Bemisia tabaci (sweet potato whitefly): 109039585 Help Entry 109039585         CDS       T06019                                  Name (RefSeq) vinculin isoform X1   KO K05700   vinculin Organism btab  Bemisia tabaci (sweet potato whitefly) Pathway btab04820   Cytoskeleton in muscle cells btab05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:btab00001]  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     109039585  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     109039585  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:btab04812]     109039585    04147 Exosome [BR:btab04147]     109039585 Cytoskeleton proteins [BR:btab04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      109039585 Exosome [BR:btab04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    109039585 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Vinculin I_LWEQ Talin_IBS2B Talin_R4 Motif Other DBs NCBI-GeneID:  109039585 NCBI-ProteinID:  XP_018910670 UniProt:  A0A9P0F2K2 LinkDB All DBs Position Unknown AA seq 1002 aa AA seqDB search MPVFHTKIIESILEPVAQQVSGLIILHEEGEDGNAMPDLERPVFAVSKAVTNLIKVGRET INSSDDPILKQDMPASLHRVEGASKLLEEASGMLKVDAYSGPARKKLIEGSRGILQGTSA LVLCFDESEVRKIIRECKKVLDYLAVAEVIETMEDLVQFLKDLSPCLSTVSAKVSAREKE LTHQVHREILVRCLDQVKTLAPILICSMKIYIHILSSGGKEASEAAENRNYLVSRMTDEL HEIIRVLQLTTYDEDEWDADNLTVMKKAHSAIQAKMRSARDWLEDPLALRGGIGEKSVRQ IIEHSYVVAERSLTGDKEIIRKYCSEVTTMTNAVCELRGDGKGTSPQAESLSRSVEHKLE DTNTAVNRAVVNMDKYGGQQPAHTVSGRLEQALRWLQHPDSDDKGLGQRAIALIVDEGKK VAEGLPGVQRAEILALCDDVDRLSHQLADLCRRGLGGSPQAQEVAKQLSQKLHELKDRIQ NAVVNRVVEDFVDTQTPLKLFTEAVYAPIGMPGREANFTDRANQLSDWSKRAAKTGRMVA AGGSGGNKKLAEALVNSAGQVESLTPQLVNAGRIRLNYPESKAADEHFNNLRNQYADQVA KLHALCDEATDSAHFIKISEEQMRKHTVLCEDAINKKDPNKMVEHTSAIARLANRVLQVA KQEADNSEDPAFIAAVNRAADGIQAAVTPMVQNAKLVAMNINDPAAASRWREANNNLLRA VGEARKAVEVTPDINSLHLNDEADLLNNAPIIPERPYYQDVSHLPLRSPNVFAPNVYIEK EVAPPRPPLPGGEVPPPRPPPPAETDDEDDMFMHAPQPNQPIMVAAHGLHQEVRQWSSKD NDIIAAAKKMALLMGRLSQLVRGEGGTKRDLIACAKAIAEASEEVTRLAKELARECTDKR MRTSLLQVCERIPTIGTQLKILSTVKATMLGAQEILPRMEMAELQGGTEEDQEATDMLVG NAQNLMQSVKETVRAAEAASIKIRTDAGIRLRWVRRQPWYNY NT seq 3009 nt NT seq  +upstreamnt  +downstreamnt atgcctgtttttcatacgaaaataatcgagagtattttggagcctgttgctcagcaggtg tccggtctaataatcctccatgaagaaggtgaagatgggaatgcaatgccagatctggaa cggccagtttttgctgtcagcaaagcagtcacaaatcttatcaaagttggcagagaaacc atcaacagtagtgacgatccaatcctcaaacaagatatgcccgcatctcttcatagggtg gaaggtgcttccaaactattggaggaagcttcaggaatgcttaaagttgacgcttactct ggacctgctaggaaaaagttaattgaaggttctcgaggtattcttcaaggaacatctgct cttgtcttatgcttcgatgaatcagaggtgcgcaaaattatcagagaatgtaaaaaagtg ctagactatcttgcggttgctgaagtgattgaaacaatggaggatttagtgcagtttttg aaggatcttagtccatgtcttagtacggtttcagccaaagtcagtgctcgtgaaaaagag ctcacgcaccaagttcaccgagaaattcttgttcgttgtttggaccaagtgaagactctt gctccaattttaatttgcagtatgaaaatctatatccacatcctctcgtcaggaggcaaa gaagcatcagaggccgctgaaaatcgcaattatttagtttctcgtatgaccgatgagctt catgaaataatccgtgttcttcaacttacaacttacgatgaagatgaatgggatgctgac aatttaacagtcatgaagaaagctcacagtgccattcaggccaaaatgaggtctgcccgt gattggcttgaggatccattggctctgagaggaggtatcggtgagaaatcagttcgtcaa atcattgaacactcttatgtcgtagcagaaagatctttaacaggcgacaaagaaatcatc agaaaatattgctcggaagtcacaacaatgacaaacgccgtttgcgaactccgtggagat ggcaaaggaacttcacctcaggcggagagcctttccagaagtgtagaacataagcttgag gatacaaatacagctgtaaaccgggctgttgtgaacatggataagtatggaggtcaacaa cctgctcatactgtctctggtagattagaacaagcactccgctggctgcagcaccctgat tccgatgataaaggcctgggtcaaagggccattgcactaattgttgatgaagggaaaaag gttgctgaaggtttacctggagttcaaagggctgaaattttagctctttgtgatgatgtt gatcgtttgtcccatcaactagctgatttatgtcgtcgtggtcttgggggcagtcctcaa gctcaagaagtagccaagcaactttcacagaaactccatgaactgaaggatcgtattcaa aacgctgttgtcaatcgagttgttgaagattttgtagacactcaaacacccttaaaatta ttcacagaagctgtttatgcaccgataggaatgcctggaagagaggccaatttcacagac cgtgctaatcagctatctgactggtcaaaacgggctgccaagaccggtcgcatggtcgca gctggtggaagtggtggaaacaaaaagctggctgaagctctagtcaactctgcaggccag gtagaatccctaactccgcaactagtcaatgctgggcgaattcggctcaactacccagaa agcaaagcagctgacgaacatttcaacaacctgcggaatcagtacgccgaccaggtagct aaacttcatgcgttgtgtgacgaagcaactgattcagcccatttcataaaaatttcagag gagcaaatgagaaaacacacagtcctgtgcgaagatgcaattaacaagaaagatcctaat aaaatggtggaacatacctccgcaattgcaagactagcaaaccgagttttgcaagtggcc aagcaagaagcggataactctgaggatcctgcattcatagctgccgtcaacagagcagca gatggaattcaagctgctgtaactccaatggtgcagaacgcgaaattagttgcaatgaat attaatgacccagcagctgcctcaaggtggcgcgaagccaacaacaatttattgcgagct gtcggtgaggcaagaaaagcagttgaggttactccagacatcaatagtttacatctaaac gatgaagctgatttacttaacaacgctccaataatcccagaacgtccatactatcaagat gtctctcacttaccactgcggtcacctaatgtttttgctcctaacgtgtacatagaaaaa gaagtagcacctccgcggccacctctacctggaggagaagttcctccacctcgcccaccc cctccagcagaaactgatgatgaagatgacatgtttatgcatgcaccgcaaccaaaccag cctattatggttgctgcacacggtttgcaccaagaagtacgtcaatggtcaagcaaagac aatgacataattgccgctgccaaaaagatggctttgttgatgggacgtttatcgcagtta gtacgaggtgaaggaggaaccaagagagaccttattgcttgcgccaaagccattgcagaa gcatctgaagaagtcaccaggcttgccaaagagctcgcccgcgagtgcactgacaagaga atgagaacgagcttgttgcaagtttgcgaacgtattcctacaattggaacccaactgaaa atcctgtcaacagtcaaagctaccatgttaggagcccaagagattttgccgcggatggaa atggctgagttacaaggcggcactgaagaagatcaagaagccacagatatgttggttggt aacgctcagaacctcatgcaatctgtcaaagaaactgtaagagcagctgaagctgccagc atcaagatccgcactgacgccggtatcaggctgagatgggtccgccgccaaccttggtac aattattag

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