Nomia melanderi (Alkali bee): 116431368 Help Entry 116431368         CDS       T07404                                  Name (RefSeq) catenin alpha isoform X1   KO K05691   catenin alpha Organism nmea  Nomia melanderi (Alkali bee) Pathway nmea05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:nmea00001]  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     116431368  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:nmea04812]     116431368 Cytoskeleton proteins [BR:nmea04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      116431368 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Vinculin Talin_IBS2B Ins_P5_2-kin Rotamase Motif Other DBs NCBI-GeneID:  116431368 NCBI-ProteinID:  XP_031842535 LinkDB All DBs Position Unknown AA seq 919 aa AA seqDB search MSDHFGPITLKWDPKNLEIRTMSVEKTLEPLVLQVTTLVNTKGPSKKKKGKSKRASALVG TVEKATSNFIEKGEQIAYENPDITAEMLSAVEEVKKTGAAMSIAAREFSEDPCSSLKRGN MVRAARNLLSAVTRLLILADMVDVHLLLKSLHVVEDDLQKLKNASSQGELLENIKQFGRN ASELMNQAAKRQQELKDPQLRDDLAAARAVLKKHSTMLLTASKVYVRHPELAAAKANRDY VLKQVCEAVNTINDVAQGKTPVDSQHPYEGPGELAAALDDFDERMVMSPLAYNEVRTRPS LEERLESIISGAALMADSSCTRDERRERIVAECNAVRQALQDLLSEYMNNLQLARGGKRM GVKEQSEGLERAIDHMCRKTRDLRRQLRKAVVDHVSDSFLETSVPLLVLIEAARNGRDKE VEEYALVFTEHANKLVEVANLVCSMSGNEDGVKMVRYAAAQIGNLCPQVINAARVLAARN RSKVALDNMEVFRQAWENQVRVLTEAVDDITTIDDFLAVSENHILEDVNKCVLALQEGDA DTLDRTAGAIRGRSARVCNVVQAEMDNYEPCIYTKRVLEAVKVLREQVMPKFAQRVEVAV DALGSNPAKDVDENDFIDASRLVYDGVREIRRAVLMNRADEDLDPEDVELDEHYTLETRS KSSAQTGEHGVDEYPEISGITTAREAMRKMPEEDKQKILQQVEYFKSEKLKFDKEVAKWD DAGNDIIVLAKHMCMIMMEMTDFTRGRGPLKTTMDVINAAKKISEAGTKLDKLTRQIADQ CPESSTKKDLLAYLQRIALYCHQMNITSKVKADVQNISGELIVSGLDSATSLIQAAKNLM NAVVLTVKASYVASTKYPRQSTVTYSPIVVWKMKAPEKKPLVRPERPEEVRAKVRKGSQK KVQNPIHALSEFQSPTESV NT seq 2760 nt NT seq  +upstreamnt  +downstreamnt atgtcagatcattttggtccaatcactttaaaatgggatccgaagaacttggaaattcgt accatgtcggtagagaagacattagagcctttagttttacaagtaactacgcttgtgaat acaaagggtcctagcaagaagaaaaaaggaaagtcaaagagggctagtgcgttggtaggg accgtagaaaaagcgactagtaattttatcgagaaaggtgaacaaatcgcttatgaaaat cctgacattactgccgaaatgttaagcgccgttgaagaagtgaagaagacaggtgcagca atgagtattgctgctagggagttttcagaagatccttgctcctctttaaaaagaggcaat atggtccgtgctgcaagaaatttgttgtctgctgtaactcgtttacttattttagcagat atggttgatgtgcatttattattgaaatccttgcatgtggtggaggatgatttacagaaa ttgaaaaatgcatcctcacaaggagaactattggaaaacattaaacagtttggaagaaat gcatctgaactgatgaatcaagctgcaaagcgtcaacaagaattaaaagatcctcagtta agagatgacttagctgcagccagagctgtactcaaaaagcattccactatgcttcttact gcctctaaagtttatgttcgacacccagagttagctgcagcaaaagcaaatcgtgattat gttttgaaacaagtatgcgaagctgtgaacactatcaatgatgttgcacaaggaaaaact cctgttgatagtcaacatccttatgaaggacctggtgaactggctgctgcattagatgat tttgatgagagaatggtaatgtctccacttgcttacaatgaagtacgtacaagacccagc ctggaagaaagattagaaagcatcatcagtggtgcagcactgatggcagattcttcgtgt actagagatgagcgtagagaacgcattgttgcagaatgtaatgcagtgaggcaagctctt caagatttgctcagtgaatatatgaataatttacagctcgctcggggtgggaaacggatg ggcgtcaaagagcagtccgaaggcttggagagggcgatcgatcacatgtgcagaaaaaca agggatcttcgtaggcaattaagaaaagctgtggtcgaccacgtgtccgatagcttcttg gaaacaagcgtgcccttactggttctgatcgaggctgcaagaaacggtcgcgacaaagag gttgaagagtatgctcttgtctttacagaacacgcgaacaagttagtcgaggttgccaat ttagtatgcagtatgtcaggaaacgaggacggtgtgaaaatggtacgttacgctgcagct caaatcggaaacttatgtccacaagtgatcaacgcagctcgagtgttggcagctcgtaac cgctccaaagtagctctggacaacatggaggtgttccgtcaggcatgggagaatcaagtg agagtgctgacagaagcagtcgacgacattactaccatcgacgatttcctggcggtgtct gagaatcacatcttggaggacgtgaacaaatgtgtcctggcattgcaagaaggcgacgca gacaccctggacagaaccgcgggcgcgattcgtggccggtcggccagagtgtgcaacgtt gtccaagccgagatggacaattacgagccttgtatctataccaaacgggttttagaagcc gtgaaagttctgagggaacaagtaatgccgaaatttgcgcaaagagtagaagtcgcggta gatgctttgggtagtaatcctgctaaagacgtggatgagaatgactttatagacgcttca agattagtttacgacggagtccgtgagattagacgcgctgtactgatgaatagagcggac gaggacttggatcctgaagacgtcgagctggatgaacattacacactggagactcgcagc aaatcaagcgctcaaactggcgagcacggcgtcgacgagtatccagagatcagtggtata acgaccgcccgcgaagctatgcgcaagatgccagaggaggataagcagaagatcctgcaa caggtggaatactttaagagtgagaaactgaagttcgacaaggaggtagccaaatgggac gacgctgggaacgacattattgtgctggcaaagcacatgtgtatgatcatgatggaaatg acagatttcaccagaggccgtggaccactgaaaaccactatggacgtgatcaatgcagcg aaaaagatttccgaggctgggacgaaattagacaaattaactaggcaaattgcagatcag tgtccagaaagttctaccaagaaagatcttctggcgtatttacagcgtatagcattgtac tgtcaccaaatgaatataactagtaaagtgaaagcagatgtacaaaacattagtggggaa ttgatcgtatccggactggatagtgcgacttctcttattcaggcagccaagaacttaatg aacgcggtggttcttaccgttaaagcgtcgtacgtcgcgtcgacgaaatatcctcgacaa tctacagtaacttattctccaattgttgtatggaaaatgaaagctccagaaaagaagcca ttggtacgacctgagagaccagaagaagttagagccaaagtacgtaagggttcacagaag aaagtgcagaatccgatacatgcactttcagaatttcaaagccctacagagagcgtttga

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