Scomber japonicus (chub mackerel): 128362810 Help Entry 128362810         CDS       T09718                                  Name (RefSeq) integrin alpha-6-like   KO K06485   integrin alpha 6 Organism sjo  Scomber japonicus (chub mackerel) Pathway sjo04382   Cornified envelope formation sjo04510   Focal adhesion sjo04512   ECM-receptor interaction sjo04514   Cell adhesion molecule (CAM) interaction sjo04518   Integrin signaling sjo04810   Regulation of actin cytoskeleton sjo04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:sjo00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     128362810    04514 Cell adhesion molecule (CAM) interaction     128362810    04518 Integrin signaling     128362810  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     128362810   09142 Cell motility    04820 Cytoskeleton in muscle cells     128362810    04810 Regulation of actin cytoskeleton     128362810  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     128362810  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:sjo04147]     128362810    04515 Cell adhesion molecules [BR:sjo04515]     128362810    04090 CD molecules [BR:sjo04090]     128362810 Exosome [BR:sjo04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    128362810   Exosomal proteins of breast milk    128362810 Cell adhesion molecules [BR:sjo04515]  Integrins   Integrin alpha subunits    128362810 CD molecules [BR:sjo04090]  Proteins   128362810 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Integrin_A_Ig_3 Integrin_A_Ig_2 Integrin_A_Ig_1 FG-GAP FG-GAP_3 Motif Other DBs NCBI-GeneID:  128362810 NCBI-ProteinID:  XP_053179637 LinkDB All DBs Position 8:21447543..21458534 Genome browser AA seq 958 aa AA seqDB search MEFLESNGINGQWMGVRVTSQGPGKNVMTCAHRYQQWSPSPGPYNPRLVTGQCYLLGDDL QVGKEDRTWRRVVCDSEHLTRRSMNHEWFAYCQQGHGASFAKDNTSLLFGAPGAYLWKGI VRMEPLENLGIFSEYARETGNIDTLNTKLIPLKRDSYLGFSIDSGMALLRKGELTIVSGA PRGGYSGQVTFIKVDPAALRSLSVELVLSGPGLASSFGYAVAVVDFNGDGWEDLAVGAPE FFVKDGLVGGAVYIYINNKGKNWDKIVPVKLLGHKDSMFGLAVENIGDINQDGYEDIAVG APYDGSGRVYLYYGSLDGINPEPAQVLSSESKKITLFGYSLSGNLDVDDNQYPDLAVGSL SDSVFVYRARPVVSVSSYLKLTPNKTDISKEQCDKRTCDFSVQACFTYTAHLTSFNPKLI LNYTFEIDAGRRKSGLPPRMRIMGSSQGKLELPRQGLKVCTDTKLRLLRNIKDRLHNILV SVTWSLWNSSQTTRTSDNLTNLTPVLNLYQQKTTVSEIVLINKGCGSDNICQSNLELQYK FCSRKTQNGQDVFKSLAREDGVAVITPSDGDIALEITVTNRNGDDAHQSHSVIRLPDTLR YTSVVYDTASETHVTCSANENGTFVDCELGNPLHRDAEVTFYVLMSTNSISLSTKEVNVT LQLETTSVQTIPPVEALAKVIFELNLQIYGQARPSQVSLGENVQGESAIETVDEIGAVVQ YEFKVTNLGRSLKSFANASLNIYWPKENSVGKWLLYLTQISNEGVQSVPCSPVNEINPLK HVKGWHDPSRKRREAELEALSTDDFTFLPTRRKYKTLTCSDGLKCVEIRCPLVGLDSSAL IILHSRLWNSTFTEDYSSLNYLDIVVDAALDLTNSPENIGLKSEKPGTKVRLTVFLKRKT KYFTKVAWWIIFLTVIVGLLLLAMLGFLLWKRGCINCHTNNKIPLHDGDPKETTPLKG NT seq 2877 nt NT seq  +upstreamnt  +downstreamnt atggagttccttgagagtaatggcataaatggccagtggatgggagttagagtgacaagc cagggtcctggtaaaaatgtaatgacctgtgctcatcgctaccagcagtggagtccaagc ccaggcccttacaaccctcgccttgttacgggtcagtgctacctcttaggagatgacctg caggtcgggaaggaagacaggacgtggaggagggtagtttgtgattctgaacacttaacc agacgttcaatgaaccacgagtggtttgcatactgccagcagggtcatggagcatcattt gcaaaagacaacacatctttgttatttggagcaccaggcgcttacctgtggaaagggatc gtacggatggagcccctggagaacctgggcatcttcagcgaatacgctcgtgaaactggg aatatagacacattgaacacaaaactcatacctctaaagagagacagctacctaggattt tccattgactcaggaatggccctcctcaggaagggtgagctgacaattgtgtcaggggca cccagaggaggctacagcggccaagtgacatttattaaggtggatccagcggcactgaga agtttatctgtagagttagtcctctctggcccgggcctggcctcctcctttggctatgct gtggcagtggtggatttcaatggtgacgggtgggaggaccttgcagtaggagcacccgag ttctttgttaaagacggtttggtcggaggggcagtctatatctacataaacaacaaagga aaaaactgggacaagattgtacccgtcaaacttcttggacataaagattccatgtttggc cttgcagtggaaaacataggagacatcaatcaagacggatatgaagatattgctgtggga gcaccttatgatggctctggtcgagtatacctctactatggctcattagatggcatcaac ccagagccagcacaggtactttcatcagaatccaaaaaaatcactttgtttggatattct ctgtctggcaatttggacgtggatgacaatcagtaccctgatttggctgttgggtcgctc tcagattctgtatttgtttacagagcgaggccagtggtcagtgtcagcagctatctaaag ctaacaccaaataaaacagacatctcaaaggaacaatgtgataaacgcacgtgtgatttt tcagtgcaggcgtgctttacctacacagcacatctgacgtccttcaaccctaaactgata ctcaattacacatttgagattgatgctgggaggagaaaatcaggacttcctcccagaatg cgcataatgggttcatctcaaggaaaactggagctacctcgccaggggttgaaagtctgc actgataccaagctccgccttctgcgaaatattaaagacaggctgcacaatatccttgtt tctgtaacctggtctctatggaactccagtcaaacgacaaggacaagtgataatctgacc aacctcacacctgtccttaacctctaccagcagaaaacaactgtctcagagattgtctta ataaacaagggctgtggcagcgacaacatttgccaaagtaacctggagttacagtacaag ttctgttccaggaaaacacaaaatggtcaagatgttttcaaatcattggccagagaggat ggtgttgcagtcatcactccctctgatggagacatagccttggagatcactgtgactaac aggaacggagatgacgcacaccagagtcactcagtcatcaggctcccagatactcttcgc tacacctctgttgtctatgatacagcatcagaaacacatgtgacatgttcagccaatgaa aatggaacatttgtagactgcgaactgggaaacccactccatagagatgctgaagttaca ttttatgtcctcatgtcaacaaacagtatctcactgagtacaaaagaggtcaacgtcacc ctgcaacttgaaacaacaagtgtgcagacaataccaccagtcgaggcattagccaaagtt atttttgaactgaatctgcaaatatatggtcaagccaggccctctcaagtatcacttggt gaaaatgtgcaaggtgaaagtgccatagaaacagttgatgaaattggagctgtggttcaa tatgaatttaaggtaacaaatttgggcagatcactgaaatcttttgccaatgcatcactt aatatttattggccaaaggagaattctgtaggaaaatggctactttacttgactcagatc agcaatgaaggggtgcagtctgtcccctgctcacctgtaaatgagatcaatccacttaaa catgtaaagggctggcatgacccttcaaggaaaagacgtgaagctgagcttgaagccctc tctactgatgatttcacatttctgccgacaagaagaaaatacaaaaccttgacctgctca gatggactgaagtgtgtggagatacgctgccctctggtgggccttgacagtagcgcactg attattctgcattctcgcctctggaattctacttttacagaggattacagctctttgaac tacctggacattgttgtggatgctgctctcgacttaacaaactctccagagaatatcgga cttaaatcagagaagcctgggacaaaggtaagactgactgtgttcctcaagagaaaaact aaatacttcaccaaagttgcctggtggataatcttcctgacagtcattgtgggactcctg ttattggcaatgcttggcttcttgttgtggaagagaggatgcatcaactgtcacactaat aacaagattcctttacatgacggagatccaaaggagactactcctctgaaaggctaa

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