Flavisolibacter tropicus: SY85_23010 Help Entry SY85_23010        CDS       T04392                                  Name (GenBank) hypothetical protein   KO K13924   two-component system, chemotaxis family, CheB/CheR fusion protein [EC:2.1.1.80 3.1.1.61] Organism fla  Flavisolibacter tropicus Pathway fla02020   Two-component system fla02030   Bacterial chemotaxis Brite KEGG Orthology (KO) [BR:fla00001]  09130 Environmental Information Processing   09132 Signal transduction    02020 Two-component system     SY85_23010  09140 Cellular Processes   09142 Cell motility    02030 Bacterial chemotaxis     SY85_23010  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    02022 Two-component system [BR:fla02022]     SY85_23010    02035 Bacterial motility proteins [BR:fla02035]     SY85_23010 Enzymes [BR:fla01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.80  protein-glutamate O-methyltransferase      SY85_23010  3. Hydrolases   3.1  Acting on ester bonds    3.1.1  Carboxylic-ester hydrolases     3.1.1.61  protein-glutamate methylesterase      SY85_23010 Two-component system [BR:fla02022]  CheA family   CheA-CheYBV (chemotaxis)    SY85_23010 Bacterial motility proteins [BR:fla02035]  Flagellar system   Chemotaxis proteins    Two component system proteins     SY85_23010 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  CheB_methylest CheR PAS_3 PAS_10 HATPase_c PAS_4 PAS_9 CheR_N PAS HisKA PAS_8 HATPase_c_2 Rootletin HATPase_c_5 Prefoldin_3 Sec8_N ATG16 Motif Other DBs NCBI-ProteinID:  ANE52920 UniProt:  A0A172U0S6 LinkDB All DBs Position 5410638..5415185 Genome browser AA seq 1515 aa AA seqDB search MKPVTTDHEPPYIVAIGASAGGLEAIHDFFDNMPVNGNLAFVIIQHLSPDYKSLLVELVS KHTNMKVLEAQHDAAVETHCVYVIPNNKLLTIENGRLQLSQKVIDKAPNTAIDTFFKSLA RDQGSKAIAVILSGTGSDGTKGAHAIQENGGLVIVQDPISAKFDGMPNNAIAAGYADYIL SPELIPEEIFAYTNEQPVRSGINGKPDEKALPEVLGLIESHCGHDFHNYKAPTILRRISK RMGQLGKKNFSEYLELLRESPEECKILGKEFLIGVTKFFRDQAAFDILKEEVLPIVFKSK QEDDVLKVWATACSTGQEAYSIAILLNEYISRHNKEVDIKIFATDIDADAVEFASKGVYP MAAASEMDPMLVKKYFTLHSGQLTVIPQLRKQIVFARHNILKDPPFIKNDIVTCRNMLIY MNQLLQRKVLSTLEFALNAGGYLFLGPSEIPSVIKNNLDEVNGKWKVFRKIKDVSPYQGE RFTSGYTVRSTRESKLDFGEKSRPKANVLAEDLQSILTDQFGFAAIYIDDNYEIKDAVGD FRRYLSLPDRIATLNILKMVNSDLSVALNTAIRKAKKENQQVTLQHVRIREENTETFVNL FVKPAKSEPYITIVFGESHEMTFNKPAPAFDPHQSESVSYINDLEEELKEAKLNLQMAVE SLETTNEELQSSNEELLSANEELQSSNEELQSLNEELHTLNTEHQLRIKELIELNDDLNN YFRSTEIGQVFVDKDMRIRKFNPAAVQLVNLIESDIGRPIEHISTNIKQENLNEEIKKVI QTSDIIEKEVRLGNQRICLMRILPYVRQDNVTDGAVISFFDITNFNELNSIIKGVFNASI NSIMALKSIRNAKNAVADFEWLAVNNATAQLLCLEDNSYIGQSVKKTCPQLLRNGFFEKC VDVVEADQPMHIEMLLEVNGEDEWFEVAATKMMDGLVITLNNINEKKLAEQKIRKGYSDL LIARENLKQLNVSLESKVAERTQELSVSEERFRLIARTTSDVVWDWNLVNSQIWWSDSKA RVFGYDNIDNVTAASFWLNNIHPDDKGRVEKSFNDAINKGASEWEEQYRFKKRDGSFAVV YNKGAVITDEAGMPYRMVGAMTDVTHVERAELTLKQKNEELQALIEEFKFVTDFMPQMVW ATQPDGYHDFYNKGWYDYTGLDYETTKDKGWSLVLHPDDYERTWEIWKHSLETGEVYETE YRLRRYDGVYRWFLARALPWRDENGTIVKWFGTCTDIHDQKEMADVLEQKVKERTQELQK TNAALEVTNAELFQFASVASHDLKEPLRKIHMFSTLIKDRYLKDINEGASDYMERIISSS ARMTKLINDLLSYSRLSIKSLFEPTDLNAIVNEVVADLELSIHEKQAVIEVGPLPVIDAV PGQIRQVFQNIISNALKFSKEDGQPHIRIKAEVAAGKSLDPDIKSKEEYCQLTVQDNGIG FDEQHADKIFTIFQRLHGREKYEGTGIGLAITKKIVERHNGLVHAKSKPGEGSTFTFVLP LKQKAVTTTSESISN NT seq 4548 nt NT seq  +upstreamnt  +downstreamnt atgaagccagtcacaactgaccatgaaccaccctatattgtagctattggagcgtcggcg ggtgggttagaagcaattcatgacttcttcgacaatatgccggttaatggtaacctggcc tttgttatcatacaacatctatcacccgattataaaagcttattggtagagcttgtatct aagcataccaatatgaaggtattagaggcgcagcacgatgcagcggttgaaacacattgt gtatacgtaatacctaacaataagctgctcaccattgaaaacggacgcttgcaacttagc caaaaggttatagataaagcgccgaatacagccattgatactttttttaagtcgttagcc agggaccagggttcaaaagctattgctgttattttatctggaacgggaagtgatggcaca aaaggtgcgcatgccatacaggaaaacggaggattagttattgtgcaagatcctattagt gccaagtttgatggtatgcctaacaacgccattgctgctggctatgccgattatattctt tcgcctgaattaataccagaagaaatctttgcctataccaatgagcaaccggtaagaagc ggtataaatggtaagcctgacgaaaaagcgttgccagaagtattagggcttatagaatca cactgtggtcacgacttccataattataaagctcccaccatcttacgtcgtatcagcaag cgtatggggcaattaggaaaaaagaatttttcagagtacctcgaactattacgtgaatcg cctgaagaatgcaagatattgggaaaggaatttctgattggcgtaacaaagttcttccgg gatcaggctgcttttgacatactaaaagaagaagtattacccattgtttttaaatcgaaa caagaggacgatgtattgaaagtttgggcaactgcctgcagcacggggcaggaggcatat agtattgctatattattgaatgaatatatcagccgccacaacaaggaggttgatataaag atctttgctaccgatattgatgccgatgctgttgaattcgcttcaaaaggtgtttacccg atggccgcagccagtgaaatggatccgatgctggtgaaaaagtattttacattgcacagt ggacaattaacggttattccccagttgcgtaagcaaattgtctttgcgcgccacaatatt ttaaaagatccgccttttatcaaaaacgatatagttacctgccgtaatatgctgatctat atgaatcagctgttgcagcgaaaagtgctttctactttggagtttgcactaaatgctggt ggatacctgttcttagggccaagtgaaattccttcagtgatcaaaaacaacctggatgaa gtaaatggaaagtggaaagtattcagaaaaataaaggacgtgagcccttaccagggtgag cggtttaccagtgggtatacggtgcggagtacaagagagagcaagttagactttggagaa aagagtcgcccaaaagcaaacgtgctggccgaggacttgcaatccatattaactgaccag tttggctttgctgctatttatatagatgataattatgagatcaaagatgcggtaggtgat tttcgccgttatttatcactcccggatcgcattgccactttgaatatcttgaagatggtt aattcagatctgtcggttgctttgaatacggctatacgcaaggcaaaaaaagaaaatcag caagttaccttacagcatgttcgtattcgggaagagaacacagagacgtttgtcaacctg tttgttaagcctgctaaaagcgagccttatataacgattgtatttggtgaaagccatgaa atgacgtttaataaaccagcaccagcttttgatccgcatcaatcggagtctgtttcttat atcaatgacctggaggaagaactaaaagaagcaaagctgaatttgcaaatggctgtagag agtctggaaacgacaaacgaggagttgcaaagttcaaatgaagagcttctttcggccaat gaagaactgcaaagctcaaacgaggagttgcaatcactaaatgaggaattacatacgtta aatacggaacatcagttacgtataaaagaactgatagagctgaatgatgacctcaataat tatttccgtagcacagagatcgggcaggtatttgtagataaggacatgcgtatccgcaag ttcaatcctgcggcagttcagttagtgaacctgattgaatcagatattgggcgaccaatt gagcatatttctaccaatatcaaacaggaaaatctgaatgaagaaataaaaaaagtgatt caaacgagtgatatcatcgaaaaagaggtgcgcctcggtaatcagcgcatttgcctcatg cgtattctgccctatgttcggcaggataacgtaaccgatggagcggtaatctctttcttt gatattaccaactttaatgaactgaatagcattatcaaaggtgtgtttaatgcctctatt aattctatcatggcattgaaaagcattcggaatgcgaagaatgccgtggcggattttgag tggttagcagtaaataatgccactgcccaattattatgtttggaggataattcctatata ggacagtctgtaaagaaaacctgtcctcagttattacgaaacggtttttttgaaaaatgc gttgatgtagtagaggcagatcagccaatgcatatagaaatgttgcttgaagtaaatggg gaggatgagtggtttgaagtggcggctactaaaatgatggatggtttagtgatcacctta aataacatcaatgagaaaaagctggccgaacaaaagatccgtaagggttatagtgacctg ctcattgcccgggaaaatttaaagcagctaaatgtaagtctggaatcaaaagtggctgag cgtacacaggaactaagtgtcagcgaagaacgtttccggctgatagcccgaacaacaagt gatgtagtttgggattggaacctggtaaacagccagatctggtggagtgatagtaaagca agagtttttggctatgataatatagataatgttaccgctgccagcttctggctgaataac attcatcctgatgataaaggcagggtagaaaaaagctttaatgatgctatcaataaaggt gcttctgagtgggaggagcaataccgctttaaaaaaagggatggcagttttgccgtggtt tacaataaaggtgctgtaattactgatgaagcaggtatgccttaccgcatggtgggtgct atgaccgatgtaacgcatgtggaaagagctgaattaacgctgaagcaaaagaatgaagag ctgcaagcgttgatcgaagaattcaagtttgtaaccgacttcatgccgcaaatggtatgg gctacacagccagacggttatcatgatttctataacaagggctggtatgactacacgggt ttagattatgaaacgactaaagacaaaggctggtcgctggtattacatccggatgattat gagcggacatgggaaatatggaagcactcattagaaacgggtgaagtctatgaaacggag taccgcctgcgtcgttatgatggtgtataccgttggttcctggccagggcattgccctgg cgtgatgaaaatggaaccattgtcaaatggtttggtacctgtactgatattcacgaccag aaagaaatggctgacgtgctggaacagaaagtaaaagagcgtacacaagaactgcaaaaa acgaatgccgcgttggaagtaaccaatgccgagttgttccaatttgcctcagtagcctct catgatctgaaagagcctttgcgcaagatccatatgtttagtacccttattaaggaccgg tacttaaaagacattaatgagggggctagcgattatatggaaagaatcattagttcttcg gcccgtatgaccaagttgatcaacgacttactttcttactcccggttatccatcaaaagc ttgtttgaaccaaccgatttaaatgctatcgtcaacgaagtagtagctgatctggagcta tccattcatgaaaaacaagccgttatagaagtaggtcctttgcccgtaatagatgcggta ccaggacaaatacgccaggtctttcaaaatataatcagcaatgccttaaagttttcaaag gaagacggacagccacatattcgtatcaaagcagaggtagccgctggtaaaagcctggac cctgatataaaaagcaaggaggagtattgccaattaacggtacaagacaatggaattggc tttgatgaacagcatgcagataaaatatttaccatcttccaacggctgcatggtagggag aaatatgagggtacgggcattggattagccatcactaaaaagatcgttgaacgacacaac ggtttggtacatgctaaaagtaagcccggcgaaggaagcacttttacatttgttcttccc ttaaagcagaaggctgtaacaactacttctgaaagcatatctaactaa

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