Formica exsecta (narrow-headed ant): 115237052 Help Entry 115237052         CDS       T07422                                  Name (RefSeq) vinculin isoform X1   KO K05700   vinculin Organism fex  Formica exsecta (narrow-headed ant) Pathway fex04517   IgSF CAM signaling fex04518   Integrin signaling fex04519   Cadherin signaling fex04820   Cytoskeleton in muscle cells fex05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:fex00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04517 IgSF CAM signaling     115237052    04518 Integrin signaling     115237052    04519 Cadherin signaling     115237052  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     115237052  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     115237052  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:fex04812]     115237052    04147 Exosome [BR:fex04147]     115237052 Cytoskeleton proteins [BR:fex04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      115237052 Exosome [BR:fex04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    115237052 SSDB OrthologParalogGFIT Motif Pfam:  Vinculin I_LWEQ Topo-VIb_trans DUF8104 Syntaxin Motif Other DBs NCBI-GeneID:  115237052 NCBI-ProteinID:  XP_029665686 LinkDB All DBs Position Unknown AA seq 1015 aa AA seqDB search MPVFHTKTIESILEPVAQQVSRLVILHEEAEDGNAMPDLERPVQAVSMAVTNLVKVGKET INSSDDALLKQDMPAALQRVEGASRLLEEASGMLKQDPYSGPARKKLIEGSRGILQGTSS LLLCFDESEVRKIIRECKRVLDYLAVTEVIETMEDLVHFLKNLSPCLSKVSREVSAREKE LTHQVHREILVRCLEQVKTLAPILICSMKIFIHIISQGGKGADEAAENRNYLSGRMSDEL NEIIRVLQLTTYDEEEWDADQLTVLKKAQSAIESRIRAAYDWLDDGLALRGGVGEKSLRQ IIEQASRLAERYLSPSQAEPISKLASQIVTMTDALCELRQNEKGTTPQAEALARGIKEKL NELRGSVASALVAADKSGTAQTAHTVTGRLEQANKWLLNPHHDDKGLGKRAIALIIHEGK KVAEGLPGIHKAEILQLCDEVDNLSHQLADLCAHGQGNTPRAQEIARQLSHKLYELKNRI QQAVVSRVVEDFIDITTPLKQFTDAVLAPAGTPGRDQNFNDKTCTLQTFSNRAAKTARMV AAGGSGGNKKLAEALAASASQVESLTPQLINAGRIRMTYPDSKAADEHFENLRQQYAETM QRARALCDEATDSGDFIRTSEEQMQKHSFLCEEAIAKALPQKMVDNTASIARLANRVILV AKQESDNSEDPAFIQRVNHATDILQNSVAPMVQDAKLVAMNINDSSAVSHWRESNRALLA NVGQVRKAIIIRPDLVPPLEMSQLHINDDEQIPIKYNYSKNKVENPDLLYQELASDNELE KSIHDGDYYDYNIDDEVAPPRPPLPGGDIPPPRPPPPETDDEEEMFMHAPQPNQPIMMAA HGLHQEVRQWSSKDNEIIAAAKKMAILMGRLSGLVRGEGGNKRDLIACAKAIAEASQEVT RLAKELARECTDKRIRTNLLQVCERIPTIGTQLKILSTVKATMLGAQETLPTWEELMLYG TEEDQEATDMLVGNAQNLMQSVKETVRAAECASIKIRTASGMKLRWVRRQAWYQY NT seq 3048 nt NT seq  +upstreamnt  +downstreamnt atgcctgtcttccataccaaaactatcgagagtattctcgaaccagtggctcagcaggtc tcgagacttgttattttacatgaagaagctgaagatggaaatgctatgccagatttggaa cggcctgtacaggccgtcagtatggctgtgaccaatcttgtaaaagttggaaaggaaaca ataaactcatctgatgatgcgttgcttaaacaagacatgcctgcagcactacaacgtgtc gaaggtgcttctcgtcttttggaggaagcgtcgggcatgctgaaacaggatccatattct ggacctgctaggaaaaaacttatagagggatcacgtggtattttgcaaggcactagttcc ttgcttctctgttttgatgagagtgaagtgcgaaaaattatacgagaatgcaaacgtgta ttagattatctggctgttaccgaagttattgaaacaatggaggacctagtacattttctt aagaatttaagtccatgcctgagcaaggtttcaagagaagtgagcgctcgcgagaaggag ctaacgcatcaagttcacagagagatattagtgcgctgcttagagcaagtcaaaacactt gctcctattctgatctgctccatgaagattttcatccatattatttcacaaggtggaaaa ggtgcagatgaggcagcggaaaatcgcaattacttgtctggcagaatgtctgatgaattg aatgaaattattcgagtgttgcaattgactacatacgatgaagaggaatgggatgcagat caattgactgtgctgaaaaaggctcagagtgctatagaatccaggatacgagcagcttac gattggttagacgacggactggctctaagaggtggcgtaggagaaaagagccttcgccaa ataatagaacaagcgtcgcgtttagcagaacgttatctatctccatcgcaagcggaacct atatctaaattggcttcccagattgttactatgaccgatgccctttgcgaactgcgtcaa aacgaaaaaggcactacacctcaagcggaagccttagcacgcggtattaaagagaaattg aacgaactccgcggctcggtagcatccgctttggtggcagcagataaatcgggaaccgca caaacggcacacacagtaacgggtcgattagaacaagcgaacaagtggcttctaaatcca catcacgatgacaagggactcggtaaaagggctatagctttaataatacacgaaggaaag aaggtggccgagggtttaccaggtatacataaggcggagattttgcaattatgcgacgag gtggacaacttgtcgcatcagcttgccgatctctgcgcccatggtcagggcaatactcca cgtgctcaggaaatcgcccgccagctatcccataagctctacgaattgaaaaacaggata caacaggccgtcgtgtctcgcgtcgtcgaggatttcatcgatatcacgacacctctaaaa caattcacagacgccgttttagcacctgcgggcacaccgggacgggatcagaacttcaat gataaaacatgcacgctgcagacattctcgaatagagcggcaaagacggcaaggatggtc gcggctggcggaagcggagggaataagaaactggccgaagcgttagctgccagtgcctcg caagtggaatctctgacaccgcaattgatcaacgccggacgaattcgcatgacttatcca gacagcaaagccgcggatgagcactttgaaaatttacgacagcaatatgcggagacgatg cagagagcgcgagcattgtgcgacgaggcgactgacagcggcgattttatcagaacttcc gaggaacaaatgcagaaacattcgtttctttgcgaggaggctattgccaaggcgctcccg caaaagatggtcgataacacggcgtctatcgcgcgtctcgcgaatcgagttatactcgta gcaaaacaggaaagcgacaatagcgaagaccctgccttcatacaaagagtaaatcacgct accgatattcttcaaaacagtgttgctccaatggttcaggatgctaaattagtggcaatg aatatcaatgacagctctgcagtatcacactggagagaaagtaatcgcgcattgttagcc aacgtcgggcaagttcgtaaagccatcataattcgaccagatttggtgccaccattggaa atgtcacaattacatattaatgacgatgaacaaattccaatcaaatataattactccaaa aataaagtagagaatcccgatcttttatatcaagaactggcctctgacaacgagttagaa aaatcaattcacgacggagattattacgattataatattgatgatgaagtggcacctcct cgcccgcctttgccaggaggcgatattccacctccgaggcctcctcctcccgaaacagac gacgaggaagaaatgtttatgcacgctcctcaacctaatcaaccgataatgatggctgcc catggtttacatcaagaggtacgacaatggtcgagcaaagataatgagattattgctgca gcgaagaagatggctatattaatgggaagattatccggattggtcagaggtgaaggtggt aataaacgagatctcattgcgtgcgccaaagcaattgcggaagcttcccaagaagtgacg cgtctcgcgaaagaactcgccagagagtgcactgacaaacgtattcgtacgaatcttctt caagtttgcgagcgtatacccactatcggaacacaactgaagatactgtctacggtaaaa gccactatgctcggggcacaagagacactcccgacctgggaagagctgatgctttatggt acggaagaagatcaggaagcaacggacatgcttgtcggaaacgctcaaaatctcatgcaa agtgtgaaagaaaccgtgcgtgcagcagagtgtgctagcataaagattcgcaccgcttct ggtatgaaactgcgctgggtgcgtcgtcaggcatggtatcaatattaa

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