Alligator sinensis (Chinese alligator): 102383861 Help Entry 102383861         CDS       T02922                                  Symbol ITGB2 Name (RefSeq) integrin beta-2   KO K06464   integrin beta 2 Organism asn  Alligator sinensis (Chinese alligator) Pathway asn04145   Phagosome asn04514   Cell adhesion molecule (CAM) interaction asn04517   IgSF CAM signaling asn04518   Integrin signaling asn04810   Regulation of actin cytoskeleton Brite KEGG Orthology (KO) [BR:asn00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecule (CAM) interaction     102383861 (ITGB2)    04517 IgSF CAM signaling     102383861 (ITGB2)    04518 Integrin signaling     102383861 (ITGB2)  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagosome     102383861 (ITGB2)   09142 Cell motility    04810 Regulation of actin cytoskeleton     102383861 (ITGB2)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:asn04131]     102383861 (ITGB2)   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:asn04147]     102383861 (ITGB2)    04515 Cell adhesion molecules [BR:asn04515]     102383861 (ITGB2)    04090 CD molecules [BR:asn04090]     102383861 (ITGB2) Membrane trafficking [BR:asn04131]  Endocytosis   Phagocytosis    Integrins (complement receptors)     102383861 (ITGB2) Exosome [BR:asn04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    102383861 (ITGB2) Cell adhesion molecules [BR:asn04515]  Integrins   Integrin beta subunits    102383861 (ITGB2) CD molecules [BR:asn04090]  Proteins   102383861 (ITGB2) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Integrin_beta Integrin_b_cyt Integrin_B_tail EGF_integrin I-EGF_1 EGF_2 vWA_SIBA-E Motif Other DBs NCBI-GeneID:  102383861 NCBI-ProteinID:  XP_025058024 UniProt:  A0A3Q0GEI9 LinkDB All DBs Position Unknown AA seq 771 aa AA seqDB search MIRDCFLLPALAGLLLLTATALSLECLKTKVNSCQDCIQSSPDCAWCKKLIFSKPGEPDS IRCDTIPALKLRGCEEIDIVFPNSSATLQRNGPGEKSQLDLKTVNLQLRKDQPAEFNITF HRAEGFPIDLYYLMDLSYSMIDDLEKVKKLGGDLLEVLKTLTKTGRIGFGSFVDKTVLPF VNTHPEKMKNPCPNKDTQCQPPFAFKHVLSLTDNAKTFEDKVGQQYISGNLDAPEGGLDA MMQVAVCGDRIGWHNVTRLLVYATDDGFHFAGDGKLAAILTPNDGHCHLEENMYKKSNEF DYPSVGQLIQKLAENNIQPIFAVTSKVVNTYKKLSEMIPKSAVGELNEDSSNVIQLIQEA YNSLSSKVIVDHSIVLDNLKITYDSFCNNKKTSVDKPRGECDNVKTNDKVTFRVKVTAKD CIKDQSFTIRPLGFTDTLTVHLTSQCNCNCGEQTDSSACNGKGNIVCGICSCSEGYIGKN CECETKGKSSKELEGSCRKDNASIICSGLGDCVCGQCTCHASDVPNKQIYGTFCQCDNMN CEVHNGQVCGGKERGLCDCGVCKCQDGYEGSACQCQKTTDGCMNIQGKECSNRGKCKCNR CQCNSGYQPPFCEECPGCPSPCAKHVSCVECQAFGSGPYQKNCTETCPNIKVHEELKANT KSCREKDSENCWISYQMVQDDGEEQYLVKVKKEKECPQPPSIGAIVGGTIAGVALIGLML LVIWRLVTELVDRREYLRFEKEKSKAKWNDADNPLFKSATTTVVNPRFNGE NT seq 2316 nt NT seq  +upstreamnt  +downstreamnt atgattcgtgattgcttccttctgccagctctggctgggctgctgctgttgacagcaaca gctctttccctggaatgcctcaaaaccaaagtgaacagctgccaggactgcatccagtcc agccctgattgtgcctggtgcaagaagttgattttcagcaaaccaggagaaccagattcc attcgctgtgacaccatcccagcgctgaagctgaggggatgtgaagagatagacattgtg tttccaaacagcagtgccactctgcaaagaaatggaccaggtgaaaaatcacagctggat cttaaaacagtgaatctgcaactaagaaaagatcagccggctgagttcaatatcacgttc caccgtgctgaggggttccccattgacctgtactatctgatggatctctcctactccatg attgatgacttggagaaagtgaagaagctgggaggggatctgcttgaagttctaaagact cttaccaaaactggtcggataggttttggctcctttgtggataagacagtgctgcccttt gtgaacacacacccagagaagatgaagaatccctgcccaaacaaggacacccaatgccag cccccttttgctttcaagcatgtcctctccctcactgataatgcaaaaacatttgaggac aaagttggccaacagtacatctctgggaacctcgatgctccagaaggggggttggatgcc atgatgcaggtggcagtgtgtggggacaggatcggatggcacaacgtaactcgtttgctg gtgtatgccacagatgatggtttccattttgctggagatggtaaactcgcagccattctg actcctaatgatggccattgccacttggaagaaaacatgtataagaagagcaatgagttt gactatccatctgttggccagctgatccaaaagcttgctgaaaataatattcaacccatt tttgctgttaccagcaaagtggttaacacatacaaaaagctcagtgaaatgatcccaaaa tctgcagtgggggagctgaatgaggattccagcaatgtcatccaactcatccaggaagcc tacaatagcttgtcctccaaagtaattgtggaccacagtattgttctagataatctgaaa atcacatacgattccttctgcaataacaaaaaaacatctgtggataagccaagaggggaa tgtgataatgtcaagaccaacgacaaagttaccttccgggtgaaggttactgcaaaggat tgcattaaagaccagtcctttaccatccggcccctggggttcacagacacgctcactgta catttaaccagtcagtgcaactgcaactgcggagaacaaaccgactccagtgcgtgcaat ggaaagggcaacattgtttgtgggatctgcagctgcagtgaaggctatattggcaagaat tgtgaatgtgaaacaaaaggcaaaagcagcaaggagctagaaggcagctgcaggaaggac aatgcctccatcatctgctcaggccttggggactgcgtgtgtgggcagtgcacctgccat gccagcgatgtgcccaacaagcagatctatggaaccttctgtcaatgcgacaacatgaac tgcgaggtccacaacggccaagtgtgcgggggcaaagaacgagggctgtgcgactgtggt gtatgcaaatgccaagatggctatgaaggcagtgcctgtcagtgccaaaaaacaacagat ggctgcatgaacatccagggaaaggaatgcagtaaccgaggaaagtgcaagtgcaacagg tgccaatgtaattcaggctaccaacctcccttttgtgaagagtgccctggctgcccgtct ccatgtgccaaacatgtctcctgtgtggaatgccaggcatttgggagtggtccatatcag aagaactgcactgaaacttgccccaacatcaaggttcatgaagaactgaaagcaaatacc aagtcctgcagagagaaggactctgagaattgctggatttcctaccagatggtgcaggat gatggagaggagcagtacttagtcaaagtgaaaaaagaaaaagagtgtccacagcctcct agcattggggcgattgtgggtggtactattgcaggagtggccctcattgggctgatgctg ttggtgatctggcggctggtgacggagctggttgaccgcagggagtacctccgatttgag aaggagaaatcgaaggccaagtggaatgatgctgacaatcctctgttcaagagtgctact accactgttgtcaaccccaggttcaatggagaatga

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