| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_2298 |
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| Symbol | |
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| ID | 5662691 |
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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 | Shewanella pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | + |
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| Start bp | 2787978 |
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| End bp | 2791259 |
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| Gene Length | 3282 bp |
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| Protein Length | 1093 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641236908 |
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| Product | histidine kinase |
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| Protein accession | YP_001502153 |
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| Protein GI | 157962119 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG4585] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGCTACGCG GATACCTTCT AATATTAATC AAGCCCCTGC TTAGTGTCTG TGTAACAGAT
AACGAGAGAG TTTATTTGTA TATTATTCTG AACAGAATTC GGTCGAGTTT TACATATATC
CTGACTGTCA CGTCAATTGT TGCCATCTGC CTGATTCCCA AGCTGGGCCA CGCTTTTTCA
AGTTTGGAGA CTAGCCGTAT AGGCCTTAGT AGCGGCTTGG AAGAAGACAT TATTTTAGCC
CTGCTGATCG ATCATCAAGA CTTTATGTGG GTAGGGACTA AAAATGGACT GTTTGTCTAT
GATGGCTACC AAGTACAGAA ACATATTCCA CAACCCAGCG CCCCCAATAG CCTTAGTGCG
TTAGATATTC GCAATATCTA TCAAAGCAGT GATCACACTA TCTGGGTTTC AACAAATAGC
GGTGGGTTGA ATAAATATGT GCCACAAAGC AATACGTTCG TCCATTATCG TCATCAATCA
GAACAACAAA ATAGCATCAG TAATGACAGT GTATATGATG TGGTAGAAGG ACCTGATGGG
CACCTATGGA TTGCGACTCA GATAGGCTTA AACAGATTAA ACCGCAGCAC AGGCGAGATA
ACGCGCTTCT ATCATGAAGC CAGTGATCCC ACTTCATTAC CCAATGATTA TGTATACCGG
CTCTTCTTAG ATAGTAAGCA GCGGTTGTGG CTTGGCACCA TTGGCGCGGG GCTCGCTTAT
TGGGACAGTG CAGAACAAGC GTTTATTCGA GTCCCGCTGC CAGCAGGCGG ACATGACGAT
ATATTTGCCA TCACTGAAGA TACGAGTCAA AACCTATGGA TCGGGAGTCG TAATGGCTTA
CTAAAGATGG GTCCACAGCG CGATAATGTC GAGCAGATCT ATTTAACGCC CTCTTCTGCA
CAGCAGCCAC TTATCATCAA GCTTCACTTG ACCCAAAAAA ACACCCTCGC GATTGGCACC
AGTGGCTACG GCCTTATGAT ATTAGATCTC ACTAACAACC AGCTAGTTAG CGAGTATAAA
AAGCCGCAAG CCGCTAAAGG AACCGCCACT AGCATAGTTG AAAACTCGCA AGGCACGCTT
TTTGTCGGCA CTTGGGGCGC AGGAATTCAG CGAATCGAGC CGAAAGTTCC CTACGTTTCA
TTGATCACTA AACCCGATAA TAAAGCACTC CCAGCCATCA GAAACATTAG CGCGCTTTAC
ACTGACCAGA CTAATAACAA AACCTGGGTC GGCACATCAG GCACAGGCTT GCATTGGTTA
GATCAAGACT CGGGGCAGAT TTTAAAGGTG CAGTCCCCAC TTGCACAACA TTTAGTCGAA
GGTGTACACA GCATCACCCA GCTAAGCAAT GGACAGCTCT ATGTGGGGAC ATCTCAAGGC
TTGTGGCAAT TATCGGCACA AGGTGAAACC TTAGCTTTCT TTAGGCACGA GCCGACTAAT
CCAAATTCTA TCGGCAAAGG TTATGTCAGG GTCATAGAGC CTGCATTAGA TGGAAACTTA
TGGATTGGTG TTGGTGGCAC CGGGCTACAC CACTTCAATC CCAGCACAGG AAAGTTTACC
GCCTATCGGC ACCAGAGTAA CAATAAAGAA TCTATCAGCG GCAATTACAT CACCTCCCTC
CTCGTCAATG GTGATGAGAT CTGGGTAGGA ACTCGCTCAA GTGGCCTAAA TCGATGCCAG
ACACGCAATT GGCGTTGCCA GCGGTTTAAA CCAAACTCTG AACTTGAACA ACCACTGAGC
CATTTCTATA TCACAGATCT CGCCATCGAC AGCAAACAGC AGATTTGGGT CGGAACCGAC
GGCGGTGGCT TAAGTAAAGT TGTATTTGAT AGCGACAATA AGGTTGAAGC ATTCCAAGCC
GTGAGCAAGC ACCTTGGATT TGTGGGGCAA AGCATCATCT CAATTACACC TGAGTCCGAT
GGCAATTTAT GGCTAACAAC AAAGAAAGGT ATTTCGTTTT TTAACCCATC TCGACAGACG
GCCTTTAATT TAGGCGATGA TCAACTTTTT CATGTCGGTA GTTTTTCACA AAATGCCCGC
TCACAGAGTA GCGAGTACAG TTACTTTGGT GCCATCAATG GGGTTATTCG TATTGAGCGC
AACCGAGTGA TAACTCCAGA GCTCCCCGCC CCGATCAAGT TTACCAAAAT TGAACATGAG
TCTTTGCCCA TACCACTAAT GAATATTGGT ATCGCGAGCG ATCTTGAGCT AGCTCTACCT
TGGGGCGAAG TCCTCACTTT AGAGTTTTCA TTATTAGATT TTTCCGAGAA GAGTCATGAC
TATGAATATC GTTTGACGCC ATCAAGCCCA TGGCAGAGTT TAAACAACCG AAAACACATG
ACATTTTTTA ATCTAGACCC AGGTTTTCAC CCGCTTGAAG TCAGAGGAAA AGGGAATAAT
GGCCAATGGA GTGAGCCCGC CAAACTCAAT GTTCAGATAG TGCCACCTTG GTGGATGAAA
ACTTGGGTCA GAATCGCATT TATCTTCGTC ATCATACTGA TGTTTATCGC ATTTCATAAA
ATGCGGATTG CCCGTTGGAA GAAACACTCG GCGCGACTAC AGGCGCTGCA AGAGCAGAAG
CAGATTGCAC TCGATGACGT TAAAAGTCGT GAACAGCAAC TGAGTACAGC CTATCAAGGA
CTTAGAAGTC TAGCGACTCA AATACAAAAT GCTAAGGAAG AAGAGCGAAA ATCCATTTCA
AGAGAGTTAC ATGATCAGTT TGGACAAACG TTAACGGCCA CAAAAATCAA TCTTCAGCTC
TATAAAAAGT TTAACTATCA AGAACAAGAG CGCATAGATT CAGCCATATC AATTACCCAT
ACTATGATCC AACAGATGCG GGCCATCTCT TTCAATTTGC GCCCCGCTCT CTTGGATGAT
GAAGGCCTAG TCGCAGGGGT TAAGCTTCAA CTCGAAAAGA TGTCAGCCTT AATTGCTAAC
CCAATCGAGT TCAGCGTTAG CAGTGATTTT CCCATCGTTA ATCAAGGGAT CACCATTAAT
GTATTTCGGA TCATCCAAGA GTCGGTCAAT AACGCCATTC GACATGCTGA TGCCAAGCAA
ATTTGTGTCA GCCTCATCTA TCATAGCGAA CAATTACTCA TCGAAATAAA AGACGACGGT
AAAGGATTTG ATGTCGAAAA AGCTAAGCAA AATACCTTTA GTGGCATCCA TCTAGGACTA
CTCGGTATGG AAGAGCGTGT GCATTCGTTA TCTGGAAAAT TGATGCTTCA CTCAAGTGTC
ACAAATGGTT CAATAATTAA GGTGGTGATC CCTAATGTCT GA
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| Protein sequence | MLRGYLLILI KPLLSVCVTD NERVYLYIIL NRIRSSFTYI LTVTSIVAIC LIPKLGHAFS
SLETSRIGLS SGLEEDIILA LLIDHQDFMW VGTKNGLFVY DGYQVQKHIP QPSAPNSLSA
LDIRNIYQSS DHTIWVSTNS GGLNKYVPQS NTFVHYRHQS EQQNSISNDS VYDVVEGPDG
HLWIATQIGL NRLNRSTGEI TRFYHEASDP TSLPNDYVYR LFLDSKQRLW LGTIGAGLAY
WDSAEQAFIR VPLPAGGHDD IFAITEDTSQ NLWIGSRNGL LKMGPQRDNV EQIYLTPSSA
QQPLIIKLHL TQKNTLAIGT SGYGLMILDL TNNQLVSEYK KPQAAKGTAT SIVENSQGTL
FVGTWGAGIQ RIEPKVPYVS LITKPDNKAL PAIRNISALY TDQTNNKTWV GTSGTGLHWL
DQDSGQILKV QSPLAQHLVE GVHSITQLSN GQLYVGTSQG LWQLSAQGET LAFFRHEPTN
PNSIGKGYVR VIEPALDGNL WIGVGGTGLH HFNPSTGKFT AYRHQSNNKE SISGNYITSL
LVNGDEIWVG TRSSGLNRCQ TRNWRCQRFK PNSELEQPLS HFYITDLAID SKQQIWVGTD
GGGLSKVVFD SDNKVEAFQA VSKHLGFVGQ SIISITPESD GNLWLTTKKG ISFFNPSRQT
AFNLGDDQLF HVGSFSQNAR SQSSEYSYFG AINGVIRIER NRVITPELPA PIKFTKIEHE
SLPIPLMNIG IASDLELALP WGEVLTLEFS LLDFSEKSHD YEYRLTPSSP WQSLNNRKHM
TFFNLDPGFH PLEVRGKGNN GQWSEPAKLN VQIVPPWWMK TWVRIAFIFV IILMFIAFHK
MRIARWKKHS ARLQALQEQK QIALDDVKSR EQQLSTAYQG LRSLATQIQN AKEEERKSIS
RELHDQFGQT LTATKINLQL YKKFNYQEQE RIDSAISITH TMIQQMRAIS FNLRPALLDD
EGLVAGVKLQ LEKMSALIAN PIEFSVSSDF PIVNQGITIN VFRIIQESVN NAIRHADAKQ
ICVSLIYHSE QLLIEIKDDG KGFDVEKAKQ NTFSGIHLGL LGMEERVHSL SGKLMLHSSV
TNGSIIKVVI PNV
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