Oncorhynchus nerka (sockeye salmon): 115132406 Help Entry 115132406         CDS       T07952                                  Name (RefSeq) integrin alpha-5-like   KO K06484   integrin alpha 5 Organism one  Oncorhynchus nerka (sockeye salmon) Pathway one03266   Virion - Herpesvirus one04145   Phagocytosis one04510   Focal adhesion one04512   ECM-receptor interaction one04517   IgSF CAM signaling one04518   Integrin signaling one04810   Regulation of actin cytoskeleton one04820   Cytoskeleton in muscle cells one05100   Bacterial invasion of epithelial cells one05168   Herpes simplex virus 1 infection Brite KEGG Orthology (KO) [BR:one00001]  09120 Genetic Information Processing   09125 Information processing in viruses    03266 Virion - Herpesvirus     115132406  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     115132406    04517 IgSF CAM signaling     115132406    04518 Integrin signaling     115132406  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagocytosis     115132406   09144 Cellular community - eukaryotes    04510 Focal adhesion     115132406   09142 Cell motility    04820 Cytoskeleton in muscle cells     115132406    04810 Regulation of actin cytoskeleton     115132406  09160 Human Diseases   09172 Infectious disease: viral    05168 Herpes simplex virus 1 infection     115132406   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     115132406  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:one04147]     115132406    04515 Cell adhesion molecules [BR:one04515]     115132406    04090 CD molecules [BR:one04090]     115132406 Exosome [BR:one04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    115132406 Cell adhesion molecules [BR:one04515]  Integrins   Integrin alpha subunits    115132406 CD molecules [BR:one04090]  Proteins   115132406 SSDB OrthologParalogGFIT Motif Pfam:  Integrin_A_Ig_3 Integrin_A_Ig_2 Integrin_A_Ig_1 FG-GAP FG-GAP_3 Integrin_alpha ITGAX-like_Ig_3 Tudor_3 Motif Other DBs NCBI-GeneID:  115132406 NCBI-ProteinID:  XP_029520880 LinkDB All DBs Position LG7:51162592..51250673 Genome browser AA seq 1054 aa AA seqDB search MGSKRYHSKTPGKLNYSLFCIGVCLIILLPLCDTFNLDVENPSVYSGPNGSYFGYSVEFY LTNSSSVSVVIGAPKANTSQFNITEGGSVYFCPWSLGQSECHNIEFDNQGDRIVTVSGTD YQAEVKSHQWFGATIRSHGDTILACAPLYSWRTKAEKPQSDTTGTCYLSVKNFTKFVEYA PCRTEFINQGGQGYCQGGFSADFTKDGKVVLGGPGSFFWQGQVISAAKEEIIKAYYPGYF MQSVEGQTQTRQAQIKYDDSYHGYSVAVGEFSGDDVEDVVAGVPKGVMLYGLVSVLNGTD LKSMLNYTGEQMGSYFGYTVSTADINNDGMSDLLVGAPMYMTRGSDGRLEEVGRVYLYLQ RGPLDLEPTLNLTGTQVFGRFGSTIAPLGDLNLDGYNDLAISCPFGGEDQQGLVLIYNGF AGGLRNTPSQVIAGQWASGTVPASFGFSLRGAKDQDMNGYPDLIVGAFGVDKAILYRSRP IVNTSASLTVYPTMINPEEKSCSVNNGNTTIPVSCVNLSFCLSANGKYLPDNLGFLVEVQ LDHLKHMQKGGVKRALFVDSQQAMLQRSVRVRSGERVCHETKIYLRDDKEFRDKLSSIYI SLNFSLDPQAAFDSHGLRPILNYKTTELIEQKAQILLDCGEDNICVPDLKLAVHGDRKEV YLGDDNLLTLTFNARNEGEGGAYEAELYVVLPPESDYSGIARNNESLTQLTCSYEAENQT RYLSCDLGNPMKSGTSLWAGLRFTVPRLKDTRKTVQFELQIRSKNENNSHSEVVPYKLEV VVQANVILQGVSRPDKVFFPPLNWKVSKTPQEEQDIGPVIQHVYELVNKGPSGISHTVLQ LSCPLSVQGQGLLYPLEMSTEGPLNCTTNHSINYLQLKLQQTSTEQPPLLVPGQDHHIER REVQRDQLAEHTNLSCSNVECWTLQCDVGLLEKGTSAILKLRSRIWAETFIERAYKGYVL ECLARFSVVKMPYAILPKEVPSGSKKVVTPLVWNKQDSQYSVPLWIIILAILAGLLLLAL LIYVLYKLGFFKRSLPYGTAMEKAQLKPQAASEA NT seq 3165 nt NT seq  +upstreamnt  +downstreamnt atgggttccaaaagataccattcgaagacaccgggaaaactgaactactcattattctgc attggggtttgtctaataattctgctaccgttgtgtgatacattcaacttggacgtggag aacccttctgtctacagcggacctaatgggagctactttggatattccgtggaattttac ttgaccaattcttcaagcgtcagtgtagtaattggcgctcccaaggccaataccagtcag ttcaacatcacagagggcgggtctgtgtacttctgcccatggagtctcggccaatctgag tgccacaacattgaatttgacaatcaaggggaccgcatagtcactgtcagtggcacagac taccaggctgaagtcaagtcccaccagtggttcggcgccaccatccgttcccacggagac accattctggcctgtgcccccctctactcctggagaaccaaagcagaaaagccccagtca gataccacgggaacctgctacctctctgtcaagaacttcaccaagtttgtggaatatgct ccctgtcgcacagaattcattaaccagggtggtcagggctactgtcaggggggattcagt gctgatttcacgaaggatgggaaagtggtgcttggaggaccaggcagcttcttctggcaa ggtcaggtgatctcagcagccaaagaggagatcatcaaggcctactatccagggtacttc atgcagtctgtggagggacagacccagaccagacaggctcagatcaaatatgacgacagc taccacggttactctgttgcagttggggaattcagtggagatgacgtggaagatgttgtg gctggggtcccaaaaggggtcatgctctatggtttggtgtctgttttaaatggcactgat ctgaagtccatgctcaactacactggcgaacagatgggctcctattttgggtatactgtg tccacagccgacatcaataacgacggcatgtctgacctgttggtgggagctcccatgtac atgacccgagggtcagacggccgtctggaggaggtgggacgtgtgtacctctatctgcag cgtggaccactggacctggagccaactctcaacctgaccgggacccaggtgtttgggagg tttggcagcaccatcgcacctctgggagacctcaacctggacggatacaatgacttggcc atcagctgtcctttcggtggagaggaccagcagggattggttctcatctacaacggattc gccggtgggctcaggaacacaccctctcaggtcatagctggccaatgggcttcaggcaca gtgccggccagctttggattctcactccgaggtgctaaggatcaggacatgaatggctac ccagatcttattgttggtgctttcggagttgacaaggcgattttgtacagatcccggccc atcgtcaacaccagtgcctccctgaccgtctatcccacaatgatcaacccagaggagaag agttgttcagtcaacaacggcaacaccaccataccggtctcctgtgtcaacctgagtttc tgcctctctgccaatgggaagtacctaccagacaacctaggcttcctggtagaggtgcag ttggaccatctgaaacacatgcagaagggaggggtgaagagggctctgtttgtagactcc cagcaggcaatgcttcagaggagtgtgagagtgcggagcggagagcgtgtgtgtcacgag accaagatctacctgagggatgacaaggagttcagagataagctctcctccatctacatc tccctcaacttcagtctggatcctcaggcagcgtttgactcccacggcctcagacccatc cttaactacaagaccaccgagctcatcgagcagaaggcccagattctgctggactgtgga gaagacaacatctgtgttcccgacttaaagctggcggtgcacggggacaggaaggaagtg tacctaggtgacgacaacttgctgaccttgactttcaacgcgcggaacgagggtgaaggt ggggcctatgaggctgaactgtatgtggtgttacctcctgaatcagactacagcggtata gctcgcaataacgagagtctgacccagctgacctgtagctacgaggctgagaaccagacc cgctacctcagctgtgacctgggcaatcccatgaagtctggcaccagcctgtgggcaggc ctgcgtttcactgtgccacgactgaaggacacacgcaagacggttcagtttgagctgcag atccgcagtaaaaatgagaataattcccacagtgaggtggtgccctacaaactggaggtg gttgtccaggccaatgttattttacagggtgtctcccggccagacaaggtcttcttccct cccctcaactggaaggtctccaagaccccccaggaggagcaggacattgggcctgtaatc caacacgtctatgaactggtgaacaaaggtcccagtgggatcagccacacagtgctgcag ctcagctgtcctctcagtgttcagggccagggtctcctctaccccctggagatgtctact gagggacccctcaactgcaccaccaaccactccatcaactacctgcagctcaagctccag cagacttccacagagcagccgcccctacttgtgcctggtcaggatcaccacatcgagagg agagaagtccagagagaccagctggcagagcacactaacctgtcctgctctaacgtggag tgctggacactgcagtgtgacgtgggtcttctggagaaggggaccagcgccattctcaaa ttgcgctcccgcatctgggctgagaccttcatcgagagggcatacaagggctacgtgctg gagtgcctggcaaggttcagtgtggtcaagatgccctatgccatcttgcccaaggaggta ccgagtggatctaaaaaggtggtgaccccgttggtgtggaacaaacaagacagccaatac tctgtgcccttgtggatcatcattctggccatactggctgggcttctgctgctggcactg ctcatctacgtcctgtacaaacttggcttcttcaaaaggtcgctaccctacggcacggct atggagaaggcccaactcaagccccaggctgcgtctgaggcctaa

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