Iocasia frigidifontis: GM661_13525 Help Entry GM661_13525       CDS       T07718                                  Name (GenBank) HAMP domain-containing protein   KO K03406   methyl-accepting chemotaxis protein Organism ifn  Iocasia frigidifontis Pathway ifn02020   Two-component system ifn02030   Bacterial chemotaxis Brite KEGG Orthology (KO) [BR:ifn00001]  09130 Environmental Information Processing   09132 Signal transduction    02020 Two-component system     GM661_13525  09140 Cellular Processes   09142 Cell motility    02030 Bacterial chemotaxis     GM661_13525  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    02035 Bacterial motility proteins [BR:ifn02035]     GM661_13525 Bacterial motility proteins [BR:ifn02035]  Flagellar system   Chemotaxis proteins    MCPs     GM661_13525 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  MCPsignal dCache_1 HAMP MCP-like_PDC_1 PhageMin_Tail BLOC1_2 sCache_3_2 Sec10_N Mce4_CUP1 DUF948 dCache_2 DUF1664 ATG17_like TMP_3 IFT57 Glucos_trans_II COG6_N Motif Other DBs NCBI-ProteinID:  QTL98909 UniProt:  A0A8A7KHA2 LinkDB All DBs Position complement(2807876..2809855) Genome browser AA seq 659 aa AA seqDB search MEVHIMKVLESFKTKLFLILVFLMITPLIIYGIITINQERALINKQIYNDNMKLAEGLGD TVGSMITNTRITVDSIVETAGVKEMDPERIKDVLDPITAGNPYIANLYVMNRAGRQIYKT VGDLDDRSNREYMQKAIRGEANFSNVIISGSRKVPIVVYARSVRNNGRIVGVIGCSIDLE VLSELAAKYKPGKTGYGFIVENNGKIIAHPDEELVSNMLDASHLAPVKAAIEGKTGISEY SYEGDNKLAAYLPVKETGWGVVVQLTAKEAFQPVVDIVRGAVISIIITVLVGIVVAFIMG NYVTKPIIKAAGFAQAISTGNLRLAKLKVVSRDEIGKLGESLNNMLSGLKTMIAQVVNIS DQVAASSQELSASGEQVGEIAEQVGTSIQDVASGAEEQSIRVEETSSNVKKLSDSIKRVD ISTNELSSNAVELTDKLEQGISSVQESVSNINEMKENTLGVSKTINTLGERSREIEQIVE LISGIAEQTNLLALNAAIEAARAGEAGRGFSVVADEIRELAEESAKASNEITNLVKQVQS DSLGAVEEMDNNVQLVEVSVESINNTGEIFSVIEEHTVNLKEQLKNISENVANMNEYSNN VEETTENINSVSEEFASNSEEVAASSEEQLAATEEIVSLARQLAEMAQELSRTVDQFRI NT seq 1980 nt NT seq  +upstreamnt  +downstreamnt atggaggtacatataatgaaagtattggagagttttaaaacaaaattatttttaatcctg gtctttttaatgataacacccctaatcatatatggtattattactataaatcaagaaaga gctttaataaataagcagatatataatgataatatgaaattagctgaaggtcttggggat acagttggttctatgataactaatacccggataactgttgattcaattgtagagacagct ggggtaaaggagatggatcctgaaagaattaaggatgtcttagaccctataacagctggt aacccctatattgccaatctatatgttatgaatagggccgggaggcagatctataaaact gtcggtgaccttgatgaccgctcaaacagggaatatatgcaaaaggctatcaggggagag gccaacttctctaatgttattatatcaggcagccgtaaggttccaatagttgtttatgcc agatcggtcagaaacaatggtagaattgttggggtgattgggtgcagtatagatctggag gtattaagtgaacttgcggctaaatataaaccggggaagacaggctatggatttatagtg gaaaataacggcaagataatagcccatcctgatgaagaactagtaagtaacatgcttgat gcctctcatttagctccggttaaagcagctattgagggaaaaacgggtatcagtgaatac agctatgagggtgataataaactggcagcttatttaccagtaaaagaaacgggttggggt gtggtagtacagcttactgctaaagaggcttttcaaccagtggttgatattgtccggggg gcggtaataagtataattattacggtattagttggtatagtagtcgcgtttataatgggt aattatgttactaagcctattattaaggctgctggctttgcacaggcaatatcaacagga aacctgcgtctcgctaaattaaaggtagtatcaagagatgaaataggcaagctgggagaa tcattaaataatatgctcagtggcttaaaaacaatgattgctcaggtagttaatatctct gaccaggtggctgcatccagtcaggaactgtctgcctcaggtgaacaggtgggagagatt gctgaacaggttggtacttcgatacaggacgtagccagtggtgctgaggagcagtcaatc agggtagaggaaacaagctcaaatgttaagaaattaagtgacagtatcaaaagggtagat ataagtactaatgaattaagtagtaatgcagttgagttaactgataaattagagcagggg atcagttcagtacaggaatctgttagtaatattaatgaaatgaaggaaaataccctggga gtatctaaaaccattaataccctgggagagagatccagagagattgagcaaatagtggaa cttattagtggtatagctgaacagactaatttactggctttaaatgcagcaattgaggca gcccgggctggtgaggcaggcaggggttttagtgtagttgctgatgaaatacgggaactt gctgaagagtcggctaaggcaagcaatgaaattactaatctggtaaaacaggttcagtca gattctttaggggctgttgaagagatggataataatgttcaattggtggaagtgagtgtt gagtcaattaataatactggtgagatatttagtgttatagaggaacacaccgtaaatctc aaagaacagcttaaaaatatttctgaaaatgttgctaatatgaatgaatatagtaataat gtagaagaaaccacagaaaatattaattcagttagtgaagaatttgcttccaattcagaa gaagtagcagcttccagtgaggaacagcttgcggcaactgaagagattgtttctttagcc agacagttggctgagatggcccaggaactctcccggacagttgatcagttcaggatataa

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