| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Paes_0671 |
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| Symbol | |
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| ID | 6459300 |
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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 | Prosthecochloris aestuarii DSM 271 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011059 |
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| Strand | - |
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| Start bp | 710429 |
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| End bp | 713002 |
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| Gene Length | 2574 bp |
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| Protein Length | 857 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 642724662 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_002015365 |
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| Protein GI | 194333505 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 26 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.000269812 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGATTCGAG ATGATGCGAT GACCAAACAG TCACTCCAGG ATATGCTCTG GGCTAAAACC
AGGAATACCC TTGAACATGC TGAACCAAAC ATTCCGGTTA TGGGAATATT TGGTCTGATA
GGCTTCCCCC TGTTCTTTTA TGTCTGGGCA TATGTTTTCC CGCAGCCATA TGAAAACCTG
GGATTCCGTC TGATCATCGC CTTGCTGAGT ATCCCCTGGG TTCTTTACCA CCGTCTGCCC
TCGCACTTCA AAGCAATTTT TCCGGTCTAC ATGATTATCT CCTGCTGGAT CATGATTCCG
TTTTTTTTCA GCTTTATGCT CCTCAAAAAC GACTGGAATA TGGTCTGGGC AATATCGACG
ATGGCCGGCC TTTCCCTGCT GATTCTTCTC TTGAATGACT GGGTGCTTCT GACCGTGCTT
ATTGTATCGG CATATGCTGC CGCAGAGATC TCTGTCTCTT TTCTTTACGG CAGCACGACA
GGGTATGCTG ATTTTCAACT TGAATACATC CCGCTTTTCC TTTTCGGTAT CGTTGGAAGT
ATCATCTTCA GTCATAAGCG CCAGATAGCC CAGCAGTCCA AAATATCACT GCTGCACAGC
CTGAGCGGCA GCATCGCTCA TGAAATGCGA AATCCTTTGA GTACCATCAC CAATGCAATG
GGCTCAATCC AGACCATTCT TCCCGACAAA CCCAAAGCAG GAGAACACAA CTCGCACTAC
AATCTCAGTC GTTCCGGACT GATCAGCTTG CACAGCGTAA TCGATGAAAG CAGCGAAATC
GTCACCAGGG CAAATAAAAT AATCGATTCC ATACTGGCAA GCATGCAGGG AAAGTCTATC
GACCCTGCCA ACTTCAAGCG ACTCTCGATC AAAACAACAA CGAGCTATGC AATTAACAGC
TACAGTTATG CATCGCGAGA CGAGAAAGAA CTGATTCACG ATTCCACAAT AGATGATTTT
GAGTTTTTCG GAGACAAGGA CCTCTTCAGC TATGTCATAT TCAATCTCCT GAAAAACGCC
CTGCACTACA AAAACTCACC GGGCTTCAGA ATTGATATTT TTTCCATCAA AGGCCCCATT
GATAACATTA TCAAAATCAG GGATACGGGT CCGGGTATTG CCTCAGGCAA GCTCCACATG
ATTTTTGACA GTTTTTATAC ATCGGGCAAA AAAGGAGGTA TCGGTCTTGG CCTGTCATTC
TGTAAACGAG TCATTGAAGC ATTTGGCGGA ACCATCGTAT GCGATTCGAA GGAAAAAGAA
TGGACAGAAT TCACCATTAC ACTTCCGGAT TACACCAGCA AGGAAACTGA AAAACTGAAA
AAAAATGCAC TATCAGAAAA AAAGATTCTC GTTGTCGATG ATAATGCAAC AACGAGAACA
TTCCACTCCA AACTGCTCAC GGAATGGAAA TGCCGGGTTG ATCAGGCAAT CAATGGCGTT
GCAGCAATCC AGAACATAAC GGACAATGAG TATGATCTGG TACTCATGGA CATTGAAATG
CCGGTTTTAG ATGGTGACGA AGCAACTCAA CAGATACGTT CAGAAATAGA CACTAACGCA
TCGCTCGAAT ACTACTTGAA AAACGTACCA ATTATTGGGA TTTCATCACT CCCACAAGAG
ACCGGCCGCA AAAGATCCAT TAATTCCGGT ATGAATGATT TCATACCCAA GCCGCTCACA
AAAAACGACA TCATCAACCT GTTCGAAAAA TACTTTTTCT CCGAAAAAAA TCCTGTCATC
TATGAAACCA GCCCATGTCT GGAAGAATCG ACAATCCTGC TTGTCGATGA TAATACAACA
AGCAGAAAAT TCATGAGCAT CATGCTTGAG CGTATGGGAG CTCATGTCAT CCAGGCCGAA
AACGGACAAG AAGCAATTGA GTGTCTTGAG CAAAAAACAG TCGACCTGGT CTTCATGGAC
ATGGAAATGC CGGTCCTCAA CGGCGTAGAG GCAACAAAAA TAATTCGATC GGGCAAACCC
TTTACTCGCT TCAGCAAATT CCGGGAGCTT CCGATTATCG CCCTTACCGG CAATACCGAC
AGTAAAAACA TAGCGATCGT CAAACAAAGC GGCATGAATG CGCACCTTGG AAAGCCCGTA
TCAAAGGACG ATCTTGTTTC CGTGTTCTGT CACTGGCTAA AGGACAAAAC ATCTGAATCA
TCCCTTCCAA ACAACCATTC AACAGCAAAC ACGACAGCCA TGGATACTCT TCTCAAAGAC
GTCGAAAAAG AACAGATCCT CAATTCCGAA ACGATTGAGA TGCTCCGTGA AACAGGCGGA
AACGAGTTGC TGGAAGAACT CATCCGCATC TATATCGACG ACGCTCAAAA GCTCATCGAC
GGGATTGTCG AAGCCGAGAA AAACAACGAC AACCACGCAT TGAATCAGTT GAGCCATACC
CTGAAAGGCT CTTCCGGCAG CGTAGGCGCC CAGAAAATGC ATATTTTTGC AACCCATCTC
AACCATCTTT CAAAAATCGG GGACCAGAAA GACTATAGCC AATGGGTGTC GTCTCTTCAC
CGGATCTTTG AAGAGACCAT TGTTGAATTC GAAAACCTCA AGACAAGCAA CTGA
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| Protein sequence | MIRDDAMTKQ SLQDMLWAKT RNTLEHAEPN IPVMGIFGLI GFPLFFYVWA YVFPQPYENL
GFRLIIALLS IPWVLYHRLP SHFKAIFPVY MIISCWIMIP FFFSFMLLKN DWNMVWAIST
MAGLSLLILL LNDWVLLTVL IVSAYAAAEI SVSFLYGSTT GYADFQLEYI PLFLFGIVGS
IIFSHKRQIA QQSKISLLHS LSGSIAHEMR NPLSTITNAM GSIQTILPDK PKAGEHNSHY
NLSRSGLISL HSVIDESSEI VTRANKIIDS ILASMQGKSI DPANFKRLSI KTTTSYAINS
YSYASRDEKE LIHDSTIDDF EFFGDKDLFS YVIFNLLKNA LHYKNSPGFR IDIFSIKGPI
DNIIKIRDTG PGIASGKLHM IFDSFYTSGK KGGIGLGLSF CKRVIEAFGG TIVCDSKEKE
WTEFTITLPD YTSKETEKLK KNALSEKKIL VVDDNATTRT FHSKLLTEWK CRVDQAINGV
AAIQNITDNE YDLVLMDIEM PVLDGDEATQ QIRSEIDTNA SLEYYLKNVP IIGISSLPQE
TGRKRSINSG MNDFIPKPLT KNDIINLFEK YFFSEKNPVI YETSPCLEES TILLVDDNTT
SRKFMSIMLE RMGAHVIQAE NGQEAIECLE QKTVDLVFMD MEMPVLNGVE ATKIIRSGKP
FTRFSKFREL PIIALTGNTD SKNIAIVKQS GMNAHLGKPV SKDDLVSVFC HWLKDKTSES
SLPNNHSTAN TTAMDTLLKD VEKEQILNSE TIEMLRETGG NELLEELIRI YIDDAQKLID
GIVEAEKNND NHALNQLSHT LKGSSGSVGA QKMHIFATHL NHLSKIGDQK DYSQWVSSLH
RIFEETIVEF ENLKTSN
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