| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1961 |
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| Symbol | |
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| ID | 7109962 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cyanothece sp. PCC 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 2199864 |
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| End bp | 2203037 |
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| Gene Length | 3174 bp |
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| Protein Length | 1057 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643480219 |
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| Product | CheA signal transduction histidine kinase |
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| Protein accession | YP_002377259 |
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| Protein GI | 218438930 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0643] Chemotaxis protein histidine kinase and related kinases
[COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 57 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTGACG ATCTATTTGA ATTGCAACTC CAAGAAGAAC TACGCCAGAT GTTTGAAGTA
GATACCCAAA CTTATCTACA AAGCTACATC TCTAAAATTC TGCAATTAAA TCCTCAAACT
TGGAAAGCGG ATATACAAGA AATTTACCGG GCGATTCATA CGATTAAGGG AGGGGCGGTT
ACAGTTGGCG CTGATGCCAT TCTTTATGTA GCGATCGCCC TCGAAGATCT ATTATCAGAT
CTGAGATATT TAGAAATCGC TCCTTCGTTA GAAGATGGAC AAATGGTTCA ATTTTTAACA
GAAGCGGGAG AATTATTAAC CAGTACCCTT TCAATTACCA GTACAGGAGA AGCGGCCAAA
CAAGAAGTTT TGCCCACTAT TTCTCGCATA GAAGAACTCC GATCTATTAT TCAAAAAGAC
TATATTCCTG AGTGGAATGA TAATAAAGTT TTACATCAAG AATTTGCTCA ACAAGGGTTT
GATTTAGTCA TTTTAGAGTT AGAAATGGGA CTAGAAGGGT TGCAAGAGGG ACAACCCCTG
AATCCAGACC TAATTAATAT AGCCGAACAA ACCCTCGCCC AACTGCGAGA AATTGGCAAA
AGTATTCAAA TGGACAGTGG ATGGGGTCAA TTGCTCCAAG AATGTAAAAC TTTATTAGTT
AATGAAGATT CTCAAGTTTG GTTACAAGAG TGGCCGCAAT ACTTCAAAAA ACTGAAATCT
TGTGCTATGA ATAGCGGGAA AATTCCGCCA CTAACTGGGA GCGAGACAAC TGACTCAATT
CCTGTAGAAT CTATCGATTT AATTTCTGTG TCTGATATTG AAGAAACGTT GATCGAGGAG
TATGAATTAG AAGACCTTAA TCTTAATTCT CTTGTCAATT TTGAAGATCT TTCCTCGGCT
CTCAATTATC TTCAAGCCGA TCAAGAAACT TTATTCCATG AAACTATTTC TATTGAAAAT
GTACCTCTAT TAGAAACAGA ATCTATTTTA AATTTAGAAG AAATTAACCA AATTGCTGAT
AACTTAGAAG AAAGTTTAAT CAATCTTGAA GGGTTAGATC AATTAACTCT AGAAAATACC
TTAAATAATT TAAACCTAGA TGCAATTGTT GAGGCAGTTA ATTTAATCGA AGAACAAGAC
CTAGTTTCTG TTGACCCAAC GGAAAACGGA CTAGATTTTA ATTTTGATGA GATTAAAAAC
CTTGTCATTA ATTTAGAAAC CTCAGACTTA AATCAAGACC CATTACCCGA AAATATAACT
CTTTCTGCGC CGGTTTCTCC TCAACCCCAA GCCACCCAAG CAAAAACGAC GGAGGAAGAA
AGTCATATTC AAATCCCTGT TTCTTTAGGT CGAGCTAATC AAATTTCTCA ACATTTAGTA
GAAGTTTTAT TATCGGCACG GATGGCAAGC GGACTTTATA ATAATCTGGC CAGTCAACTG
ATCAAACTGT TTGCGATCGC TTCTGAAAGT GTAAACTATA TTACTCGACT TAGACAAATT
CAGGATGATT ACGCCGTTCA AAGTGATCTC AATAATCCGA TTAAATCTAA TGGGGTGGCT
GTAGAACGAT ATAGACAAGG CTATACTACA ATTAATCGAC TCTTAGAAAT TTCCTTACGT
TTATCAGAAC TTGGGGCAGA AGCAAGTAAA ATTACTCATT CGACTCATGA AAGTTTTCAA
TCTCTAGAAC GAAATATTCT TAATTTAGAA CAAAGTATTG AAACTAGCCG AGTGATCCCC
TTTAAAACTG TAGCATTTCG AGCTAGAGCG ATCGTCAGAG ATTTAACCAA CCGTTATGGG
AAACCCGCTC AAGTGGTGGT AAAAGGGGAA GAAATAGAAC TCGATGCGGG AATTAGTGCT
AAATTAGAGC CGGCCTTACT ACATTTAATC CGTAATGCTT ACGATCATGG CTTAGAAGAT
CCCCAAGAAC GCCTAAAAAA AGGAAAATTA GAAAAAGGAA CGATTACTAT ATCTTTAGAA
CGCCGGGGGA ATCAATATTT ATTAACTATT GCCGATGATG GGGGGGGAAT TGATGCGGCC
AAAGTGGTCA AAAAAGCGAA AGAGGCTCAT TTACCCTTGA CTAATGCGGA AACGTCCTCC
GGGTTATTAG CGGTTTTATG TCAACCAGGG TTTAGTTCTA AGGACGAGGT GAGCGAAATT
TCTGGCCGAG GAGTGGGAAT GGATGTGGTA TCAACTCAGG TCAACAGTTT AAATGGCAAG
ATGAGTTTAG ATACGGTTTT AGGTAAGGGG ACTAGCTTTA AAATACAGTT TCCTACTCCT
CGTCTATTAG TTCCCTGTGT CTTGCTGCAC CGAAACGACC CCACCGGGAT GTCTCAGAGT
CGAGTCCGGT CTTTTGCTAT CCCCATAGAA AATGTTCTCA CCTCTACCTT GTGGAGTAAT
TTACTCCTAA AGAAAACCGA TGAGTCTGCT GTTCATTCTT GGACTGTTAC GGAAGAGAAC
GCCAATGTTC CGGCTTTAGA TCTGCTGGAA TATTGGTTAG GACGTTCTTC TCAATATCCT
ATTTCAGAAA CCGCGATCGG GGTATGTGTA GGGGGGTCAA ATCCGGATGA GCGCCTTTGG
TTACTGGCCG ATGAGTTAGG AGAACAAATC GAGTTACTGA ATTTACCGTT ACCTGATCCT
CTGGTTGCTC CGGTTGGGTT GCTAGGGATG AGTCTTCAAA TAGATGGAAG TTTGATCCCG
GTGATTGATG GGGCGACACT GGCAGAGTCT TTATTGACGC TTAACACGAC TGGATCTATC
CCTGAGACGG TAGGAGGGAA AAAGGTTGAG GAAGTTACCC GCTTAACGAG TCAGATGATT
TTGGTGGTAG ATGATGCCGC CTTGATGAGA AGACGAATTG AGGCGAGTTT AACCGCTTAT
GGTCATTCTG TCCAAACCTG CGCCGATGGG TTAGAAGCCT GGAACTGGTT ACAATACAAT
CCTACACCAG CGTTACTGAT TACGGATTTA GAAATGCCGA ATATGGATGG TTTTACGTTA
ATTGGGCGTT TACGAAGTGA GGGGGCGACT ATGCCTATTT TGGTGATTTC CTCTCGCTTA
TCGGAAGAAT GGAACCGGGA AGCACAACGG TTAGGGGCGG ATGGTTTCCT GACTAAAGGG
TTTTCTACTA ATGAGTTGAT TAATAAGGTT AATACCCTAA CCTCTCAAGT GTAG
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| Protein sequence | MTDDLFELQL QEELRQMFEV DTQTYLQSYI SKILQLNPQT WKADIQEIYR AIHTIKGGAV
TVGADAILYV AIALEDLLSD LRYLEIAPSL EDGQMVQFLT EAGELLTSTL SITSTGEAAK
QEVLPTISRI EELRSIIQKD YIPEWNDNKV LHQEFAQQGF DLVILELEMG LEGLQEGQPL
NPDLINIAEQ TLAQLREIGK SIQMDSGWGQ LLQECKTLLV NEDSQVWLQE WPQYFKKLKS
CAMNSGKIPP LTGSETTDSI PVESIDLISV SDIEETLIEE YELEDLNLNS LVNFEDLSSA
LNYLQADQET LFHETISIEN VPLLETESIL NLEEINQIAD NLEESLINLE GLDQLTLENT
LNNLNLDAIV EAVNLIEEQD LVSVDPTENG LDFNFDEIKN LVINLETSDL NQDPLPENIT
LSAPVSPQPQ ATQAKTTEEE SHIQIPVSLG RANQISQHLV EVLLSARMAS GLYNNLASQL
IKLFAIASES VNYITRLRQI QDDYAVQSDL NNPIKSNGVA VERYRQGYTT INRLLEISLR
LSELGAEASK ITHSTHESFQ SLERNILNLE QSIETSRVIP FKTVAFRARA IVRDLTNRYG
KPAQVVVKGE EIELDAGISA KLEPALLHLI RNAYDHGLED PQERLKKGKL EKGTITISLE
RRGNQYLLTI ADDGGGIDAA KVVKKAKEAH LPLTNAETSS GLLAVLCQPG FSSKDEVSEI
SGRGVGMDVV STQVNSLNGK MSLDTVLGKG TSFKIQFPTP RLLVPCVLLH RNDPTGMSQS
RVRSFAIPIE NVLTSTLWSN LLLKKTDESA VHSWTVTEEN ANVPALDLLE YWLGRSSQYP
ISETAIGVCV GGSNPDERLW LLADELGEQI ELLNLPLPDP LVAPVGLLGM SLQIDGSLIP
VIDGATLAES LLTLNTTGSI PETVGGKKVE EVTRLTSQMI LVVDDAALMR RRIEASLTAY
GHSVQTCADG LEAWNWLQYN PTPALLITDL EMPNMDGFTL IGRLRSEGAT MPILVISSRL
SEEWNREAQR LGADGFLTKG FSTNELINKV NTLTSQV
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