| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_0219 |
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| Symbol | |
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| ID | 3763132 |
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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 | Sulfurimonas denitrificans DSM 1251 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007575 |
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| Strand | - |
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| Start bp | 223061 |
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| End bp | 227419 |
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| Gene Length | 4359 bp |
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| Protein Length | 1452 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_392735 |
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| Protein GI | 78776420 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | TTGAAAAAAA CATTTATTAT CATCTCTTTT CTTTTTACCT CTCTTTATGC TCATGAGAGC
GTAAAATTTG GTGTTTTTGC CTACAAGGGC GTGGAACAAA CCCGCAAACA GTATGAGCCT
CTTGTTAAAG CACTCAATGA AAAGCTCGAT AAAAAAATTA TCTTAGAGGT TTTAACACAA
CAAGAGATTA ATGAAAAAAT TAGCAAAAAA GAGCTTGATA TTGTTACAAC AAATCCTACG
CACTTTTTAA GCATAAGAGA CAAATATGCG CTTAGCGGCG CTATTGCTAC ACTAAATGGC
TACGACAAAG GAGTCATAAC AAATAAACTT GCAGGCGTTA TCATTGTCAG ACCAGAGAGT
GAAATAAAAA ATCTCAAAGA TATAAAAAAC AAAATAATAG CAGCACCAAG CAAGTCTCAC
ATGGGCGGCT ATAGAGCGCA AGCTTATGAG CTCTTTCTTG CAGGCGTTGA TATCTCTAAA
AAAAGCAAAA AAATCATTGA GATGAAAGGC TCGCATCAAG AGGTTGTTAA AGCTGTTTTG
ACAGGTGTAA TTGATGTCGG TTTTATAAGA GATGGCATTT TAGAAGAGAT GATATATAAA
AAAGAGATAA GTGAGGGAGA TATAAGAGTT GTAAATGAGC AAAAGGGTGT TGATTATCCT
TATAAAATCT CAACAAAGCT CTACCCCGAG TGGCCTGTTT TTTCTTTGCC GCATTTAGAA
GAGGAGATTG TAAAAGATTT TATAGCAGCT CTTTTTTCAC TCAAGCCTAA CGATGAGATG
AAAAAAAATG GTATCTATAA CTACACTCTT CCTGCTGATT ATCTTCAAGT TGAGGAGCTA
TCTCGCACTC TTAGGCTTCC TCCGTTTGAC AAAGCTATAG ATGTGACTTT TATGGATATT
TTAAATAGTC ATAAAATAGA GCTAATCATA ATTTTTATCT CTTTGCTTTT AGGGCTGTTT
TATCATTTAA GAGAGAGAAG GAGAAAAAAC TTTATCTCCT CTCTTCTCTC AAACATAGGA
GAGGGGGTTT ATGGGATAGA CAACAATGGC AACTGTACTT GGATAAACAA AAAAGCTCTT
AATATGCTAG GCTACAGTGA AAAAGAGATT TTACATAAAA ACCAACATGA TATTTTTCAC
TCTCATAAAC CATCACGTGA GAAGTACAAT GCAGATGAGT GCCCGATAAA TCTAACTTCC
AAAGATAAAG TAACAAGAAC CTTAAATGAG CATTTTATAA AAAAGGATGG TTCTCTTCTT
CCCATAATCT TAACAGTAAC GTCCATAGAC GAGGGTGGTG CCATAGTTGT CTTTAGAGAT
ATAAGCAACT CTATAGCAAA AGAGCAAGCG CTAAAGAGAA GTGAGAGAGA GCTTAGGCTT
GAAAAACAGA GGTTAGACGC CATCATTCAG GGGACAAATG TCGGTACTGG AGAGTGGAAT
ATTCAAACAG GCGATACCAT TTTTAATGAG AGATGGGCAG AAATTATTGG CTATACGCTA
GATGAGATAT CTCCTACCTC CATAGATACA TGGGAGAAGT TTTCACATCC AGATGATTTT
ATTGCTACGA AAAAGCTTTT AGAAGAGCAT CTTGATGGAA AAACTGAATA TTTTGAATCT
GAAATGCGAA TGAAGCATAA AAATGGACAC TGGGTTTGGG TAGTAGATAG AGCAAAAGTT
TTTGAGTGGG ATAAAGATGG CAAACCAGTT CTTATGTCAG GAACGCATCA AGATATAACA
GAGAGAAAGC TAGCACAGGA AAAAATTGAG CATATAAACA ATCAACTTGA ATCCCTTTTA
GAGTCTATTC CAGATCTTAT TTGGATGAAA GATGTAAATG GCGTTTATAT TACATGTAAC
AAACGATTTG AAGATTTTTT TGGGGCATCA TTAGATGAGA TAAAGGGCAA AACTGACTAT
GACTTTGTAT CAAAAGAACT GGCAGATTTT TTTAGAGAAC ATGACAAAAA AGCGATGCAT
AGCAATGTTC CACTAACAAA TTTTGAGGAG ATTACCTTTG CGGTAGATTC GCATAAAGAG
TTTCTTCAAA CAACTAAAAC AGCAGTAAGA GGCAGAAATG GGGAGATACT TGGTATCCTT
GGAATTGGTA GAGATTTGAG TGAGCTTAAA AGAAGTGAGC AGAAGTTAAG AGATAGTAAA
GAGCTCTTAG ACCTCTTTTT TAAACAATCT ATGCATGGAT TTTTCTTTAT GATGCTTGAT
GAGCCTATAG AGTGGAATGA CTCCATAGAC AAAGAAAAAA CACTTGATTA TGTATTTGAG
CATCAAAGAG TAACAAAGAT AAATGAAGCG ATGCTTGAGC AGTACAAAGC AAAAGAGGAG
GAGTTTTTAG GTTTTACACC AACAGATTTT TTCAAACACA ACATAGAAGA GGGACGCGAC
ATTTGGAGAG AGTTGTTTAG TAGAGGTATT TATCATGTAA ATACAAATGA GCAGAAATTT
GATGGTACTC CTATGGTTAT TGATGGAGAC TATATCTGCT TGTACAACAG CGAGGGCAAA
ATTACTGGTC ATTTTGGAGT ACAAAGAGAG ATAACGCAAG ATATTAGAGA TAAAGAAGCT
CTTCAAGAGG CGAAGGAAGA GGCGGAGAGA GCGAACAATT CAAAGAGTGA ATTTTTAGCA
AATATGAGCC ATGAGATAAG AACACCTATG AATGCAATCA TAGGATTTAG CGAGATTTTA
CTTGAGAGTG ATTTGGATGA AAAACAACTA CATCAGTTAC ATAAGATTAA CAGCTCTTCA
AAAATGCTTC TCTCTATCAT TAATGACATT TTGGATTTTT CAAAGATAGA GGCGAACAGA
CTTGAAATTG AGCATAGAGA GTTTAACCTA GAGAGTATTC TCTCTAAAAT AAAGATGTTA
TTTAAACAAA CTGCTCTAGA TAAAGGGTTG GAGTTCTACT GTAATGTAGA AGAAGGCGTA
CCTAGTATGG TGGTAGCTGA TGAGCTTAGA ATTACTCAAG TCCTAATCAA TCTTTTGGGA
AATGCTATCA AATTTACAAA AGAGGGTGCA GTAAAGGTAG ATTTAAAAAT AAGTAAAAAA
GATGAAAAGA GTGCAACTCT GCTCTTTAGC GTAATTGACA GCGGTATTGG TATAAGTCAA
AACCAGATAG AAAAACTCTT TAAGCCATTC TCTCAAGCGG ATGACTCTAT AACACGAAGA
TACGGCGGTA GCGGTCTTGG ACTCTCTATC TCCTCAAGAT TAGTATCTGC TATGGGAGGA
GAGATAGATG TCAAGAGCAA AGAGGGTGTC GGTTCTACTT TTAGTTTTGA GATAATAGTT
GGTGTAAACT CTTGGAGCCA AAATAGTCTT AAGCTGGAAA ATATGGACAT CTCCAAAGAT
GCATCAAAAC TTTTAAAATA TCCTGATTTT AGCAATGTTA AACTCCTTTT AGTTGAGGAT
AATGAGATAA ATCAGGAGAT AACCACTGAG ATACTAAAAA AAGTAAAAAT AACTCCAGAT
CTAGCAAATA ATGGCAAAGA AGCGGTGGAT ATTTTTGTTG CAAAACCAAA CTATTATGAC
ATCATACTTA TGGATATTCA AATGCCTATT ATGAGTGGTT ATGAAGCTAC CAAAATCATA
CGTGAACATG ATAAAGAGAT TCCTATTATC GCACTGACCG CAGCGGCGAT GATTGAAGAT
AGACATAAAA CTTTAGATGC TGGAATGAAT GACCACCTCT CAAAACCAAT TGATAGCAAT
GAGATGTTCT CAAGCATTGC CAAATGGCTT GATATTGATT TCACAATAAA ACAAAAATCT
TCTAATACCA AAGTTAAAGA TAGTGCTGTT TTAGATTTAG AGTATGCGAT AAATGAACTA
AATCTAAACA GTGATATTCT TCATAAGATA TTATCGAAGT TTTATGAAGA GTTAGAGAGT
GATTTTGCCT CTCTTGTAGA GCTATTACAT GTAGAAGACA AATCAGCCAA ATCCTTGATA
CATGCGCTAA AAGGGGTTAG TTCAAATATA GGTGCAAAAG AGTTGGCTTC TATTGCAACA
TATATAGACA CCCAACTAAA AAAGGCTCAA GCGATTAAGC CAGAGGATAT AGCACTCTTA
AAAGAGGCGA TTGAGAGAGT CAAAGAGAAG ATAGTCTCAT ATTTAAGAGA AAATCCTCTT
CAAGAAGATG AGATGAGGGA AGAGGATTTT AAAAATCTTT ATCTTGAGGT TTCGCAAGAT
ATTAAAAATG GAACAATGGT AGAATTTCAA AATCAACAAC TTCTGTTTAA TTTACTTAAA
ACAAAAGTAA ATAGACATGA ACTTGAACTA TGGATGAGAG AGATGGATAA CTTTGATTAC
GACAAAGCTT ACAATATTAT GAAAGAGTGG CAATTATGA
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| Protein sequence | MKKTFIIISF LFTSLYAHES VKFGVFAYKG VEQTRKQYEP LVKALNEKLD KKIILEVLTQ
QEINEKISKK ELDIVTTNPT HFLSIRDKYA LSGAIATLNG YDKGVITNKL AGVIIVRPES
EIKNLKDIKN KIIAAPSKSH MGGYRAQAYE LFLAGVDISK KSKKIIEMKG SHQEVVKAVL
TGVIDVGFIR DGILEEMIYK KEISEGDIRV VNEQKGVDYP YKISTKLYPE WPVFSLPHLE
EEIVKDFIAA LFSLKPNDEM KKNGIYNYTL PADYLQVEEL SRTLRLPPFD KAIDVTFMDI
LNSHKIELII IFISLLLGLF YHLRERRRKN FISSLLSNIG EGVYGIDNNG NCTWINKKAL
NMLGYSEKEI LHKNQHDIFH SHKPSREKYN ADECPINLTS KDKVTRTLNE HFIKKDGSLL
PIILTVTSID EGGAIVVFRD ISNSIAKEQA LKRSERELRL EKQRLDAIIQ GTNVGTGEWN
IQTGDTIFNE RWAEIIGYTL DEISPTSIDT WEKFSHPDDF IATKKLLEEH LDGKTEYFES
EMRMKHKNGH WVWVVDRAKV FEWDKDGKPV LMSGTHQDIT ERKLAQEKIE HINNQLESLL
ESIPDLIWMK DVNGVYITCN KRFEDFFGAS LDEIKGKTDY DFVSKELADF FREHDKKAMH
SNVPLTNFEE ITFAVDSHKE FLQTTKTAVR GRNGEILGIL GIGRDLSELK RSEQKLRDSK
ELLDLFFKQS MHGFFFMMLD EPIEWNDSID KEKTLDYVFE HQRVTKINEA MLEQYKAKEE
EFLGFTPTDF FKHNIEEGRD IWRELFSRGI YHVNTNEQKF DGTPMVIDGD YICLYNSEGK
ITGHFGVQRE ITQDIRDKEA LQEAKEEAER ANNSKSEFLA NMSHEIRTPM NAIIGFSEIL
LESDLDEKQL HQLHKINSSS KMLLSIINDI LDFSKIEANR LEIEHREFNL ESILSKIKML
FKQTALDKGL EFYCNVEEGV PSMVVADELR ITQVLINLLG NAIKFTKEGA VKVDLKISKK
DEKSATLLFS VIDSGIGISQ NQIEKLFKPF SQADDSITRR YGGSGLGLSI SSRLVSAMGG
EIDVKSKEGV GSTFSFEIIV GVNSWSQNSL KLENMDISKD ASKLLKYPDF SNVKLLLVED
NEINQEITTE ILKKVKITPD LANNGKEAVD IFVAKPNYYD IILMDIQMPI MSGYEATKII
REHDKEIPII ALTAAAMIED RHKTLDAGMN DHLSKPIDSN EMFSSIAKWL DIDFTIKQKS
SNTKVKDSAV LDLEYAINEL NLNSDILHKI LSKFYEELES DFASLVELLH VEDKSAKSLI
HALKGVSSNI GAKELASIAT YIDTQLKKAQ AIKPEDIALL KEAIERVKEK IVSYLRENPL
QEDEMREEDF KNLYLEVSQD IKNGTMVEFQ NQQLLFNLLK TKVNRHELEL WMREMDNFDY
DKAYNIMKEW QL
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