| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dvul_1570 |
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| Symbol | |
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| ID | 4664339 |
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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 | Desulfovibrio vulgaris DP4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008751 |
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| Strand | - |
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| Start bp | 1858918 |
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| End bp | 1862037 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 639819807 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_967014 |
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| Protein GI | 120602614 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG2204] Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.184468 |
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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 | 12 |
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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 | ATGGTCAACC TTTCGCTCGG GCGTTTCAGC TGGCGTGGCC AGCGCCGCGA AGCCTGCCGC
GGGTTGACCT TCATTCTGCG ATGTCATCTC CTTCTCTTGT TCCTTGCGTT GTCGATGGCG
GGTGCAGCGT GGGGCGCAAG CCCCAGAGTG CTGCTACTGA GTTCGTATGG TCCTGCTTTT
CCGACTTTCT TCCAGCAGGT TGAGGGCGTC CGTGCTGTGC TTGCGTCTGC GGGCGTGGTC
CTTGATGTCG AGTTCATGGA CAGCAAGCGG TTCACCGATG AATCCAGCGT CGATCATTTT
GAAAGCTATC TCAGGTACAA GCTTGCAAGG CTTCCTGCGT ATGACGTGGT CATCACGTCT
GACGATAATG CCCTTGCCTT CGTCATGGAG CGTCATGGCG GATTACTGGG CAAGAGTCCG
GTGGTCTTCT GCGGTGTCAA CAACGTGGGG CTGGCACGCT CATTGTCGGG AAGCGAGACC
TACACCGGAG TCATCGAAGC CGTTTCGATG CATGAGACCA TCAAGCTTGT CTGGAGTCTG
AAGCCCTCTA CGCAGACCCT CTATGTCATC TCGGATGTCA TGCCCGCAGG TAAGGCCGAC
CTCGAAACAT TTCATGACGT GGTGCGAGGG ATTGCTTCCG TTCGCTATCA GGAGTTGTCC
CTTGAAAACA TGGGGTGGGA AGAATTGGGA AGACGCTTGC AACGTGTCGG TGCCAACGAT
GCCATACTTC TTCTGTCCGC CTATAAGGAC CAGCGGGGCG TAGTTCGGAA TTTCGAGGAA
GGGCTAGCCT TCATTCTGCG AAACACACGT TCCCCGGTAT ATCATCTTTG GGAACATGGC
ATGGGCAAGG GGCTGCTTGG GGGAAAGCTC ATCTCTCACT ATGAACAGGG CCGTCTTGCG
GCAGATATGG CCCTGAAGAT TCTCGCAGGT GCCTCCCCAG CCTCACTGCC TGTGATCGAG
GGAAACGATG CCAATGCCTA TCTCTTTGAC TATGAGGTGT TGCGACGACA TGGCATCTCG
ACGCATCGCA TACCTCAGGG TAGCAGGGTC ATCAATGAAC CTGAATCGAT ATGGCGAGAC
TACTGGCGCG AGTTGCTTGT TGCGGTTGCG TTCGTTGCTG TTCTCTGCGT GCTTGTTGTC
GTTCTTCTTA AACACGTGCT GCGCCTGCGT GAGGCAAGGA CGGAAATCAA AAGGAGTGAA
ACACGCTACA GACTCGTCTT CGACCAGTCT CCGCTTGGGC TGGTGCAGTA TGATGGAGAC
GGCATCATCA TAGATGTCAA TGAAAGGTTT GCCGAACTCT GCGGCGCATC AAGGGATCAG
ATCATAGGTT TCAACTATAT CAATCAGATG CATGATGCGC GAATGCTAGG TGCCGTACTC
GCCTCGTTGC GTGGCGGGAT TGGCGGTTTC GAGGGCGTCT ACACGTCGCC GCTGGGGAAG
AAGACGGCAT TCATCCGTTG CCTGTTCAAA GGTGTGAAGG CACCGGCGGG AGACGTCTTC
ATCGGTATCG GCATCATCGA GGATGTCTCT GACCGCAAAC AGGCCGAAGA GGCGTTGCGC
GAGAGGGAAC TGTTTCTTCT CGAGACGCAG CGCATCGCCA AGATAGGGGG CTGGAAGGCC
AACATCAGGA CGGACTATCT CTTCTGGTCG GAGGAAGTGA ACCGTATCCT CGATTTACCC
GAAGACTACA AGCCGGGGCT TGCTGAATGG CTCACCTCCT TTATGCCGGA GTATCTGCCC
CGGATACGTG CCATGCTTGA AGATGTACTC CATCATGGCG GCACCGCCGA TATCGAGTGT
GAAGCCATGA CAAGGCTCGG GCGGCGTAAG TGGACGCACC TTCGGGCGGT GGGGCGTGTG
GATGAAGGGA GCGGGGCCTT GGTCGTCGGT ACGTTTCAGG ATGTGGACGA AAGGAAGCGT
ACCGAACTCG AGCTCGTCGA GGCAAAGACG AAGGCGGTTG CCGCTAATCG CGCGAAGGAT
GAGTTCCTGG CTAACATGAG CCATGAAATC AGGACACCGC TGAACGGTAT ATTCGGAATG
CTCAGGATGC TTGCGGACGC GTCACTGGCT CCTCGTCAGC AGGAACTAGC AGAGATGGCG
ATGCGCTCGT GCCGCAGGCT GGCGGACCTG CTTACCGATG TCCTTGATAT TTCCCGGATC
GACGCGGGAA AGCTTGAGAT TGTCAGCATT CCATTTGATT TGTCGCGTTC CATACGGCAG
GTGAGAGAGC TCTTCATACC TTCAGCCATG CAGGCGGGAG TGAGTCTGCA TGTCCATATC
GATGCAGCCA TCCCGTCCCG CGTGGTCGGA GATGCCTCAC GATTGCAGCA GGTGCTCACA
AACCTTCTTG GCAATGCCTT CAAGTTCACG GAGAAGGGCA GCGTCACCCT GCGTGCCGAA
CATCTTTCGC CAGTTCTGGC GAATAGTTGC AGAGTGCTTT TCTCTGTTGA AGATACAGGA
TGCGGGATCC CTGACGAGAA GCATGGCAAG TTGTTCACGC CTTTCACGCA GGCGTGCGAG
GGGTTCAAGA GGTCGCATCA GGGGGCGGGG TTGGGGCTTT CAATCTGCCG GCGTATCATC
CGGGTCATGG GGGGGCATCT AGCCTTCGAG AGTGAGGCTG GCACGGGGAC GACAGTCTAT
TTCACGCTCA ACTTCGGGCT TCCGGATGGC GATGAAGTAC AGCCTGAAGC TGCCGCGGCG
TCCTCCGCTG AACCGATACC CCCTTTGCGT GTTCTCGTCA CAGAGGATGA CGCTGTGACG
CGCCGCTACA TCACGTATCA ACTGGACAGG GATGGACACA CGGTTGCCGT CGCCGAGGAT
GGAAGGCAGG CGTTGGAACA GCTTTCCACA GGAGATTTCG ACATGGTGCT GATGGATATC
CAGATGCCAG TCATGGACGG GGCAGAGGCT ATCCTGCGAA TCAGAAAAGG AGAAGCCGGT
TCACGCAATA CTGACATTCC GGTCATCGCA CTGACTGCAT ACGCCCTCAG TGGCGACCGT
GAGAGGCTTC TGCAAATAGG GGCCGACGAT TATGTGGCAA AACCTGCAGA GGTCGCACAG
CTTCATGCCG CCATAGCACG GCATGTCTCG CGCATGCAGT TGCGCCGTGC TGATGCGTAG
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| Protein sequence | MVNLSLGRFS WRGQRREACR GLTFILRCHL LLLFLALSMA GAAWGASPRV LLLSSYGPAF
PTFFQQVEGV RAVLASAGVV LDVEFMDSKR FTDESSVDHF ESYLRYKLAR LPAYDVVITS
DDNALAFVME RHGGLLGKSP VVFCGVNNVG LARSLSGSET YTGVIEAVSM HETIKLVWSL
KPSTQTLYVI SDVMPAGKAD LETFHDVVRG IASVRYQELS LENMGWEELG RRLQRVGAND
AILLLSAYKD QRGVVRNFEE GLAFILRNTR SPVYHLWEHG MGKGLLGGKL ISHYEQGRLA
ADMALKILAG ASPASLPVIE GNDANAYLFD YEVLRRHGIS THRIPQGSRV INEPESIWRD
YWRELLVAVA FVAVLCVLVV VLLKHVLRLR EARTEIKRSE TRYRLVFDQS PLGLVQYDGD
GIIIDVNERF AELCGASRDQ IIGFNYINQM HDARMLGAVL ASLRGGIGGF EGVYTSPLGK
KTAFIRCLFK GVKAPAGDVF IGIGIIEDVS DRKQAEEALR ERELFLLETQ RIAKIGGWKA
NIRTDYLFWS EEVNRILDLP EDYKPGLAEW LTSFMPEYLP RIRAMLEDVL HHGGTADIEC
EAMTRLGRRK WTHLRAVGRV DEGSGALVVG TFQDVDERKR TELELVEAKT KAVAANRAKD
EFLANMSHEI RTPLNGIFGM LRMLADASLA PRQQELAEMA MRSCRRLADL LTDVLDISRI
DAGKLEIVSI PFDLSRSIRQ VRELFIPSAM QAGVSLHVHI DAAIPSRVVG DASRLQQVLT
NLLGNAFKFT EKGSVTLRAE HLSPVLANSC RVLFSVEDTG CGIPDEKHGK LFTPFTQACE
GFKRSHQGAG LGLSICRRII RVMGGHLAFE SEAGTGTTVY FTLNFGLPDG DEVQPEAAAA
SSAEPIPPLR VLVTEDDAVT RRYITYQLDR DGHTVAVAED GRQALEQLST GDFDMVLMDI
QMPVMDGAEA ILRIRKGEAG SRNTDIPVIA LTAYALSGDR ERLLQIGADD YVAKPAEVAQ
LHAAIARHVS RMQLRRADA
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