Apis florea (little honeybee): 100867819 Help Entry 100867819         CDS       T09140                                  Name (RefSeq) vinculin isoform X2   KO K05700   vinculin Organism aflr  Apis florea (little honeybee) Pathway aflr04820   Cytoskeleton in muscle cells aflr05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:aflr00001]  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     100867819  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     100867819  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:aflr04812]     100867819    04147 Exosome [BR:aflr04147]     100867819 Cytoskeleton proteins [BR:aflr04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      100867819 Exosome [BR:aflr04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    100867819 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Vinculin Topo-VIb_trans I_LWEQ Motif Other DBs NCBI-GeneID:  100867819 NCBI-ProteinID:  XP_012345173 LinkDB All DBs Position Unknown AA seq 1063 aa AA seqDB search MPVFHTKTIESILEPVAQQVSRLVILHEEAEDGNAMPDLGKPVQAVSMAVANLVKVGKET INSSDDALLKQDMPAALQRVEGASRLLEEASAMLKQDPYSGPARKKLIEGSRGILQGTSS LLLCFDESEVRKIIRECKRVLDYLAVTEVIETMEDLVHFLKNLSPCLSKVSKEVSAREKE LTHQVHREILVRCLEQVKTLAPILICSMKIFIHIISQGGKGAEEAAENRNYLSGRMSDEL NEIIRVLQLTTYDEEEWDADQLTVLKKAQSAIESRIRAAYDWLDDGLALRGGLGEKSLRQ IVEQAQRLAERYLPPSQAESLQKLTSQIVTMTNALCELRQNEKGTTPQAEALARSIKEKT NELRSSIASAIIAADKSGTTQTAHTVAGRLEQANKWLLNPQHDDKGLGQRAIALIIHEGK KNQQHVANVAEGLPGIHKAEILQLCDEVDNLSHQLGDLCAHGQGNTPRAQEIARQLSHKL YELKNRIQQAVVSRVVEDFIDITTPLKQFTDAVLTPEGSLGRDQNFNDKTHALQTFSNRA TKTAKMVAAGGSGGNKKLAEALTTSASQVESLTPQLINAGRIRMTYPDSKAADEHFENLR QQYADTMQRVRALCDEATDSGDFIRTSEEQMQKHSFLCEEAIAKSHPQKMVDNTAAIARL ANRVILVAKQESDNSEDTAFIQRVNQATDILQNSVAPMVQDAKLVAININDNNAVSHWRE SNRTLLSNVGQVRKAIVLQPDVISPPEVSQLHLNDDKHLPSRQYNYFIDKVGEPLRNQPS PSNLCVISPSLNTNKSQHRSISPLPKWAREGDNPDLLYQELASDIELEKSVHDGGYYYDY DNDDVVPPRPPLPGGDIPPPRPPPPETDDEDEMFMHAPQPNQPIMMAAHGLHQEVRQWSS KDNEIIAAAKKMAILMGRLSGLVRGEGGNKRDLIACAKAIAEASQEVTRLAKELARECTD KRIRTNLLQVCERIPTIGTQLKILSTVKATMLGAQEMLPTWEELMLYGTEEDQEATDMLV GNAQNLMQSVKETVRAAECASIKIRTASGMKLRWVRRQPWYQY NT seq 3192 nt NT seq  +upstreamnt  +downstreamnt atgccggtatttcatacaaaaactatagaaagtattctcgaacctgtcgcacagcaggtt tcgagacttgttatcttacatgaagaagctgaagatggaaatgcaatgcctgatttagga aaacctgtacaagctgttagtatggcagtagcaaatcttgttaaggtaggaaaagaaaca attaattcttctgatgatgccttgcttaaacaagatatgcctgctgcattacaacgtgtt gaaggagcttcacgtcttttagaagaagcatcagctatgttaaaacaagatccttattct ggaccagctagaaaaaaacttatagaaggttcacgtggtattcttcaaggaactagttcc ttattactatgttttgatgaaagtgaagtacgtaaaattatcagagaatgtaaaagagta ttagattacttggcagtaaccgaagttattgaaacaatggaagatttagttcattttctt aaaaatttaagtccttgcctcagtaaagtatcaaaagaagtaagtgctcgagaaaaagag ttaactcatcaagtgcatagagaaattttagtacgttgcttagaacaggtaaaaacactt gcaccaattctcatctgctccatgaaaatatttattcatattatctctcaaggcggtaaa ggagcagaagaagcagctgaaaatcgtaactatttatcaggtagaatgtcagatgaatta aatgaaattatcagagtattacaacttacaacatatgatgaagaagaatgggatgctgac caattaacagtattaaaaaaagcacaaagtgctatagaatctagaataagagctgcttat gattggttagatgatggacttgcattgcgtggtggattaggagaaaagagtcttcgtcaa atagttgaacaagcacagcgattagcagaaagatatcttccaccatcacaagcagaatca ttacaaaaattaacttcgcaaattgtcactatgaccaatgctctttgtgaattaagacaa aatgagaaaggaactacaccacaagcagaagctttagcacgtagtataaaggaaaaaaca aatgaacttcgtagctctatagcttctgccataattgctgctgataaatctggaaccacg cagactgctcatacagttgcaggtcgtttagaacaagcaaataaatggcttcttaatcct caacatgatgataaaggacttggacaaagagcaatagcattaattatacatgaaggaaaa aagaatcaacaacatgtagcaaatgttgctgagggtttaccaggaatacataaagcagaa attttacaactttgtgatgaagttgacaatctctcccatcaacttggtgatttatgtgct catggtcaaggaaatacacctcgtgctcaagaaatcgctcgtcaattatcacataagcta tatgagctaaagaacagaatacagcaagctgttgtgtctagagtagttgaagattttatt gatataacgacgcctctgaaacagtttacagatgctgtgttgaccccagaaggttcttta ggtcgagatcaaaattttaatgataagactcatgctcttcaaacattttccaatagagca acaaaaacagctaaaatggtggctgctggtggaagtggaggcaataaaaaattggcagaa gcattaactacaagtgcttcacaagttgaatctttaacaccacaattaattaatgctggg cgtattcgaatgacttatcctgatagtaaagcagctgatgaacattttgaaaatttgcgg cagcaatatgcagatacaatgcaaagagttcgtgcactatgtgatgaagcaactgatagt ggagatttcattagaacttcagaagaacaaatgcaaaaacattcattcctatgtgaagaa gctattgcaaaaagtcatccacaaaaaatggttgacaatacggctgctattgccagatta gctaacagagtaatacttgtagcaaaacaagaaagtgacaatagtgaagacactgcattc attcaaagagtaaaccaagctacagatattctccaaaatagtgttgctccaatggtccaa gatgcaaaattagttgcaattaatatcaatgataataatgcagtttctcattggagagaa agtaatcgtacacttttatctaatgttggacaagttcgtaaggctatcgtacttcaacca gatgtgatatctccgccagaggtatcgcaattgcatcttaatgatgacaaacatttgcca agccgtcaatataattacttcatagacaaagttggtgaacctttaagaaatcaaccatcg ccaagcaatttatgtgtcatcagccctagtctaaacacaaataaatcccaacatcgctct atcagtccattaccaaagtgggcacgtgaaggagataaccctgatctcctatatcaagaa ctggcttctgatatcgagttagaaaaatcagttcatgatggaggctactattatgattat gataatgatgatgttgttccaccacgtcctcctttgcctggtggagatattccgcctcca cgacctccaccaccagaaacagatgatgaagatgaaatgtttatgcacgcaccgcaaccg aatcaacctataatgatggctgctcatggcttgcatcaagaagtaagacagtggtcgagc aaggataatgaaattatcgctgctgcgaaaaaaatggctattttaatgggcagattatca ggcttagttagaggagaaggtggtaataaaagagatctgattgcatgtgctaaggctatt gcagaagcttctcaggaagttactcgtttagctaaggagttagctagagaatgcacggat aaacgtattcgtacaaatcttcttcaagtttgtgaacgaatacctactataggaacgcaa ttaaaaatattatcaacagtgaaagctacaatgttgggtgctcaagaaatgctccctacc tgggaagagttgatgctttatggcacagaagaagatcaggaagcaacagatatgttagtt ggaaatgctcaaaatcttatgcaaagcgtaaaagaaactgttcgtgcagcagaatgtgct agtataaaaatacgtaccgcatctggtatgaaattacgatgggtgcgacgacaaccttgg tatcaatattaa

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