| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0840 |
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| Symbol | |
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| ID | 6315651 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | + |
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| Start bp | 881523 |
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| End bp | 884669 |
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| Gene Length | 3147 bp |
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| Protein Length | 1048 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 642643213 |
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| Product | ATP-dependent nuclease subunit B-like protein |
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| Protein accession | YP_001917013 |
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| Protein GI | 188585468 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG3857] ATP-dependent nuclease, subunit B |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.564215 |
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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 | 27 |
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| Fosmid unclonability p-value | 0.00099262 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | GTGAAATCTT TCATAGACAG TCTTGATTCA ATCTGTAAGG AATATCCCTT GAATAAAAAA
GTTTTAATCA TGCCCTCCTA TGCAAAGGGT GAAATGTTAC TTAAGAAAAT GGCTTTAGAA
GGTTATTATT TATTTAATGT TAGAATTATT ACACCATTAG ACTTAGCTAG AAATAAAATC
GAAGATTATC TCAAGGACCA CGATCTGCAG CTTATAGCTA GTTCTGAATC CAGACAGGTC
GTGTTTAATA TTATGGAAGA TTTAATCAAT AATAACAAGC TATCTTATTT TAGCCACCTT
AAACCCTCCA ATGGCATTAT TAAAGCAATT CATAATGCAA TCCATGAGTT GAAAATGGCC
GGTGTTAACA GCAAACCCTC TGAAAAATCT CCATTTGTAA ACCCTCAAAA AGAAAAAGAT
TTAATGACTA TATATAAACA TTATCAGAAT TATTTACAAG GCATGAATTG GTTGGATGAG
GGAGATCTTT TTAACAAAGC AATCACATTA AAAGAAGGGG AAATCACTTC CGGGGAATCT
GTCAAATACC TGGTTTCAGA TGCTTACCTC CATGATTTAA CTTATTTGGA AAGGCAGTTA
GTAGACAGCT TACCTGATGA TTCGCTACAT ATAATCGATG AACTCACTGA CGCACTCAAT
GATGCACATG AAGGGGATGA CCAAATAGAC ACGTGGAAAA GAAAAATCAC TTTTAATACT
AAAGAACAGA TAGACCTGTT TAGTGCTTCT GGTGAAAGTG TAGAAGTGAA ACAGGTATTT
TCTTGGATTC GAGATGGGTG TCTTCCCTTT GATCGGACCA TTATTTTATA TTCTAGCTCT
TCCCCTTATA GTGAGTTAAT CTATAAACTG AGCGAGAAAT ATCAGATTCC GGTAACCTTT
GGCGAAGGTA TCATGATTCA AAATACCAAA CCGGGAAAAC TGTTGTTTTT ACTACTGGAA
TGGATAAATA GCGGTTATCG GGTAACGGAT TTAAACAAGA TTTTAGATGA AAACCTTCTC
TATATAGGCG AAGGGACACT TTCAGGATAT AAAATTAGAA AATTGCTTCG GGAAGCCTCT
ATCGGTTGGT CAAGGAATAG ATATTTTCAT AGGTTGGAAA AAGTCATTTC GGAATTGGAG
AATCTAGAAG AATTAGATGA CAATGCTATA GACGACAATG ATCATAGCCG TCATCAGAGG
CTCCTTGGAG AATATCGAGC ACTATATCGG ATCATTAATG ACATCTTTAC TTGCTTGGAT
TATCAAACTG ATGAGCAAGA TCCTGAAATT ATCAGTCTGG CAAGCCTTTC TGGTTGCATT
GCCAGATTCA TAGACGAGTT TGGCCAGGTG ACTTCCCAGT TTGATAAAGA AGCCCAGCAA
AGGATCAGGG ATGAACTGGA GCTAATCTCT CAAATATCAA AGAGTTATCT AGAAATTGAC
CAGGCTATTG AGCGGTTAAA GGAGAGTATC GAAAATATAA GGGTTGGCCA GGAACTGCCT
CAAGCAGGTC ATATTCATGT GGATCATTAT CAAAATGGTT GGTGGATGCT CAGAGATAAT
GTGTATCTAA TTGGTTTTGA TGCTGACAGG TTTCCGGGGA ATCGACAGGA AGACCCTATC
TTACTGGATG AAGAGAGAAA ACAAATATCC GATTGGTTGC CTTTGGGACA GGATAGGCCA
AAAGAAAATT ATCAGCTCGT ACTTGACATG CTTAAGGGTA TTGCTGATAT GACTGGACAT
ATGGAAAATG GACATACGGA AAATAGACAT AGGGAAAATG GACATAGGGA AAACGTGCAT
AACGTGCATA AGGAAAAAGG ACAGATGGTA ATCAGCTATT CGTCCTTTGA TACTACGGAA
CACAAAGAGA AGTTTCCGTC CTCTTTGCTA TTACAGGTCT ATAGACAGAT ATCAGGTGAC
AGTGATGCTG ATTACACTAC ACTTCAAAAC TACTTGATGC CTCCTGAAGG GATGATACCG
AAACGACAAT CAGAAGTTAT GGATGAAATT GATTGGTGGT TAGCAAATTA TGTGGAATAT
GTGGAGAATG GGCAACATTT ACAGCTAAAT CATATTGTCT ACTGTTATCC TGATTTACAG
AAAGGGGTAG AAGCTTTTCA GAACAGACTA TCTCCAGAAT TTACAGTATA TGACGGCAAT
GTATCAGCTG ACAGGACGGC CATTGATCCC AGGGAAAGGG CTAAACCTAT TTCTCCGACT
CGCCTAGAAT TATTGGGGAG ATGTCCTTAT GGATACTTCC TTAACCAAGT TTTGGGGATT
GAACCTCCTG AAGATATAGA GTTTGACCCT GGGAAATGGT TGGATTCTTT GACTAGAGGT
TCATTGCTCC ACACTATTTT TGAACAATTT TACCGAGAAC TGACCCTGAA CCAGGAAAAA
CCACAGGAAC ACAAACACAG TGAATATTTA ACAGAAATGG CAGAAGAACT AATTGATCAA
CAGCTAGAAG AATTGCCACC TCCTAGTGAT TTGGTGTATC AATACGAAAA GGATGATCTG
TTGAATTCTG CCCTGGTATT TTTGCGCAGT GAACAAGAGT ATTTCGAGTC TTCTAGGCCA
ATATACTTTG AGCTCTATTT CGGCCGGAGT GGAGATGAAC AAGAACATCA GGATATGGTT
CCTGTTGAGC TTCCCTCTGG AAAACGGTTA TACCTTTCGG GTAAAATTGA CCGTGTAGAC
CTGGATCAAG ATGGCAATTA TCTTGCTTAT GATTACAAAA CCGGGAGCAC TTACGGATAT
TCGGAAAGTG AATATTATAA AGGGGGAAGA CAGCTGCAGC ACGCTTTATA TGCTCTGGCC
TTGGAGCAGA TTCTTCAGGA AAACTATCCC CATAACAATA TAAAAGTCAC AGGAGCAGGT
TATCTTTTCC CCACAGTTAA GGGGGAAGGG GTTAGATATA TACGATATTA TGAGGACAAT
GACAGGGAAC AGATTTTAGA ACTAGTGGAT AAACTGTTGG ACTTGTTGTC ACAGGGTAAA
TTTGTCATGA CTGATGATAC AAGTGATTGT AATATCTGTG ATTATCAAGT CATTTGTGAT
CGAAAGTCCC TTGACGATTC GATAACTGAA ATGTTTGATT ACTGCCCAGA ATTAGACCTC
TTTAGGCAGG TGAGAAAATT TGAGTAA
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| Protein sequence | MKSFIDSLDS ICKEYPLNKK VLIMPSYAKG EMLLKKMALE GYYLFNVRII TPLDLARNKI
EDYLKDHDLQ LIASSESRQV VFNIMEDLIN NNKLSYFSHL KPSNGIIKAI HNAIHELKMA
GVNSKPSEKS PFVNPQKEKD LMTIYKHYQN YLQGMNWLDE GDLFNKAITL KEGEITSGES
VKYLVSDAYL HDLTYLERQL VDSLPDDSLH IIDELTDALN DAHEGDDQID TWKRKITFNT
KEQIDLFSAS GESVEVKQVF SWIRDGCLPF DRTIILYSSS SPYSELIYKL SEKYQIPVTF
GEGIMIQNTK PGKLLFLLLE WINSGYRVTD LNKILDENLL YIGEGTLSGY KIRKLLREAS
IGWSRNRYFH RLEKVISELE NLEELDDNAI DDNDHSRHQR LLGEYRALYR IINDIFTCLD
YQTDEQDPEI ISLASLSGCI ARFIDEFGQV TSQFDKEAQQ RIRDELELIS QISKSYLEID
QAIERLKESI ENIRVGQELP QAGHIHVDHY QNGWWMLRDN VYLIGFDADR FPGNRQEDPI
LLDEERKQIS DWLPLGQDRP KENYQLVLDM LKGIADMTGH MENGHTENRH RENGHRENVH
NVHKEKGQMV ISYSSFDTTE HKEKFPSSLL LQVYRQISGD SDADYTTLQN YLMPPEGMIP
KRQSEVMDEI DWWLANYVEY VENGQHLQLN HIVYCYPDLQ KGVEAFQNRL SPEFTVYDGN
VSADRTAIDP RERAKPISPT RLELLGRCPY GYFLNQVLGI EPPEDIEFDP GKWLDSLTRG
SLLHTIFEQF YRELTLNQEK PQEHKHSEYL TEMAEELIDQ QLEELPPPSD LVYQYEKDDL
LNSALVFLRS EQEYFESSRP IYFELYFGRS GDEQEHQDMV PVELPSGKRL YLSGKIDRVD
LDQDGNYLAY DYKTGSTYGY SESEYYKGGR QLQHALYALA LEQILQENYP HNNIKVTGAG
YLFPTVKGEG VRYIRYYEDN DREQILELVD KLLDLLSQGK FVMTDDTSDC NICDYQVICD
RKSLDDSITE MFDYCPELDL FRQVRKFE
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