Apis florea (little honeybee): 105737014 Help Entry 105737014         CDS       T09140                                  Name (RefSeq) coronin-7   KO K18619   coronin-7 Organism aflr  Apis florea (little honeybee) Brite KEGG Orthology (KO) [BR:aflr00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:aflr04812]     105737014 Cytoskeleton proteins [BR:aflr04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      105737014 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  WD40_Prp19 WD40_4 WD40 WD40_CDC20-Fz DUF1899 WD40_WDHD1_1st Beta-prop_EML_2 Beta-prop_CAF1B_HIR1 Beta-prop_RIG_2nd ANAPC4_WD40 WDR55 Beta-prop_TEP1_2nd Beta-prop_EIPR1 EIF3I Beta-prop_WDR90_POC16_2nd WD40_RFWD3 Beta-prop_EML Beta-prop_IFT140_1st WD40_MABP1-WDR62_2nd Beta-prop_TEP1_C Beta-prop_WDR19_1st Beta-prop_WDR75_1st Beta-prop_HPS5 WD_LRWD1 Beta-prop_WDR35_TULP_N Motif Other DBs NCBI-GeneID:  105737014 NCBI-ProteinID:  XP_012349532 LinkDB All DBs Position Unknown AA seq 1210 aa AA seqDB search MAWRFKASKYKNAAPIVPKPEACIRDISVGSYQTYGNNITASAAFMAFNVDHNGSNLAVL PLEDYGRKSKTMPLLHAHADTVTDMDFSPFHDGLLATGSQDCLVKLWHIPEAGLEEPLCN PECTFSHRQRRVEVVCWHPSAEHLLTTVSYTNLSLWDVISQQELFSNNEHADVIQSLSWK QDGVLLATSCKDKQVRIIDPRASTCIVNCCSSHQSIKDSRCVWLNNSDRILTTGFDAARL RQVYIRDLRHLNEPVKTLELDCSTGILMPLFDPDTNMLFLAGKGDTTIMYMEVMDKDPFL VEGIRHSGEQTKGVCLVPKRALTVMQAEVNRLLQLTSTMVIPIMYQVPRKTYRDFHADIY PDTIGCVAQNNAAAWIKGHNMSVPKISLDPAKRNKGEESITVHKGNLATLKENEREIKME QKQLKSITASKVCIKTQEGNDKESISEDDIEKLEDPKKIEIEDDKNKIQNGGQMIPPKPL PRSSRTNSISEDEPKPVARPRTSPNMGSVVTSVNPNAIGGYKPSTWPKPFQAKSGSQEFS FDKIFSVPVAPNNDTNGYQNDLNNQIENNIEPEKSPSFNNERIKETENGKSDSSSLEEDT NSSDSGYKPKTPSTAERRKVFEIKSKDESPENEELGNFERGNTNRNSIAERRRLYESRSV SVTDGNLAEKAMGSPTMLRRRDSFKTKSEVIKEDEVKKVISMLRQQSMDPRLEKVDNSVT PTPKRTSTVFGRVSKFRHLKGTPGHKSTHIENIRNISRQISGECDGFHANSDRVAVPLSG PGGKIAVLELKKTGRLPDGVMPALVHGATVMDFQWNPFDNQRLAVACDDGMIRLWEIPES GLSEPTNEPKYIIKAHTDKIYLIKFHPLASDVLASASYDMTVKIWDLTLLSSCDTAVAKI TLMCHTDQIFSLAWSPCGQYLASTCKDGKLRIYKPRSNDVPIKTGKGPVGTRGARVIWAL KGQFLVVLGFDKVSERQIYVFKTDNLNTPLTTVGLDVSPAILMPYYDEDSSTLFLTGRGD STIYAFEVTEEPPYCCPLSHHRCSTLHQGLSFLPKNKCDVASVEFASALRLTNNTIEPLS FTVPRIKSELFQDDLFPPTKITWKSTMTATEWFNGANKQAYRISLKPPGMDNLTENQGQG IVTAPIVVKQQSTTPFSVSAQSFNRLGWNPDVKAKQEEIQKTMSNFVGDVIQCSLEQDHM EGVEEHEWDE NT seq 3633 nt NT seq  +upstreamnt  +downstreamnt atggcttggcgttttaaagcatctaaatataaaaatgcagctcctattgttcctaaacca gaggcttgcattagggacatttcagttggttcctatcaaacttatggcaataatattaca gcatctgctgcatttatggcatttaatgtagatcataatggatctaatcttgctgtatta ccattggaagattatggaagaaaaagcaaaactatgcctttacttcatgctcatgcagat acagtaaccgatatggatttttctccatttcatgatggtttattagctactggttcccag gattgtcttgttaagctatggcacataccagaagctggcttagaggaacctttgtgtaat cctgaatgtacattctctcatcgtcaaagaagagtggaagtggtttgttggcatccttca gctgaacatcttcttacaacagtatcatatacaaatttgtctctatgggatgtgatttca caacaagaattattttctaataatgaacatgcagatgttattcaatctttaagctggaag caagatggcgtactcttggctacatcttgcaaagataaacaagtgagaatcatagatcct cgtgcttctacttgtattgttaattgctgttccagtcatcaaagtatcaaagattctaga tgtgtgtggttgaataacagtgatagaatactcactacaggatttgatgcagcaagatta agacaggtttatataagagatttgaggcatttaaatgaacctgtaaaaaccttagaattg gattgtagtacaggtattttaatgcctctttttgatcctgatacaaatatgctttttttg gctggaaaaggagatactactattatgtatatggaagttatggacaaagatccattttta gttgaaggtattcgtcacagtggagaacaaacaaaaggagtatgtttagtgccaaaacga gcactaactgtgatgcaagcagaagttaatagattattacaactcacttccactatggtg atacctattatgtatcaagttccacgaaaaacatatagagattttcatgctgacatttat ccagatacaataggatgtgttgcacaaaataacgcagcagcctggattaaaggacataat atgtctgttcctaaaatatctttagatcctgctaaaagaaataagggggaggaatccatt actgtacataaaggaaacttagcaacactcaaggaaaatgaacgagaaataaaaatggag cagaaacaattgaaatccataactgcatcaaaagtttgtataaagacacaagaagggaat gacaaagagtcaatatctgaggatgatattgaaaaattagaagatccaaagaaaatagaa attgaagatgacaaaaataaaattcaaaatggaggtcagatgattccaccaaaaccttta ccaagatcatcaagaactaatagcatttccgaagatgaaccgaagccagtcgcacgtcct cgaacatcgccaaatatgggctcagtagttacatccgtgaaccctaatgcgattggagga tacaagccctcgacttggccaaaaccgtttcaagcaaaatcaggtagtcaagaattttct tttgacaagattttttcagttcctgttgctccaaataatgatacaaatggttatcaaaat gatttaaataatcaaatagaaaataatattgaaccagaaaaatcaccatcatttaataat gaacgtatcaaagaaacagaaaatggaaaaagtgattccagttctttggaggaagataca aattcaagtgattctggttataaaccaaaaacaccaagcactgcagaaagacgcaaagtt tttgaaataaaaagtaaagatgaatcgccggaaaatgaagaattaggaaatttcgaacga ggcaatacaaacagaaattctattgctgagagaagaagactttacgagagtcgttctgta tctgtaaccgatggaaatttagcagagaaggcaatgggttcaccaacaatgttgagacgt agagattcctttaaaaccaaaagtgaggtgattaaagaagatgaagttaaaaaagttatt tcaatgttgcgccaacaaagtatggatccgcgattggagaaagtggataattctgtaaca ccaacgccaaagagaacatcaactgtatttggtagagtatcaaaatttcgacatttaaaa ggtacacctggtcataaatctactcatattgaaaatataagaaatattagtcgtcaaata tctggagaatgcgatggttttcatgctaattccgatcgtgttgcggtaccacttagtgga ccaggtggtaaaatagcagttttagaattgaaaaaaaccggaagattaccagatggtgta atgccagcattagtacatggtgccactgtaatggattttcaatggaatccatttgataat caacgattagctgttgcatgtgatgatggaatgattcggttatgggaaataccagaatct ggattatcagaaccaacaaacgaaccaaaatacatcataaaggctcataccgataaaata tatttaattaaatttcatccactagcatcagatgttcttgcatcagcatcttatgatatg actgtgaaaatttgggatttaacgcttttgtcatcttgtgatacagcagttgcaaaaata acactaatgtgtcataccgatcaaatttttagtcttgcatggtcaccatgtggtcagtat cttgcaagtacatgtaaagatgggaaattacgaatttacaaaccaagatctaacgacgta ccaattaaaaccgggaaaggacctgttggtactagaggtgcacgagttatatgggcattg aagggacaatttcttgttgtattaggttttgacaaagtttcggaaaggcaaatatatgtt tttaaaacagataatcttaatactccattgacaacagttggtttagatgtgtcacctgca attttaatgccatattatgacgaagatagttcgacacttttcttaacaggacgtggtgat tctacaatatacgcttttgaagtaacagaagaacctccatattgttgtccacttagtcat catcgatgtagtactttgcatcaaggtttatcgtttcttcctaagaataaatgcgatgtt gctagtgtagaatttgcatcagcattaagattaacaaataatacaatagaacccttgagt tttactgttccacgtataaagagtgaactttttcaagatgatttatttccaccaactaaa attacatggaaatcaactatgactgctactgaatggtttaatggtgctaataagcaagca tatagaataagtctaaaaccacctggcatggacaacttaactgaaaatcaaggccaagga atagttacagcacctattgtagtaaagcaacaatcaacaacaccattttccgtatctgct caatctttcaatagattaggatggaatcctgatgtgaaagctaaacaagaagagatccaa aaaactatgagtaactttgtgggcgatgtaatacagtgctccttagaacaagatcatatg gaaggtgtagaggaacacgaatgggatgagtga

DBGET integrated database retrieval system