Pleuronectes platessa (European plaice): 128436527 Help Entry 128436527         CDS       T09923                                  Name (RefSeq) integrin alpha-M   KO K05718   integrin alpha L Organism pplt  Pleuronectes platessa (European plaice) Pathway pplt04514   Cell adhesion molecule (CAM) interaction pplt04517   IgSF CAM signaling pplt04518   Integrin signaling pplt04810   Regulation of actin cytoskeleton Brite KEGG Orthology (KO) [BR:pplt00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecule (CAM) interaction     128436527    04517 IgSF CAM signaling     128436527    04518 Integrin signaling     128436527  09140 Cellular Processes   09142 Cell motility    04810 Regulation of actin cytoskeleton     128436527  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:pplt04147]     128436527    04515 Cell adhesion molecules [BR:pplt04515]     128436527    04090 CD molecules [BR:pplt04090]     128436527 Exosome [BR:pplt04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    128436527 Cell adhesion molecules [BR:pplt04515]  Integrins   Integrin alpha subunits    128436527 CD molecules [BR:pplt04090]  Proteins   128436527 SSDB OrthologParalogGFIT Motif Pfam:  VWA FG-GAP VWA_2 Integrin_A_Ig_2 Integrin_A_Ig_1 ITGAX-like_Ig_3 FG-GAP_3 FG-GAP_2 vWA_Rv0959 VWA_CoxE Motif Other DBs NCBI-GeneID:  128436527 NCBI-ProteinID:  XP_053274244 LinkDB All DBs Position 3:complement(27409948..27426345) Genome browser AA seq 1205 aa AA seqDB search MWKMRDQRHMFLLTYMVALATPLSLAFNIDAKNPDVYAGEKKDFFGYKVLQFTSGTDKGI IVTAPLQLNGSGGVCRPYKNQSNQCFNAEDITVKNETLPVKLLGLSIAADSTSSQFIVCS PSVAHECNDNSYLNSVCYNMTYSLQTTSNFTPAFQECTKKTVDLVFLVDGSGSMTGTEFN KNKDFIVDIMKSLKNTSIKFSAVQFSSNHRTVFDFNDYQDGSALEKLRKEPHMEDLTNTH GALEFVLKNILENPTAGASPDAIKVLVIITDGDPSDRNDGTIEKYDEKQIIRFVIGVKDA KLERFTDIASKPADQYAFKIEDYNGLKGILEKFQKRIFKMEGSSVARGGDLTEEMAQSGF SAVVYNNTLILGSVGSKSWGGSLREIHEGKETQIEDPPMKKDSYMGYSISVGKRDNASLY FAGAPRFEHTGQVVLFRRDAGNWAAAQTLNGTQIGSYFGAELCSVDIDSDGNTDFLLVGA PLFYQPYEKKEGRIYVYILSEKMQLETVLNVTASMGRFGTTISSLADLNGDELRDVAVGA PLEDDNRGAVYIYLGDRRNGIHSTFSQRIMGQDFGLEMRFFGQAIDGGIDLGEDGLPDIL IGSQGMAVVLRSRPVFNVTAHLSFLPKEISTEKINCVDKTDGDLPMGTLQVCFEMVESTK SKADVMSSGLNISYILNVDPVRQTYRGFFGNDKKARSLTSSCDLTANETCFKLPVNMPKC LKDTFSPIIIKFNFSQVDSESASAVLNVDSRRSATVEVPFEKQCAKNDNCVAELEVDFNF MTPALLVAEDSYFNVTVKLSNYGDDSYNTSLTMHYPPGLSFSRMTITEATRPTLHSCHDL EGVLDKTVCGISLPVYRSGSAATFITSFYILTGYEWNDTILMTVTGRSDNANITENNTLT KSIPVQFEIKMGLTVKEGSTTYLNFTAEEAAPKKIEIIYKIDNPGFKAFPVNVSLFFPTQ LEHNFEMKDYQVSVQQNKTQCRIPDLKTDHCSPGEPWKIIACDTFILDKESSTEFTFSGE AHFRDLKKHAENIAFLKRYTRDSGEVKFKSSIGVEFDGRQYVLVSRKQERNDGFMETSHK TCSWKDNDPTMKWSEVRVEFTILPNRLLIIFTGVGLGLLFLIITTIIMWKLGCFKRKTFY EEEESDAVLQADSSNEFAFDPIVVSQLETEGKSDKPSEEKSLLVDEVAKGGIAAADEEEG LEYKK NT seq 3618 nt NT seq  +upstreamnt  +downstreamnt atgtggaagatgagagaccagcgtcatatgttcctgctcacctacatggtggcgcttgcc acccctctttctttggctttcaacattgatgcaaaaaatcccgatgtctatgctggtgaa aagaaagatttctttggatacaaagtgcttcagttcacgtctggcacagacaaagggata atcgtcactgcgccgctgcagctcaatggatctggaggagtatgcagaccttacaaaaac caaagcaaccagtgtttcaatgctgaagacattactgtgaaaaacgaaacgttaccagtg aagctcctcggcctgtcgatcgccgcagactccacaagctcccagttcattgtttgcagc ccaagtgtagcccatgaatgtaatgacaactcctatctgaacagtgtgtgttacaacatg acatatagtcttcagacaacctccaatttcactcctgctttccaagaatgtaccaaaaag acagtggaccttgtctttcttgttgatggatcaggcagtatgaccggaactgagttcaac aaaaataaagatttcatagtggatataatgaagagccttaagaacacatcaatcaagttc tcagcagttcagttctcctcaaaccacaggacagtatttgacttcaacgactatcaagat ggtagcgctcttgaaaaacttaggaaagaaccccacatggaggatctgaccaacacacat ggagccctcgaatttgtgttgaaaaatatcttggaaaacccaactgcaggtgcctctcct gatgcaattaaagttctggtaataatcacagatggtgatcccagtgacagaaacgatggg actattgaaaaatatgatgagaaacagatcattcgctttgtcattggggtcaaggacgct aagttagaaagattcacagacattgcttcaaaaccagcagaccaatatgcctttaaaatc gaggactacaacggactgaaaggaatactggaaaagtttcaaaaaaggatttttaaaatg gaaggttccagtgtggctcgaggaggagacttgacggaggaaatggctcagagtggattc agtgctgtcgtctataacaatacattgatcctgggttcagtgggctcaaagagctggggg ggctctctcagagagatccatgaaggaaaagaaacacaaattgaagatccaccaatgaag aaggactcctacatgggatactccatctctgttggcaagagggacaatgcttctctatac tttgcgggtgcaccaagatttgagcacacaggacaggtcgtacttttcagacgtgatgct ggtaattgggccgcagcccaaacactaaatggtacccagattggctcctactttggagca gagctgtgctcagtagatatcgactcagatggtaacactgacttcctgttggtgggagct cccctgttctatcagccctatgagaagaaagaaggccggatctatgtctacattctgtct gagaagatgcaactggaaactgtactaaatgtgacagcatccatgggcagatttggcacc accatttccagccttgcggatcttaacggagacgaactccgagacgttgctgttggagcc ccccttgaggatgataacagaggggctgtgtacatctaccttggtgacagacgcaatggc atacacagcactttcagccagagaatcatgggacaggattttggacttgagatgagattc ttcggacaggccattgatgggggcattgacctcggagaagacggacttccagatattttg attggatcacagggcatggctgttgtcttgaggtcccgtcctgtcttcaacgtcaccgca catctctcttttcttcctaaggaaataagcactgagaagattaactgtgtggacaaaaca gatggtgatttacccatggggaccttacaagtctgctttgaaatggtagaaagcacaaag agcaaagccgacgtgatgagctcaggactgaacatctcatacatacttaatgtggatcca gtgagacaaacctaccgaggtttctttggaaatgacaagaaagccaggagtctaacttcc tcctgcgatctgacggctaatgaaacttgcttcaagctccctgtcaacatgcctaaatgt ctgaaagacactttttcacccatcatcatcaaattcaacttttcccaagtcgacagtgag agtgcgagtgccgtcctgaacgtggacagcagaaggtcggctactgttgaggttcccttt gaaaagcaatgtgcaaaaaacgacaactgtgttgctgaactggaggtggatttcaacttc atgaccccggccttattggttgcagaagatagttacttcaacgtgactgtaaaactgtct aattatggtgatgactcatacaacaccagcctcacaatgcattatcctcctggcctctcc ttctccaggatgactattacagaggcgactagaccaacgctccacagctgtcatgatctt gaaggggtgcttgacaaaactgtgtgcggcatcagccttcctgtgtatcgcagcggatct gctgcaacgtttataacttctttctacatcctaaccgggtacgagtggaacgacacaatc ctgatgaccgttactggaagaagtgataacgcaaacatcaccgagaacaataccctgacc aaaagcatcccagtgcaatttgaaattaaaatgggactaacagtgaaagaaggcagcacc acatatctgaactttacagcagaagaggctgcacctaaaaaaattgagatcatatacaag attgataatccaggttttaaggcttttcctgtcaacgtgtctctgttcttcccaacgcaa ctggaacataactttgaaatgaaggattatcaagtgtctgtccagcagaacaaaactcaa tgcagaatccctgatctcaaaactgatcactgctcgccaggagaaccttggaaaatcatt gcatgtgacaccttcatcctggacaaggagtcatctactgagttcacattttcaggagaa gcacattttcgggatctcaaaaagcatgccgagaatattgcctttctgaaacgatacacc agagacagcggggaggtgaaattcaaaagctccataggtgttgaatttgacgggcgacaa tacgtgctggtttctcgtaaacaagagagaaacgatggattcatggagacgtctcataaa acttgctcatggaaagacaacgatccaaccatgaaatggagtgaagttcgggttgagttc acaattctccccaatcgactgctgatcatctttactggagttggattgggtttgttgttt ctcatcataaccacaatcatcatgtggaagcttggttgcttcaagaggaagacgttttat gaagaagaggagtcagatgctgttcttcaggctgacagttccaatgagtttgcctttgac cccatagtagtcagccaattagagactgagggcaaatctgacaaaccatcagaggagaaa tcgctgcttgttgatgaggtggccaaaggcggcatcgcagcagctgatgaagaggaggga ctagagtataaaaagtaa

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