLEDDRRGAVYIYLGEKLRGIRPEFSQHISAAVIRSKLQFFGQTIDGKMDLGED GLTDIVVGARGAVVVLRSRPVLSVSTHLHFHPLEINTDNFDCLARETISPVVTLTACFNM AEATKSKAGALSAGMNVSYSLVVDPVRQRSRAFYSDTNKGARRLRSTVELRKERTCFNHS VYMTQCVIDTLSPIIIQLNFSQSESQQEGPTAILNTDSPTQAVVEVPFEKNCKENETCVA ELEVDFNFITSTLLVVDQSYFNVTIRLSNHGDDSFNTSLTLLYPPGLSFSMMHLLKSTRR TLFSCGGLEGEMDRTTCSVSLPVYRSKTTAVFTSKFHILNTYDWNDTMEMTVIGLSDNGN STNSSLTRTIPVQFAVDLAAKALPQDSTTYINFTLEDTSPKKLVNVYEVQNLDSKSVPIT VTFTFPTKLEHKFEMKDYQISVSQNHTQCGKVMNSTTEYCSPEKYCKSIECESFLLEKFS IITFVLSGNVSFKDLDQHARSMSLPKKFTGDRETVNFISFVKLSFDKKRYVQTASDQGDN STSFHQTQIDVQAEIIIPPHRQLIIGTGVGVGIFLLIIVTVAMYMMGCFKRKRFVDNAQE GENEGEQSEQDDAAQPNNICVNISEKQPQPEREPESGAVESKPLLDDIQTENNGFPTSSE AVGEGPKEKQDVSESEAG NT seq 3657 nt NT seq  +upstreamnt  +downstreamnt atgctggtggacaaagagaaggataagatgtctgggcagggaaccctctccctgctcacc tgcatggcagccattgctgtctcttcaatggctttcaacattgatgaaaaccccccacaa atctacaaaggggaggaacaagatttatttggttacaaagtcctgcaattcatttctggc aaggagaaaggggtaatggtcagtgcgccacatcagaagaatggatctggtggaatctgt agatgtgctcaagaccgaacaaactgtacaaactgttacactcctgaagaaactgacaca atcaagtacattggactgtctatggctggacaatctacttctcctccaacgttcactgcc tgcagccctggcctggcacacgagtgcgatgggaactcctatctgaacagtatctgctat cagttcaacagccagctccagatcacctctaacttcacgcctgccttccaagaatgtacg aagaaaatagtggacctcgttttcctctttgacggatcaggaagcatgacaaagaaagaa tttgaagagaacaaaggtttcataaacaatatcacgacaaccctaaaaaattcctcaatc aagtttgcagcagttcagttctcattaacagccaggacagttttcaacttcaatgactac caagaggggagagccttgactaatcttatgaaagaagagcacatggatcttctaaccaat acacatcaggcgatagactttgtcttgaaaaacatttttgaaaaccaagctgccggcgcc accgcagatgcaactaaagtactggtcgtaataacagatggaaatcccagtgatactgat aaaaagtttaactctatcaaaagaagtgatgagaaaaacataatccgcttcgtcatcggg gtcaagaatgtcaatttgacgaaactgaagtccctggcatcagagccaaaagagaacaac actttcctcatccaggactacaacggactaaaaggaatcctagacaactttcaaaaaaag atcttcaatattgaaggttccaagactgctctggctggaaacttgactaaagagatgtct cagagtgggttcagtgctgtctacggtaataaggacaccttggttttgggctcagtggga tcaaacaactggcgtggatccctctttgagactgagggtctgagatcagaggaaaaggaa attcaggaccccaccttggacaaagactcatatatgggatactctgtagctgttgggaag aagaaagagaaccttctatattttaccggagcaccaagatctgaacacatgggacgaatc ctacttttcaacaaggttaacaacaactggactgtggcacaaagattgtctggagaacag atgggctcctactttggggcagagctgtgttctgtggacatagactcagacagcaacaca gacttcctcctggtgggtgcaccaatgtttcaccaacctccgagagagggcaggatctac gtttacacactgactgataagttggaactgaggatggagatgaatgtgtcagtgccgtct ccgggtagatttggctcctccatctcctctctcacagacctgaatggagatggcctgaag gatgtagctgtgggcgctccacttgaggacgatcgcaggggggccgtgtacatctacctg ggtgaaaagctaagggggatccgccctgaattcagccagcacatctcagctgcggtgata agatctaagctccagttctttggccagacgattgatgggaagatggacctgggtgaggat ggactgactgacatcgtagtaggagcgcgtggcgcagttgtcgtcttgaggtccagaccg gtcctcagcgtgtccactcatctccatttccatcccttggagatcaacactgataacttt gactgtcttgcaagagagaccatttcccctgtggtcactttaacagcctgctttaacatg gcagaggcaacaaagagtaaagctggagcgctgagtgcagggatgaacgtctcctactcg ctggttgtggatccagtgagacagaggagccgagccttttacagtgacacgaacaaaggg gccagaagacttcgctctactgtggagctgagaaaggagcggacctgcttcaaccactca gtctacatgacacaatgcgtgatcgacacattatcgcccattatcatccaacttaatttt tctcaatctgaaagccaacaagagggtcctactgccattctgaatactgatagtcctaca caggctgtggtcgaggtaccctttgaaaagaactgcaaagaaaacgaaacctgtgtggca gagcttgaggtggacttcaactttatcacctcaactttattagtggtggaccagagttac tttaatgtgactataagactgtccaatcatggggatgactccttcaacactagtctaacc ctcctctaccctcctggcctctcattctccatgatgcatcttctgaagtccacaaggaga actttgttcagctgtggtggtctggaaggtgaaatggacagaactacatgcagtgtcagc ctccctgtctaccgtagtaaaactacagcagtgttcaccagtaaattccatattttgaat acatacgactggaatgacacaatggaaatgaccgtcataggcctgagcgacaatggaaac tcaaccaatagttccctaaccaggaccatccctgttcaatttgcagttgacctggctgca aaagcccttccccaagactccactacttacattaactttactctggaggatacatcaccc aaaaaactggtgaatgtgtatgaggtgcagaacttggactctaagtctgtacccatcaca gtcaccttcacattcccaactaagcttgagcacaaatttgaaatgaaggactaccaaata tctgtctcacagaaccatactcaatgtggaaaggttatgaattcaacaacagagtactgc tctccagaaaaatactgcaagtccatcgagtgtgaaagtttccttttggagaagttttcg ataattacatttgtgctgtctggaaatgtttccttcaaggacctcgatcaacatgcaagg agcatgtcattgccaaagaaattcactggagatagagaaacagtcaatttcatcagtttt gtcaaactcagctttgacaaaaaacgatatgtccagacagcgagtgaccaaggggataac tctacgagcttccaccaaacacagattgatgttcaggctgagatcatcattcctccacat agacagctgataatagggacaggagttggagtaggaatcttcctcctgatcatcgtcaca gtggccatgtacatgatgggatgtttcaagagaaaaaggtttgttgataacgcacaggaa ggtgagaatgaaggggaacagagtgagcaagatgacgctgctcagcctaacaacatctgt gttaacatatcagagaagcagccacagcctgagagagagcctgagagtggagcagtggag tcaaaacctctccttgacgacattcagacagaaaacaatggcttcccaactagcagtgag gcggtaggggagggaccaaaagagaaacaggatgtgtcagagtcagaagcaggctaa

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