Osmia bicornis bicornis (red mason bee): 114873116 Help Entry 114873116         CDS       T06109                                  Name (RefSeq) vinculin isoform X1   KO K05700   vinculin Organism obb  Osmia bicornis bicornis (red mason bee) Pathway obb04820   Cytoskeleton in muscle cells obb05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:obb00001]  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     114873116  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     114873116  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:obb04812]     114873116    04147 Exosome [BR:obb04147]     114873116 Cytoskeleton proteins [BR:obb04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      114873116 Exosome [BR:obb04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    114873116 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Vinculin I_LWEQ Topo-VIb_trans Motif Other DBs NCBI-GeneID:  114873116 NCBI-ProteinID:  XP_029036909 LinkDB All DBs Position Unknown AA seq 1040 aa AA seqDB search MPVFHTKTIESILEPVAQQVSRLVILHEEAEDGNAMPDLGRPVQAVSMAVANLVKVGKET INSSDDALLKQDMPAALQRVEGASRLLEEASAMLKQDPYSGPARKKLIEGSRGILQGTSS LLLCFDESEVRKIIRECKRVLDYLAVAEVIETMEDLVHFLKNLSPCLSKVSKEVSAREKE LTHQVHREILVRCLEQVKTLAPILICSMKIFIHIISQGGKGAEEAAENRNYLSGRMSDEL NEIIRVLQLTTYDEEEWDADQLTVLKKAQSAIESRIRAAYDWLDDGLALRGGVGEKSLRQ IVEQAQRLAERYLPPSQAEPLQKLTSQIVTMTNALCELRQNEKGTTPQAEALARGIKEKT NELRSSIASAIVAADKSGTTQTAHTVAGRLEQANKWLLNPQHDDKGLGQRAIALIIHEGK KVAEGLPGIHKAEILQLCDEVDNLSHQLGDLCAHGQGNTPRAQEIARQLSHKLYELKNRI QQAVVSRVVEDFIDITTPLKQFTDAVLAPQGTPGRDQNFNDKTHALQTFSNRAAKTARMV AAGGSGGNKKLAEALTASASQVESLTPQLINAGRIRMTYADSKAADEHFENLRQQYAETM QRTRALCDEATDSGDFIRTSEEQMQKHSFLCEEAIAKTHPQKMVDNTAAIARLANRVILV AKQESDNSEDPAFIQRVNHATDILQNSVAPMVQDAKLVAININDSNAVSRWRESNRALLA NVGQVRKAIIVQPDLIPPPEVSQLHLNDDAQLPTRQYNYFTDKVGEPLRNQPSPSNLRVM SPSLNTNKSQQRSVSPLPKWAREGDNPDLLYQELASDNELEKSVHNGEVAPPRPPLPGGD IPPPRPPPPETDDEDEMFMHAPQPNQPIMMAAHGLHQEVRQWSSKDNEIIAAAKKMAILM GRLSGLVRGEGGNKRDLIACAKAIAEASQEVTRLAKELARECTDKRIRTNLLQVCERIPT IGTQLKILSTVKATMLGAQDELIGCSTEEDQEATDMLVGNAQNLMQSVKETVRAAECASI KIRTASGMKLRWVRRQPWYQ NT seq 3123 nt NT seq  +upstreamnt  +downstreamnt atgccagtatttcatacgaaaactatagaaagcatccttgaacctgtcgcacagcaggtt tcaaggcttgttattcttcacgaagaagccgaagatggaaatgcaatgcctgatttgggt agacccgtacaagcagttagtatggcagtggcaaatcttgtaaaggttggaaaagaaaca ataaattcttctgatgatgctttacttaaacaagacatgcctgcagccttacaacgtgtg gagggagcttcgcgtctcttggaagaagcatcagcaatgctaaaacaagatccttattct ggaccagctagaaaaaaacttatcgaaggatcgcgcggtattctccaaggaaccagttca ttattattatgtttcgatgaaagcgaagttcgtaaaattatccgagaatgtaagagagta ttagattatttggcagtggccgaagttatcgagacaatggaagatttagttcatttcctt aaaaatttaagtccttgtctcagtaaagtatcgaaggaagtaagcgctcgtgaaaaagaa ttgactcatcaggtacacagagaaatcctagtgcgctgtttggaacaagtaaaaacactt gcaccaattcttatctgttctatgaaaatatttattcatattatatcccaaggaggtaaa ggagcagaagaggccgctgaaaatcgtaattatctatccggcaggatgtcagatgaatta aacgaaattattagagtattacaattgacaacgtacgatgaagaggagtgggatgcagat caattaacagtattaaaaaaagcccagagtgccatagaatctagaatacgagctgcctat gattggttggacgatggtcttgctttacggggtggcgtaggagaaaaaagccttcgtcaa atagttgaacaagcacaacgattagcagagagatatcttcctccttcgcaagcagagcca ttacaaaaattaacttcgcagatcgttactatgaccaatgctctttgcgagctaagacag aatgaaaaaggaactacgcctcaagcagaagctttagcacgtggcataaaagagaagaca aacgaacttcgtagctccatcgcttctgctattgtagcagcagataaatctggaacgacc caaactgctcacacagttgcaggtcgtttagaacaggccaataaatggttacttaatccg caacacgacgacaaaggacttggccagagggcaatagctctgattattcatgaagggaaa aaggttgccgagggcttaccaggcatccacaaggcagagattttacaattgtgcgatgag gttgacaatctttctcaccaactgggagacttgtgtgctcatggtcaaggaaatactccc cgtgctcaggaaattgcccgtcaattatcgcataaattgtatgaactaaaaaatagaata caacaagcggtcgtgtcaagagtggttgaagatttcattgatataactacacctttgaaa caatttacggatgctgtgttagctccacagggcacaccgggacgcgatcaaaatttcaat gataaaacgcatgctcttcaaacgttctcgaatagggcggcaaaaactgctagaatggtc gcagctggtggaagtggaggaaacaagaagttagcagaagcattgaccgcaagcgcatct caagtcgagtctctaaccccgcagttaattaatgctggccgaattcgaatgacttatgcg gacagcaaagcagccgacgaacattttgaaaatctgcgacaacaatacgcggaaacaatg cagagaacacgagcgctatgcgacgaagctaccgatagcggagattttattcgaacttcc gaggaacaaatgcaaaaacattcgtttctctgtgaagaggctattgctaaaactcatccg caaaagatggtcgataatacggccgctattgctagattggctaacagggtaatacttgtt gcgaaacaagaaagcgataacagtgaagatcctgcatttattcaaagagtgaatcatgct acggatatccttcaaaatagtgtcgctccaatggttcaagatgcaaaattagttgcaatt aacattaatgacagtaacgcagtgtctcgttggagggaaagtaatcgtgcgcttttagcc aatgttggtcaagttcgtaaagccatcatcgttcaaccagatttaatacctccgccagag gtgtcacaattacatcttaacgatgacgcacaattgccaacccgtcaatataattacttc acagataaagttggtgagcctttaagaaatcaaccatcgccaagcaatttacgtgtcatg agccctagtctgaacacaaataaatctcaacaacgttctgtcagtccattacctaagtgg gcgcgtgaaggagataatccagatctcctatatcaagaactggcttctgacaacgagtta gaaaaatcagttcacaatggagaagttgcccctccacgtccacctttacctggtggagat ataccacccccgcgaccaccacctccagagacagatgatgaggatgaaatgtttatgcat gcgccacaacctaatcagcccattatgatggctgcccatggattgcatcaagaagtacgg caatggtccagcaaagataatgaaattattgcagcagcaaagaagatggctattctaatg ggtagattatcaggtttggttcgaggagagggtggtaataaaagagacttgattgcctgt gccaaagccattgcagaagcttcccaagaagtgactcgtttggctaaagagcttgctagg gaatgtactgataaacgtattcgtacaaatcttcttcaagtttgtgaacgtatacctacc ataggtacacagctaaagatattgtcaactgtaaaggcaacaatgttaggtgcccaagac gaattgattggctgcagtacagaagaggatcaagaagcaacagatatgcttgttggcaat gctcaaaacctcatgcaaagcgtgaaagaaacggttcgtgcagcagaatgcgcgagcatc aaaatacgtaccgcgtctggtatgaagttacgatgggtgcgacgtcaaccatggtatcag taa

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