Yersinia intermedia: CH53_1436 Help Entry CH53_1436         CDS       T03608                                  Name (GenBank) HAMP domain protein   KO K14978   two-component system, LuxR family, secretion system sensor histidine kinase SsrA Organism yin  Yersinia intermedia Pathway yin02020   Two-component system Brite KEGG Orthology (KO) [BR:yin00001]  09130 Environmental Information Processing   09132 Signal transduction    02020 Two-component system     CH53_1436  09180 Brite Hierarchies   09181 Protein families: metabolism    01001 Protein kinases [BR:yin01001]     CH53_1436   09183 Protein families: signaling and cellular processes    02022 Two-component system [BR:yin02022]     CH53_1436 Protein kinases [BR:yin01001]  Histidine kinases   LuxR family [OT]    CH53_1436 Two-component system [BR:yin02022]  LuxR family   SsrA-SsrB    CH53_1436 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  HATPase_c Response_reg HisKA Hpt HATPase_c_5 HAMP HATPase_c_2 Motif Other DBs NCBI-ProteinID:  AJJ20330 LinkDB All DBs Position 1630328..1633150 Genome browser AA seq 940 aa AA seqDB search MENSSSLVTRLTLLLGMTLMAIWLISIAAMAFFSYEDTRQRLVNELTHMASLRADLSNYQ FEGAERDAASLISRQTSYQATWRLPIRHTDDDPGNNIPFSSGICNAIQSRHDLRIAQAYG TSGQTYYLDSFTIKRKEGITIFRPQAVSNNYLSQRRKELLLLPIFPTHDNIFWGMPTYNP QKGWHVSVAACDHAGSLAGFSLKLNELVTDNQPVEQRDINLWLDKSGELLPISQQNIPSH QLHEILRQLKDRNLHDGWQQTPDYLVLRTQLKGPGWQQLVIYPRVGFAWEAAKPALHQLP FALAILLLLTLVLSLLLRYYLAIPLWNFINIIGATGPQAMEPRLPVKRMDELGQIARAYN NLLDTLNEQYDTLEMKVKERTLALAKSKQVAEQANRRKSVHLTTISHEIRTPLNGTIGAI ELLQNTPLTSEQYRLAETARQCSHSLLTIVNNLLDFSRIESGQMALSQEKSALLPLLDQA MLTIHSQALSKAITLSTYVSSDVPLALELDKQRLQQILVNLLGNAVKFTQCGHIKLTVVR KGQQLCFTVEDTGCGIDLQLQQEIFHPFIQTHEHGQGTGLGLTIADNLARMMGGNITLFS LPDHGSRFSLNLPFSGNTAVQLFKGEIYAPQPLHHQLSAWGITCQSVSSESVHKQQETFS DKELCYLPGRLYSKVKKHLNGEDQHASSQPQIPHTLPLQPWHMSILLVDDAETNRDITGM MLRQLGHQVTLAESGEIALRIGQTQHFDLVLMDIRMPGMDGLATTRYWRGDVNNQDNRCM ITALSANTNPEEKIRASQAGMNHYLSKPVTFSQLAEVLDLAAQFQLERGVTLSPQLSTPR PLLNLADTSLRLKLSQSLQLLVQQGRESLTHTPTLSHQLHTLKGCAGQAGLIELQDAVIQ LEIAIENNELITQQDIDHLGEIIHLLFQSRDPRDTISIIR NT seq 2823 nt NT seq  +upstreamnt  +downstreamnt atggaaaattcatcatcactcgtcactcgattgacactattactgggtatgactttaatg gccatatggcttatttcaattgcagccatggcattcttctcatacgaggatacacgccaa cggttagtgaacgaattaacccatatggcatcattacgcgcagatttaagtaattaccaa tttgaaggtgcggaacgggatgctgcctcgttgatcagtcgccagacaagttaccaagcc acctggcgattgcccataaggcatacagatgatgatccgggcaacaacattccttttagt tcaggaatatgtaatgccatccaatccagacatgaccttcgtatcgctcaggcctatggg acttccggccagacttattatctcgacagtttcacgattaaacgaaaagaaggtattacc atattccgcccacaggcagtatcaaataactatttaagccagagacgtaaagaattactt ttactgccaatatttcctacccatgacaatattttctgggggatgcccacgtataaccca caaaagggctggcatgtttctgttgccgcatgtgaccacgccggttcattagctgggttc tcattaaaactaaatgaattggtgacggataatcagccagttgaacagagagatattaat ttatggttggataaaagtggcgagttgctaccgatatctcagcaaaatataccttcacat cagttacatgagattcttcgccagctaaaagaccgtaatttacatgatggttggcaacaa actcctgattatttagtattaagaacccagttaaaaggccccggctggcaacagctagtt atttatccccgcgtcggttttgcctgggaagcggccaaacctgcgttgcatcaacttccc ttcgcactggctattttgctactgctgacgttagtgctctctttattactgcgatattac ctggccattcccctgtggaacttcatcaatattattggtgccaccggcccacaagcgatg gagccgcgtttaccggtgaaacgcatggatgagttagggcagattgctcgtgcttacaac aacttgctagacaccttgaatgagcagtacgacacccttgaaatgaaagtaaaggaacgc acactggcattggcaaaatcaaagcaggtggccgaacaggccaatcgccgtaagagtgtc catttgaccaccatcagtcatgaaattcgtacccctttaaatggaactataggtgctatt gagttattacaaaataccccactaacctccgagcaatatcggctagccgagaccgctcgc cagtgttcacattctttactgacgatagttaacaaccttttggacttttcacgtattgag tcggggcaaatggcgttgtctcaagagaaaagtgccttattgcccttattggatcaggcc atgttaaccattcatagccaggccttgagtaaagctatcacactctctacttatgtcagt tcggatgtgccactggcactggagctggacaaacagcgcttacaacagattctggttaac ttattgggcaatgccgttaaattcacgcaatgcggccatattaagctcactgtagtccgt aaaggccagcagctctgctttactgttgaagatactggctgtggcattgatttacagctt caacaagagatattccacccctttatccaaacccatgagcacgggcaaggaacgggactg gggctgactattgcagataatctggcaagaatgatggggggaaatattacactgttcagc ctaccagaccacggtagccgcttctcattaaacctgccgttcagtggtaatacagcagta caactatttaaaggcgaaatttatgcgccacagccattacatcatcaattatccgcttgg gggattacctgccaatcagtgagtagtgaatcagtacacaagcagcaggaaacctttagc gataaagagttgtgctacctgcctggtcgcttatatagcaaagttaaaaagcatcttaac ggagaggatcaacacgcatcatctcagccccaaataccccatacactcccgctacaacct tggcatatgtccatattattggtcgatgatgctgaaaccaatagggatattaccggcatg atgctgcgccaattggggcatcaagtgactctggcggagagtggcgaaatagcactacgt atcggccaaacgcagcattttgatctggtgctgatggatattcgtatgcctggtatggat gggctggcaacaacccgctattggcgtggtgatgtgaataatcaggataatcgctgcatg attacggcattaagtgccaatactaatcctgaggaaaagataagggccagtcaggcgggg atgaatcattatctctctaaaccggtgactttcagccaactggcagaagtactggatctg gctgcacaattccagctcgaacgcggggtcacactctcccctcagttatcaacaccgagg ccactattgaatctggctgacacctcactgcgtcttaaactatcacaatcattgcaatta ttagtacagcaagggagagagtctctcacccatacccccacgttatcgcaccagcttcac accttaaaaggctgtgccgggcaagcgggccttattgagttacaagacgctgtgattcag ttggaaatagcaatcgaaaataatgaactcattacacagcaggatatcgatcacctcggc gagataatccatttgctgtttcaatcgcgggatccccgcgacaccatttcaatcatcagg taa

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