| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1287 |
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| Symbol | |
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| ID | 6315180 |
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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 | 1356478 |
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| End bp | 1358973 |
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| Gene Length | 2496 bp |
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| Protein Length | 831 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 642643666 |
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| Product | single-stranded-DNA-specific exonuclease RecJ |
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| Protein accession | YP_001917458 |
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| Protein GI | 188585913 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0608] Single-stranded DNA-specific exonuclease |
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| TIGRFAM ID | [TIGR00644] single-stranded-DNA-specific exonuclease RecJ |
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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 | 77 |
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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 | ATGGATGGAC AGGCAGTTAA ATGGAATATA AAAACCGATT ATTCGGAGAC AGCTAAAGAA
TTAGCTAATT CTTGTAATAT TTCTACAGTC CTAGCTCAAT TGTTAGTCAA TAGAGGTGTT
ACTACCCCCG AACAGGTAGC TGATTTTTTA AATCCCTCTT TTGATTCTTT GCATTCTCCC
TGGTTGTTAC CTGATATGAA ACAGGCTGTT GAATTGATTG ATAAAATTAT AAAATCCAAT
GAGCCGATAT TAATTTATGG AGATTACGAT GCAGACGGTG TGACAGCCAC GGCTTTATTA
TACGAATATC TATCTACTAA GTTTGATAAT ATATATTATT ACATTCCCGA TCGTTTCAAA
GATGGTTATG GTTTAACCAA TGCAGGTGTT AATTCCGTAT TGGAAAGATT TCCTCAATGC
AAATTAATTA TCACCGTGGA TTGCGGAATC AATTCAATTC AAGAGATCGA AGAACTCAAT
CGTCTTGGCA AAAAGGTGAT AGTTACTGAC CATCACGAAC AACTTGGTGA TTTGCCTTCT
GCCCACGCAG TTATTAATCC TAAAATCCAC ACTACAAACT ATCCCTTTAA ATATCTGGCA
GGAGTGGGTG TAGCATTTAA ACTAGTGAGT GCTCTAGCTG AACAAATAGA AACTCACTAT
GATTTTAATG AACTGTTGAA GCAGTATCTG GACTTGGTCA CTATTGGCAC AATTGCTGAT
TTAGTGCCTT TAACTAGTGA AAACAGGATT TTTGTATCAA AGGGATTACA ATATATTGAT
GAAAGAAGAC CTGGAATGAA AGCTCTTATG GATTTATTAG GACTTGAATA CGGAGAAGTT
AAAGCAGGAC AGGTCGGATT CGTTATCGGT CCCAGGATAA ATGCTGCAGG TAGATTGGCA
TCCGCGGATG AAGCTGTACA ACTCCTAACA GAGAGTTCAG AATCTGCTGC GCGTGAACTT
GCAAAAAAAC TTGATAAAGA AAATAGAGAG AGGCAAAAGG TTGAACAAAA GATTACTAAA
GAAGCAGACG AGATGATTAA TCGCAATAAT TTGCTTGCTC GTGGACCTGT TTTAGTTGTT
TGGAGCGAAA ATTGGCATGA AGGGGTAGTA GGAATTGTCG CCTCTAGATT ACTTGAAAAA
TATTATCGCC CCGTAATAGT GTTGACAAGG GACGATGAAC CCGGCAAGTT AAAGGGTTCC
TGTAGAAGTA TTTCAGGTTT TAACATGGCA GAAGCTTTAA AAAGCTGTGA TAATTTATTG
ATAAAATACG GAGGACATGA ACTGGCAGCC GGTTTAAAAT TAGAATCGGC TCATCTAGAT
GAGTTTATTA AACAGATGAA TCATCTGGCT CAAAAGTGGC TTTCAGAAGA TGACTTATTG
CCGTCTATTG ATATAGATAT GGAAATTCCC GAGGAAGCTT TAACTAGGGA ACTAGCAGAA
GAAATTTCCC AATTAGAGCC TTTTGGCATG GGTAATCCTC AACCCGTCAT TGGCTGTGGA
CATATTCAAG TCGCTTCTAC TAGAGAAGTG GGTAAAAGCT CTGAACACTT GCAAATAAAA
TTTAAAAATA ATATGGGTGT ACTTGACGGT ATTTGGTTTA AAGGAGCAGA AAAAGCTAAA
GAAAAAAATA TTAAAACAGG TATGCCTGTT CAAGCAGCTT TTATTCCTAA GATATCTACT
TTTAAATCCA AATCAAGTAA AGGACATTTG AGCTTGCAAT TATGTGATAT GCAGCTTCCT
GACAACCAAG CAAATATTTT AAGAGACTGT CGCAATTATT CCAAGGGAAA AACTATCAAA
AATTTGCTAA ATGAAAAGTA TAGTACAGTT ATTCTCGTAA ATAACAAACA AAAACGGCTA
CATTTACAAA GCCAATACCC TCAATGCCAA GTTGCAAGAA TAACGGAACA TGATCGTGCA
GATTTAGATA CAGATAATGT GGTTCTAGTG ATTTATGATT TACCATATGA CCCCTATCAA
GTTCGAAATT GGATTGTTAA TGTAAATCCT GAATACTTAT ATCTTCTTTA CAATTCACAG
GATAAAGCAA GTAATAACAA AATGTGGTAT GCGACAATTC CAAGTGAAAA TAATCTGCAA
ATAGCTTATC AGTTGTTAAA AGAACAGTAC AAACAAACTG AAACTGATTT TATATCCAAA
AAAGAGTTAC AGAATAAACT TGAAGATAAA ATTTCTTATC CTGTTACAAA TCGATTGATC
AACAAAATTA TGGATATTTT TAAGGAATTA AAGATTATTG AATACACCGA TTCTTACCAT
GATTATGTTC CAATAAATAC AAAACTGATC AACTATCAAG AGGATATTAC TACAGAACTT
GAGAGCTCAC TAATTTACGG TGAAGAGCAT AATAGACTTA CTAATTTGAT TTTCTGGGAA
GAATGCTTTT TAAAAGGAAG TTATTCCAAA TTATACATGT TATTATATAA TCATAATATT
TCGCCCGAGT ATATTAAAGA GTTAGGTACT TACTAA
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| Protein sequence | MDGQAVKWNI KTDYSETAKE LANSCNISTV LAQLLVNRGV TTPEQVADFL NPSFDSLHSP
WLLPDMKQAV ELIDKIIKSN EPILIYGDYD ADGVTATALL YEYLSTKFDN IYYYIPDRFK
DGYGLTNAGV NSVLERFPQC KLIITVDCGI NSIQEIEELN RLGKKVIVTD HHEQLGDLPS
AHAVINPKIH TTNYPFKYLA GVGVAFKLVS ALAEQIETHY DFNELLKQYL DLVTIGTIAD
LVPLTSENRI FVSKGLQYID ERRPGMKALM DLLGLEYGEV KAGQVGFVIG PRINAAGRLA
SADEAVQLLT ESSESAAREL AKKLDKENRE RQKVEQKITK EADEMINRNN LLARGPVLVV
WSENWHEGVV GIVASRLLEK YYRPVIVLTR DDEPGKLKGS CRSISGFNMA EALKSCDNLL
IKYGGHELAA GLKLESAHLD EFIKQMNHLA QKWLSEDDLL PSIDIDMEIP EEALTRELAE
EISQLEPFGM GNPQPVIGCG HIQVASTREV GKSSEHLQIK FKNNMGVLDG IWFKGAEKAK
EKNIKTGMPV QAAFIPKIST FKSKSSKGHL SLQLCDMQLP DNQANILRDC RNYSKGKTIK
NLLNEKYSTV ILVNNKQKRL HLQSQYPQCQ VARITEHDRA DLDTDNVVLV IYDLPYDPYQ
VRNWIVNVNP EYLYLLYNSQ DKASNNKMWY ATIPSENNLQ IAYQLLKEQY KQTETDFISK
KELQNKLEDK ISYPVTNRLI NKIMDIFKEL KIIEYTDSYH DYVPINTKLI NYQEDITTEL
ESSLIYGEEH NRLTNLIFWE ECFLKGSYSK LYMLLYNHNI SPEYIKELGT Y
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