Xenia sp. Carnegie-2017 (soft corals): 124452135 Help Entry 124452135         CDS       T08024                                  Name (RefSeq) focal adhesion kinase 1-like   KO K05725   focal adhesion kinase 1 [EC:2.7.10.2] Organism xen  Xenia sp. Carnegie-2017 (soft corals) Pathway xen04148   Efferocytosis xen05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:xen00001]  09140 Cellular Processes   09141 Transport and catabolism    04148 Efferocytosis     124452135  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     124452135  09180 Brite Hierarchies   09181 Protein families: metabolism    01001 Protein kinases [BR:xen01001]     124452135    01009 Protein phosphatases and associated proteins [BR:xen01009]     124452135 Enzymes [BR:xen01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.10  Protein-tyrosine kinases     2.7.10.2  non-specific protein-tyrosine kinase      124452135 Protein kinases [BR:xen01001]  Non-receptor tyrosine kinases   FAK family    124452135 Protein phosphatases and associated proteins [BR:xen01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      124452135 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PK_Tyr_Ser-Thr Focal_AT Pkinase FERM_C_FAK1 FERM_N_2 FERM_M Haspin_kinase ABC1 Motif Other DBs NCBI-GeneID:  124452135 NCBI-ProteinID:  XP_046858680 LinkDB All DBs Position Unknown AA seq 1075 aa AA seqDB search MVRGDSKKTFKLRSKSKKADADRGHRASTSSTDQRSTVKVYLPNGEFRSVKCGETTDIKG IIHLVISSLGVDAAASHTFYGMRFEHLASHTSYWLRSWFTVQEVRAKYGNSLPVDECRYY LRVKFFPGDLPSFYERDKASFFFLYDQIKNDYLQSVAERVDQDIAFRLGALEMRRHFKDM PPNALEKKSNFEILEKEVGLTFFLPRSIIEHMKPKALRKILNSYFKQYSDLNEQQCCYRF LDLLATIHRYDLETFKCSLGSGWTITVDIVIGPKDGISYKAEQGSMITHMAHFNLIRGIK VSRIASSIVSLPSPTDSLKATVDLRVEGAQEPLVFTTSSFVQATEMAELIDGYCQLVGNQ KTSLLNRRLDERQLPNVPGTNGSHSDTDGQSKRHSIASHTTRPNSEEYDDYAEIVDNEEF DDYSQPISEKNYEISRSKVTLGAIIGEGQFGDVHKGTIKAKDGSNLPVAIKTCKDEDEAE RFLEEAYVMKQFDHPHIIRLIGLCMDPPIYIIMELAPHGEMRSYLQKNKDNLNTSILLTY IYQLSTALSYLESKKFVHRDIAARNVLVCSHDNVKLADFGLSRWLEVESYYKASKGKLPI KWMAPESINFRRFTTASDVWMFGVCMWEIMMYGVKPFQKVKNNDVIGRIENGERLSFPKN CPPALYHVMIDCWSYEPSKRPNGDELKGKLKFIVQEEKVVGVETHRESSTSSLNSSVSSM LNIPSRPGVSQRALNPGLRRSLSDCQSLPKQYRHSLSNGNHDGDHFSLDNAPDDVLRRSP RSPHSPNNHLSFYLAQRSNTFSGTPRRLSLQNVKREMSAEEMEKFKKKMKEKQRIQEQII REKLETQKRQSEEDSRWLQEEENKSEFPEDLSSKSIGSPENEELPVMESYDPEGSGILVQ SGKTSHEIHLSPQLSPQAATIEDGSTFEFLETPAPAVSHEKSTDDRDRSGDTVFTCTTEV VRTIIQLNRESNFADPMTLVQLIKEVGNALRMLLSEVDNEVTKLPPSSHKEVEMAHKVLS SDMANLISALKTSQKYDGTTLEDTYRKEMLSAAHVLAMDAKHLFDVVDGARIPVS NT seq 3228 nt NT seq  +upstreamnt  +downstreamnt atggttcgtggtgattcgaaaaagacgttcaagcttcgctcaaaaagtaaaaaggcggac gcggacagaggccacagagcgagtacgagcagtacagaccagagatcgacagtaaaagta tatctaccgaatggcgaatttcgtagcgttaaatgtggcgaaacaacggacataaagggc atcattcacttggtgatttcaagcctcggtgttgacgcagctgcttcacatacgttctat ggcatgcgtttcgagcacctcgcgtcgcataccagctattggctgcgtagttggtttaca gtccaagaagtacgcgcgaaatatggtaatagtctacccgttgacgagtgcagatattat cttagagtcaaattttttcccggagatttgccgtcattttatgaaagagacaaagcgagc tttttctttctttacgatcagattaagaatgactatcttcaaagtgtcgctgaaagagtt gatcaagatattgcatttcgtttgggagcactggagatgaggagacatttcaaagatatg cctccgaacgctcttgagaaaaagtcgaattttgaaattctggagaaggaggttggactc acatttttcttgcccagatcaataatcgaacatatgaaaccgaaagctctacggaaaatc ctcaacagttacttcaagcagtattcggatttaaacgaacagcaatgctgctaccggttt cttgatctcctcgccaccattcatcgttatgatcttgaaacgtttaaatgttcattaggg agtggctggacgatcaccgtggatattgtcattggaccgaaggatggcattagttacaaa gctgaacaaggctcgatgataactcacatggcgcactttaatttgattcgtggcatcaaa gtaagtcgtatcgcctcctccatcgtttcgctgccttcacctaccgacagtttaaaggcg accgtggatcttcgggtggagggagcgcaagaaccattggtgttcacaacgtcttcattt gttcaagccacggaaatggccgaactcatcgatggttattgtcaacttgtaggaaatcaa aaaacttccttattaaatcgaaggctcgatgaacgtcaactgccgaatgtccctggaacg aacggaagtcatagcgatactgatggtcaatccaagagacactcgattgcttcacacaca acacggcctaacagtgaagaatatgatgattacgctgaaattgtggacaacgaggaattt gatgattattcgcaaccaatttcagaaaaaaattacgaaatttcaaggagtaaagtgaca ttgggagcaatcatcggtgaaggtcagtttggcgatgtacataaaggaacgataaaggca aaggatgggagtaacttacctgtcgctattaaaacttgtaaagatgaagatgaggcggaa agatttttagaagaagcatatgtaatgaaacaattcgatcatcctcatatcatacgtttg attgggttatgtatggaccctcctatttatataataatggaattggcgccgcacggcgag atgcgttcatatttacagaagaacaaggataacttaaacacatcaatattgttgacatat atttatcaactttcgactgcgctctcttatctcgaaagcaaaaaattcgttcacagagat atagcggcgaggaatgtccttgtatgttcccatgacaacgtcaaacttgcagactttggt ctctcgcgttggctggaagttgaatcatattacaaagcctcgaaaggcaaactgccaatt aagtggatggcgccagaatcgatcaacttccgtcgatttacgacggctagcgacgtgtgg atgttcggtgtatgtatgtgggaaatcatgatgtacggtgtaaaaccgtttcaaaaagtt aaaaataatgacgtcatcggtcgtattgagaacggcgagagattgtcgtttccaaagaac tgtccgcctgctttgtatcatgttatgattgactgctggtcatatgagccttcgaaacga cccaatggcgatgaattaaagggaaaattaaagttcatagtgcaagaggaaaaagttgtg ggagtcgaaactcatcgcgaatcctcgacatcatcgcttaactcaagtgtatccagtatg ttgaacatcccttcaagacccggtgtaagtcaacgtgccttgaatccaggcctccgtcga tcactttcggattgccagtcgttaccgaaacaataccgacacagtctctcgaacggtaac catgatggcgatcatttttcgctagataatgctcctgatgatgttttacgtcggagtcct cgatcacctcattcacccaataatcatctatccttttacctggcacagcgtagcaacaca ttcagtggaacacctcgacggcttagtttacagaatgtaaagagagaaatgtcggccgag gaaatggagaaattcaaaaagaaaatgaaagaaaaacaacgcatacaagaacaaattatc cgcgagaaactagaaacgcaaaaaagacagtcggaagaagattcaagatggttgcaagag gaagaaaacaaatctgagtttccagaagatttgtcatcgaaatccataggaagtccggag aacgaagaacttcccgtaatggagtcatacgatcctgaaggatctggaattcttgtccaa tcagggaaaactagtcacgaaattcacttgtcaccccagttaagcccacaagcggcaaca atcgaggatggaagtacttttgagtttctcgagactcctgctcctgctgtttcccatgaa aagtcgactgatgatcgtgatagaagcggggacactgtatttacttgcactacggaagtt gttagaactatcattcagttgaatcgtgaatcaaattttgccgacccaatgacgctagtc caattaataaaggaggttggtaatgccttgaggatgttactgtctgaggttgacaacgaa gtcacgaagctacctccatcatcacataaagaggttgaaatggcgcataaagttttgtct tccgacatggccaatctcatttcagctctgaaaacatcacagaaatacgatggtacaaca ctcgaagatacgtataggaaagaaatgttatctgctgcgcatgtgctagcaatggatgca aaacatctgtttgatgttgtggacggggcgcgaatcccagtctcttag

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