Apis florea (little honeybee): 100867256 Help Entry 100867256         CDS       T09140                                  Name (RefSeq) integrin beta-PS-like   KO K05719   integrin beta 1 Organism aflr  Apis florea (little honeybee) Pathway aflr04145   Phagosome aflr04512   ECM-receptor interaction aflr04820   Cytoskeleton in muscle cells aflr05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:aflr00001]  09120 Genetic Information Processing   09125 Information processing in viruses    03271 Virion - Rotavirus     100867256  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     100867256  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagosome     100867256   09142 Cell motility    04820 Cytoskeleton in muscle cells     100867256  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     100867256  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:aflr04131]     100867256   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:aflr04147]     100867256    04515 Cell adhesion molecules [BR:aflr04515]     100867256    04090 CD molecules [BR:aflr04090]     100867256 Membrane trafficking [BR:aflr04131]  Endocytosis   Phagocytosis    Integrins (complement receptors)     100867256 Exosome [BR:aflr04147]  Exosomal proteins   Proteins found in most exosomes    100867256 Cell adhesion molecules [BR:aflr04515]  Integrins   Integrin beta subunits    100867256 CD molecules [BR:aflr04090]  Proteins   100867256 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Integrin_beta EGF_integrin Integrin_b_cyt EGF_2 I-EGF_1 EGF_Teneurin Motif Other DBs NCBI-GeneID:  100867256 NCBI-ProteinID:  XP_012346910 LinkDB All DBs Position Unknown AA seq 820 aa AA seqDB search MTNWTILFFCVQLFPFIFCEYKDSEILCASQQSCKNCLQIPRCVWCSTPVSNQSVNNPLI RCITREKFSNEGDHWCRTSDVIIEANKMLILENRPLSLTKGRDPVQIQPQKINLKLRRGE EYRLTLKYSQAEDYPVDLYYLMDLSKSMEDYRDQLSELGFQLAEAMRNLTSNFRLGFGSF VDKVVLPMTSTQPDKLKSPCNLDKTKKPCAPPYGYKNQMPLTENIALFKTRVQEAPVSGN LDSPEGGLDAMMQAMVCTKEIGWRQNARHFIVFSTDANFHIAGDGRLAGIIEPNDCLCHL DSEGFYTYSLLQDYPSISQINKMARENNMNIIFAVTSNRNETYQLLSRSIRGSSIGTIER NSKNVVALVSGEYEKLVNTIIMTDDAPKMIDVKYFSRCLDKNGELKERQECGGLRAGNIV EFEVTLQAIECPRDSDEWQTSMHIKPRGINESLTIDLSVACDCPCERPGHPGYTPASENC RGNGTLVCGVCSCDDGFYGKQCECEGNDARAESAAAMADCKPNNETIEICSDHGVCKCGV CECTKRPNPQEVFYGKYCECDNFSCKRKEGLVCGGRGKCECGTCNCLPGWGGEMCDCKET NSTCISSNGETVQICSGRGDCICGSCYCHEKDNVRYSGQYCEECPVCPDQRCEQLKNCVE CVVHKSGPLARSEKCDELCMHQIDIVDKIVEDPKKDQESGARICRTAGDAGCIFVFKYEY HRDGTGGDIKIFKILAEREKSCPVPINALGVAVGLIISTVIIGFLILLAWKILTMIRDNR EFKKFEREQRMVRWTRRDNPLYKEATSTFNNPTFNTNRIR NT seq 2463 nt NT seq  +upstreamnt  +downstreamnt atgaccaactggacgatactttttttttgtgttcaactttttccatttatattttgcgaa tataaggattcagaaatcctttgtgcatctcaacaatcttgcaaaaattgcttgcaaatc ccgcgatgcgtttggtgttctactccggtctctaatcaaagcgtgaacaatccactgatt cgctgtatcaccagagaaaaattttcaaacgaaggtgatcattggtgtcgaacgtcggac gtgataattgaggcgaataagatgttgattctcgaaaatcgtccactttccttaacgaaa ggcagggatcctgttcaaattcaacctcaaaaaattaatttgaaactcaggcgaggcgag gaatatcgattgactttaaaatacagtcaagcagaggattatccggttgatttgtattat ctgatggatttatcaaagtccatggaagattacagggatcaattatcagaattgggattt caactggccgaagctatgcgaaacttgacttcaaattttcgcctaggatttggcagtttc gtggataaagttgtactacctatgactagtacgcaaccggacaaattgaaatcaccgtgt aacttggataaaactaagaaaccatgcgcaccaccatacggatacaagaatcagatgcct cttaccgaaaacattgctcttttcaaaacgcgcgtacaagaagctccggtgtctggcaac ttggattcacccgagggtgggctcgacgcgatgatgcaagcgatggtttgcaccaaggaa attggctggcggcagaatgctcggcattttatcgttttctcaacagacgctaattttcac atcgctggagacggtagacttgcgggaatcatcgaacccaatgattgtctctgccatttg gactcggaagggttctacacgtactcgcttcttcaagattatccatctatatctcagatc aacaaaatggctcgcgagaacaacatgaacatcatatttgctgttacgagcaatcgaaac gagacgtatcaattattgagcagaagtatcagaggctcttctatcggaacgatagaaagg aattctaaaaacgtagttgctcttgtcagcggagaatacgagaagctggtcaacaccata ataatgacggacgatgcgccaaaaatgatcgatgtgaaatatttctcacgatgtttggat aaaaatggtgaattaaaagaacggcaagaatgcggaggtttacgagcggggaatatcgtg gaatttgaagtaacgttacaggcgatcgaatgtccaagggattccgacgaatggcagacg agtatgcatattaaacccaggggtataaacgaaagtctgacgatcgatctgagcgttgca tgcgattgtccttgcgaacggccagggcatccgggatacacgccagcttcggaaaattgc agaggaaacggtactctggtttgcggtgtatgttcctgcgatgatgggttttatgggaag cagtgcgaatgcgagggaaacgatgccagggccgagagcgcagctgccatggctgattgc aagcctaacaacgagaccattgaaatttgtagcgatcatggtgtttgcaagtgcggtgta tgcgagtgcacgaagcgtcccaatccgcaagaagttttctacgggaaatattgcgaatgc gataatttctcttgcaagcgcaaagagggattagtttgcggcgggcgggggaagtgtgaa tgcggtacttgcaattgcttgccgggatggggtggcgagatgtgcgattgcaaagaaacg aatagcacatgcatctcgagcaacggcgaaactgtgcagatttgtagcggacgtggtgac tgcatttgcggtagctgttactgccacgagaaagacaatgttcgatattccggccagtat tgcgaagaatgtcccgtatgccctgatcaacgatgcgagcaattgaagaattgcgtcgaa tgtgtggtgcacaagtccggtcctcttgctagaagtgaaaaatgtgacgaattgtgcatg catcaaatagatattgtagataagatcgtagaagatccaaaaaaagatcaagaaagcgga gctcgtatttgtcgaactgctggggatgccggatgcatatttgtgtttaaatacgaatat cacagagacggtactgggggagatattaagatattcaagatcctagctgagagagagaag tcatgtcctgtacctatcaacgctcttggtgttgctgtgggattaataattagtactgta attattggttttttgattcttcttgcttggaagatattgacaatgattcgcgataatcgc gaattcaaaaaattcgagcgtgaacaacgtatggttagatggactaggagggataatccg ctttataaggaagctacatctacattcaacaatccgacattcaacacgaataggattaga taa

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