| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_2334 |
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| Symbol | |
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| ID | 8225906 |
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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 | Dyadobacter fermentans DSM 18053 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013037 |
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| Strand | + |
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| Start bp | 2883551 |
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| End bp | 2886709 |
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| Gene Length | 3159 bp |
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| Protein Length | 1052 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644930167 |
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| Product | histidine kinase |
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| Protein accession | YP_003086718 |
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| Protein GI | 255036097 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 22 |
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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 | ATGAAACTAT TACTTCTTTT TATTGTCCTT TTTACCTTTT CACGAGTATC CTTGGGGCGG
CAGGCGGAAA GTGTCCAACT GGACAACTTT CGAATCGAGC AGTTTACAGA TGAAAATGGT
CTTCCACAAA ACAGCGTGTA CACAATTGTT AAGGATGAGC TTGGCTTCGT TTGGCTTTCA
ACAGAAGGTG GCTTGGTGCG CTTTGACGGA CAGGAATTTA CAATATTTCG TAATTTTGGA
AGTACACATT TGTCGGTTAG CATTGGCAAC ATCGGGATTG ATCCGCGGCC AAAGAAGCGG
GGCTTGTACG CAGTCAATAA CGAAAATGAA TTTATCCTCA TAGAGAAAGG GGTTGCTTCG
GTGGATAAGA GATTCCAGAA TCGAAACGGC CAGTCACCGT TCCCATTTGT TCAACGTGGC
AAAGGGCATT TATATGAACG GCTGCCAACG TTAAGTCATG ACAGGCCTGC GCTGACCCCC
TTTGTGATCC CGGCCGGTGA AAATCGCTTT TTTGTATACG ATCGGAAAGA TCTGTCTTGT
TATGTAAACA AAAAACTGAT AGGAAAGACG CATTTCGGTA ATAAGTATCC GTGGGCTTTT
TTTCGCCTGG GCAATAATCT TTACTATCTA CAAAAGGGAA TATTCACACG CTATAATTGC
GTTGAAAGCA AACTCAAAGC TCAGTCGGCA AAGTTATATG GTGATCTGCG GCTAGACAAG
CTTTCTGGTC ATCCCGATGC GATCGAACTG TTCTGGAACA ATGCTAGCGA ACAGGCATTG
GTACGTTTGG ACAAGGCATT GTACATATTG CTTAAAGACA AAAATGGCGA CTTAAATTCA
AAACTTATCC TGGAAGGATT TGATTTTACA ACGGACATCA TCAAGTCGGC GTACTATGAT
CAGAAGACTG ACAGGATATT TTTAGGAAGT CAGTTAAATG GGCTTTTTGT CTTTACAAAA
AAGAAATTCC AAGTCCAAAC CAGTGATTTT CCAGGAACTG ACCAGGTTTA TTACGGTCAG
GCCGCATTCG GTGATCGTCA AGTACTTTCT GCCCAAGGCA TCGTTTTTCG AGCCGACCCT
TCCATAGGAA AATCCGTAGC CAGCCAGCTC CCTTTGGTAA CAGAAAGCGT AACCTGGGAT
AAGACAAGTA TCGCTGTTGA TGCTTACGGG GATATTTGGT GTAAAAACCA GAACAGATTA
ATGGTAATAA GCGCCGATGG CTCTACAATG AAGGCGTCTT GGGAGCTGGC ATCGGAAATT
TCCCAGCTCT ACCAGGCTCC TGATTCGACA ATTTGGATCG GTACTCAGAC ATCGGGCATT
TACTACGTTA AACCGTCGTG GAAATTAGGG ACTTCACCTA GGCATTTCTT AAATGCGCCA
ACGGAGATTT CATACATCAA GGACTCATAT GGCTTCCTTT GGGTCGGCAC AGCACACGGC
CTGTTCCGCA TTAACAAAAC CACACGGCAA ATGGTTAGGA TCAACGGGCT TGACGGCATG
TATATCAGAA GCATTCATCT GACTGATGAC GGCCGCCAAG TCTGGATCAC CAGCTCGCAA
CATGGCTTTT TCCTGTTGCG GGACAAGAGA TTAACCCGTT TTCCTCTCGA TCGGAAGGGT
TATCTGGCCA ACTCTCATTG CATTCTCGAA GACCGAAACG GCTATTTCTG GATTACAACC
AACCATGGGC TTTTTCAAGT GCTCAAATCA GACCTGGTTG AGTATGCAAG GCATGGCGGT
ATGATCTATT ACCATCTCTA TTCAAAGTCC GACGGATTTA ACACCAATGA GTTCAACGGC
AGATGTGAGC CTTGTGCACT GCGGCTGTCG TCAGGGCTGG TATCGCTACC TTCCATGAAT
GGCTTGGTAT GGTTCACGCC AGAGCGCATA ACGCCTGAAC AGCCAGACAA AGCGATCATA
ATCCATAGTT TGGAAATTGA TCGTAGACCT CTGCCAGTTT CATTTGATAA TCAACAGGTG
AACTTCTCTC AACAAGCAAA GGAGTTCCGC ATCGAAATGT TAACACCATT TTTTGGCAAC
CCCCAGAACC TAAGGTTTCA CTACGCTCTC CAGCCTAAGG GCTTACAGCC GGCAGAAACG
GATTGGTTGC CCATTGACGC CATTTTTGGC AACCGGGCGC TGATCACTAT TTCTACGCTA
AGCAAGGGCG ACTACACGCT ATTCGTACGA AAAATGGATG GCTTTGTTCA GAAGAACATC
TCCTATAAAA CGGTTCAGAT CACCGTTCCC CCATTCTGGT ACCAGACCTG GTGGTTTTAC
TCACTTGCCG CCGCCCTACT GATCTTGGCC GGCGCGTGGT ACATCAGATA CCGGATCAAC
AGAGTCAAAC GAGTCAATCT GACACTTGAA CAGCAAGTAA ATGCGCGCAC GGCGCAGCTT
CGCGGCGCCC TAAGGGATCT GGAAAAATCC CAGCAGGACA CAATTAATCA AATGCAACTG
CAATCACGTC TGATGGCCTC CATCGCCCAC GATGTTCGTT CCCCGCTTGG TGCGGCGATT
ACCGTTTCGG AAGAAATGCA AAAAATGATT GCCAGAGGCC AGTACGAAAT GGCAACGATG
GTAGGAAAAA ACATCGAGGA CTCTATGCGA CAAGTGAAAG CCTCACTGGA AGAAATGCTT
TCCTACGTAA AAATTCGCAT TTACAAAAAA CAAGCGACGA CCGAATTAGT CGATTTAAGC
GCATTGATTG AAGAAAATAT GCAGCTGTAT GGTAAAAACA CACGGATCAA TGCCAACACC
TTTCTCAATG AAATACCATT AGATACGTGT ATCGAAACGA ATGCACCGCT TCTAAAAATA
ATCGTCCACA ATCTGATCGA TAATGCCAAT AAATTTACAA AAAATGGTGT CGTCCGCGCC
TATGTTTCTG TGGAAGAAAA GCAGTTGCGC CTGTTTATCG AAGATTCGGG TCGTGGAATC
CCTAGCGAGC TGCGCGATTG GTTCCAAGCA AACGGCAAAA ATCAAAGTGA ACCAGCACAC
ACCGGTATCG GACTTGTCAT GGTTAAAGAG TTGGCTCCTA GCGTGGCCGA AAGCATTGTT
TTAGAAGAAC TGTCACCCGG GACACGAATA GTAATTACTT TTAAACGGCA GATATTTAAT
CATCAGTCAG TGCTCACCAG TGACGTTATC GCGCCCTAA
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| Protein sequence | MKLLLLFIVL FTFSRVSLGR QAESVQLDNF RIEQFTDENG LPQNSVYTIV KDELGFVWLS
TEGGLVRFDG QEFTIFRNFG STHLSVSIGN IGIDPRPKKR GLYAVNNENE FILIEKGVAS
VDKRFQNRNG QSPFPFVQRG KGHLYERLPT LSHDRPALTP FVIPAGENRF FVYDRKDLSC
YVNKKLIGKT HFGNKYPWAF FRLGNNLYYL QKGIFTRYNC VESKLKAQSA KLYGDLRLDK
LSGHPDAIEL FWNNASEQAL VRLDKALYIL LKDKNGDLNS KLILEGFDFT TDIIKSAYYD
QKTDRIFLGS QLNGLFVFTK KKFQVQTSDF PGTDQVYYGQ AAFGDRQVLS AQGIVFRADP
SIGKSVASQL PLVTESVTWD KTSIAVDAYG DIWCKNQNRL MVISADGSTM KASWELASEI
SQLYQAPDST IWIGTQTSGI YYVKPSWKLG TSPRHFLNAP TEISYIKDSY GFLWVGTAHG
LFRINKTTRQ MVRINGLDGM YIRSIHLTDD GRQVWITSSQ HGFFLLRDKR LTRFPLDRKG
YLANSHCILE DRNGYFWITT NHGLFQVLKS DLVEYARHGG MIYYHLYSKS DGFNTNEFNG
RCEPCALRLS SGLVSLPSMN GLVWFTPERI TPEQPDKAII IHSLEIDRRP LPVSFDNQQV
NFSQQAKEFR IEMLTPFFGN PQNLRFHYAL QPKGLQPAET DWLPIDAIFG NRALITISTL
SKGDYTLFVR KMDGFVQKNI SYKTVQITVP PFWYQTWWFY SLAAALLILA GAWYIRYRIN
RVKRVNLTLE QQVNARTAQL RGALRDLEKS QQDTINQMQL QSRLMASIAH DVRSPLGAAI
TVSEEMQKMI ARGQYEMATM VGKNIEDSMR QVKASLEEML SYVKIRIYKK QATTELVDLS
ALIEENMQLY GKNTRINANT FLNEIPLDTC IETNAPLLKI IVHNLIDNAN KFTKNGVVRA
YVSVEEKQLR LFIEDSGRGI PSELRDWFQA NGKNQSEPAH TGIGLVMVKE LAPSVAESIV
LEELSPGTRI VITFKRQIFN HQSVLTSDVI AP
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