| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1855 |
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| Symbol | |
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| ID | 6315291 |
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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 | 1937202 |
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| End bp | 1941050 |
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| Gene Length | 3849 bp |
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| Protein Length | 1282 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 642644233 |
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| Product | recombination helicase AddA |
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| Protein accession | YP_001918015 |
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| Protein GI | 188586470 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | [TIGR02785] recombination helicase AddA, Firmicutes type |
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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 | 35 |
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| Fosmid unclonability p-value | 0.0546193 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTCAAG AAAATAACAA TACCCAGTCT AAATGGACGG ATAGTCAGAG ACAGGTAATT
GATGAAAACT ATCATCATAT CTTAGTTTCT GCTGGTGCAG GGGCAGGAAA AACGGCAGTA
CTAGTGCAGA GGATTATTTC CAAGCTCATT GACCCCCATG ATGATTTAAC AGTTAATGGC
TTGTTAGTAG TTACTTTTAC AGAAAAAGCT GCTAATGAGA TGCGTGATCG AATAGCCAGA
GAACTGAAAA AGGCTTTATC GCAAGATCCA GAAAATGATC ACTTGAAAAA ACAACTATAT
CTATTGAATA AAGCTAATAT TTCAACTCTG CATTCATTTT GCCTGGAAAT ACTGCGCCAC
TACTTTTATT ATTTAGATAT TGACCCTGCG TTTTCAGTGG CTAGTGAATA TGATGTAGAA
TTACTTAGAC AAAGTGTCAT TGATAATTAT TTAGAAGAAG AATATGGCTT GGGCGAACAA
TCGTTTTACC TTTTAGTAGA CTCTTATGGC GGCGATAAAA ATGATGAAAA GCTAAAGAAA
ATGATATTAA CTTTACATAG ATTTTCTAGA AGTCATCCTC GGCCGAGGAA ATGGTTACAA
AGTGTCAAAG ACCATTTTGA GGTCTCAACT GATGATGATT TGACAAACAC TGTGTACTAT
CTCGAAATAC AAAAAGATAT CGAAACCCTT TTTAAACAAT GTATTAATTA CTTTAAAAGA
GCTTTGCAAA CAAGTGAACA GCCGGGAGGC CCCTATCAAT ACGCCGAAAC TTTATTAGAA
GAGATAGAAC AAGTTCAGAA TTTTACTCAA CAGTTAGTAG AGGTTGAGAA CCACAGTTTT
GATTGGAATT CATTTGCTGA GCGGGTTGCT GGTTTTAAGT TTTCAAAACT ACCTTCTGTA
TCCAAAAATG ACGATGTTGA CGAAGATCTT AAAAAAGATT GTAAAAAACT TAGGGATCAT
GGTAAAAAAA CTTTTCAAAA GTTGGTCCAA AATTATTTTA CTAGATCAAA AGATGAACTA
TTACGCGATC TACAGCAGTT ATCTCCATTG ATGAATAAGT TGATAGATAT GGTTATAAAT
ATGGATGATA AATATGAGGA AGTTAAAAAG CAACGAGGAA TTATGGATTT TTCTGACTTA
GAACATTATG TTTATGAATT ACTAGATCAG TACCCAGAAA TAGTATCTGA ACTGCATCAG
CGCTATGATG AAGTGATGGT AGATGAATAC CAGGACATTA ATCAAGTTCA AAATGCAATT
TTAGAAAAAT TAACTGGACA ACAAAGTATA AGCCCTGACT TGTTCATGGT GGGAGATGTA
AAACAGAGCA TTTACAGGTT TAGATTAGCA GAACCTGAAC TGTTTTTAAA CAAGTATGAT
ACCTTTGATC AAAGATCAGA AGAAGGTAGT TTAATTGAAT TACAAGAAAA CTTCCGATCT
TCTCCCATGG TTCTTGAAAG TGTTAATTAT TTATTCAGTC GGATTATGAC TGGCTCCTTA
TCGGGAATTG AGTATAATGA GAAAGTCAAG TTAATTCCCG CCAGTAAACC TAGAGAGCTA
TACTTAAATG AAGATGATAA TGAAGATGAT AAATATGAAG GACAAGCAGA AAATGAAAAT
CAGGTTATTG ATGGTAGGAC GGAAGTACAT CTTTTGGAAA ACAAGGATAC AAACTCTCGA
GAGGAAGATA CAGAGAGGGA AGCCCAGTTG ATTGCTACTA CTATTAATAG CTTGGTAGAA
GAAGAGTATC GAATATATGA CCGGGATTTA GACGACTATA GGAAACTTGA TTATAGTGAT
TTTGTTATAC TATCACGAAA GACAAAAGAA CAAGCGGAGT TAGTTACTAA TGTTTTCCAG
GAACATGGAG TTCCTTTATA CGCAGAACTT GATACAGGTT ATTTTGCTGC TCAAGAAGTA
CAAGTAATGC TATCTTTGTT AAAAATTATT GATAATCCTC GTCAGGATAT TCCCTTGGCT
GGTGTATTGA GATCCCCCTT GGTAGGTTTA GATAGTAATG AACTAGTTGA AATCAGACGA
TCTAACCCTG GAACGGATTA TTATGAAGCA TGTAAGCGAG TTTTAACAAA TTCTATTGAA
CAACAGAATC AATGCTCTGA AAAAACAATT CAAAAAATGC AGAAGTTTTT CAGCCAGTTG
GAGAGATGGC GTAGAATTTC GAGAGAAAGA AGCCTGGCAG AGTTGATCTG GGATATCTAC
CAAATTACGG ATTATCTCGA TTATGTCGCA GGTTTTCCAG GTGGTAGAGA GAGACAGGCT
AATCTGTGGA GTTTTTATGA TAGAGCTTTG CAATTTGATT CCTTTTCACA CTCAGGTCTA
GTAAAGTTTT TGAATTTTAT AGAAAAACTA GTAGAGCAAG ATTTTGATCT GGGAAAAGCC
AGGACTGTTA GTGAAAATGA AAATGTAGTT CGCTTAATGA GTATTCATAA AAGCAAAGGA
CTGGAGTTCC CCGTAGTTTT TGTCATGGGT TTGGGTAATA ACTTTAATTT TAATGATCAA
AAGGGAGATC TTCTCCTACA TAAAGATCTG GGATTAGGGC CTAAATTGGT TGATCTTACA
AACAGGATAA AGTACCCTAC CATTGCTCAT CAAGCAATTA AAGGCTCCTT AGGCCGAGAA
ACCTTAGCCG AAGAAATGAG AATACTATAC GTGGCCATGA CCAGGGCGGA AGAAAAATTG
TTCTTAGTAG GTTCAGGCAA AGATATTGAA AGTAAAATTT CAGTTCCAGA AGAACCTGCT
GCAGCACAGA ACTATTTAGA CTGGATTTAT CCACAGTTAG GAGAAGACTC TGAACTGTTT
CACAAAATTT GGAATGATAT TCCTGGCCAA CAGGATGGTA AATCTGTTGA ATACAATTGG
AAATCCTATT TTGAAAGCTT GCTATCTCAA ACTTTTACGT GGGAAGTGGA TCAGGAAGAA
TTTGAAGATC AAAAACGAAC ACTGGAACAG GCTATTTCTT ATAGCTATCC ATATAATATT
GCTACAGAAA TAGTAGGGAA AATGTCTGTG ACCGACTTGG CTAAATCCGA CACTTATATA
GACTCAAAGA TAGTCAGTCA AAATCAATCT CTATCTTCTG TTCAGGATCA TTATAAAAAG
TTGGCTGCAA CTCAAATTCC AATGTTTTTA GAAACAACTG AAGATGCCGG TGATAATAAA
TATGAATCAT ACAAGGAGCA TCATACACCA TCTAAAAGGC CTGAGTTCTT AAAATCCAAT
TCCGGGTTAA CTGGAGCCGA AGCGGGTACA AGTATTCACT TGGCATTTCA GCATTTACCT
ATTAATTCTG ATTTAAACAG CCAGGAGTTT AGTGAAGAAC AAATAAGTAA TCAGTTAGAC
GATCTAGTCA ATAAAGAAAT TATCACTCAG GCTCAGCGAG ACGTCATTTC AGAGGATTTA
ATTATGAAGT TTTTCCAAAG TGAATTAGGG CAAGCTATCC TTGAAAGACC TAAAGGACTT
AAAAGGGAAC TTCCTTTTAC CTTAGGTGTG CCTGCTTGGG AAATGTTAGC TGGATCTGAA
GAATGTCAAG CAGAGCTTGA AGCGGAAAAC ATTGAAACAA CAGAACTACA AGGTTTGTCT
GATGAAACAG TAGTTATCCA GGGAGTTATC GATTATCTGT TTTGGGATGG AACAAATTAT
TACTTAATAG ATTTTAAAAC AGATAAATTA AATACAAGCA ATATGGATGA AATTGAAAAA
CGGTTACAGG GAAAATATCG CATGCAAATT CAAATGTATC TCAGGGCAAT TACCGAAATA
TTTAATATAA CTCCAACAAA AGCTTATCTC TATCATGTGC CCACTGGGAA TTGGATACAA
GTAGAATAA
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| Protein sequence | MVQENNNTQS KWTDSQRQVI DENYHHILVS AGAGAGKTAV LVQRIISKLI DPHDDLTVNG
LLVVTFTEKA ANEMRDRIAR ELKKALSQDP ENDHLKKQLY LLNKANISTL HSFCLEILRH
YFYYLDIDPA FSVASEYDVE LLRQSVIDNY LEEEYGLGEQ SFYLLVDSYG GDKNDEKLKK
MILTLHRFSR SHPRPRKWLQ SVKDHFEVST DDDLTNTVYY LEIQKDIETL FKQCINYFKR
ALQTSEQPGG PYQYAETLLE EIEQVQNFTQ QLVEVENHSF DWNSFAERVA GFKFSKLPSV
SKNDDVDEDL KKDCKKLRDH GKKTFQKLVQ NYFTRSKDEL LRDLQQLSPL MNKLIDMVIN
MDDKYEEVKK QRGIMDFSDL EHYVYELLDQ YPEIVSELHQ RYDEVMVDEY QDINQVQNAI
LEKLTGQQSI SPDLFMVGDV KQSIYRFRLA EPELFLNKYD TFDQRSEEGS LIELQENFRS
SPMVLESVNY LFSRIMTGSL SGIEYNEKVK LIPASKPREL YLNEDDNEDD KYEGQAENEN
QVIDGRTEVH LLENKDTNSR EEDTEREAQL IATTINSLVE EEYRIYDRDL DDYRKLDYSD
FVILSRKTKE QAELVTNVFQ EHGVPLYAEL DTGYFAAQEV QVMLSLLKII DNPRQDIPLA
GVLRSPLVGL DSNELVEIRR SNPGTDYYEA CKRVLTNSIE QQNQCSEKTI QKMQKFFSQL
ERWRRISRER SLAELIWDIY QITDYLDYVA GFPGGRERQA NLWSFYDRAL QFDSFSHSGL
VKFLNFIEKL VEQDFDLGKA RTVSENENVV RLMSIHKSKG LEFPVVFVMG LGNNFNFNDQ
KGDLLLHKDL GLGPKLVDLT NRIKYPTIAH QAIKGSLGRE TLAEEMRILY VAMTRAEEKL
FLVGSGKDIE SKISVPEEPA AAQNYLDWIY PQLGEDSELF HKIWNDIPGQ QDGKSVEYNW
KSYFESLLSQ TFTWEVDQEE FEDQKRTLEQ AISYSYPYNI ATEIVGKMSV TDLAKSDTYI
DSKIVSQNQS LSSVQDHYKK LAATQIPMFL ETTEDAGDNK YESYKEHHTP SKRPEFLKSN
SGLTGAEAGT SIHLAFQHLP INSDLNSQEF SEEQISNQLD DLVNKEIITQ AQRDVISEDL
IMKFFQSELG QAILERPKGL KRELPFTLGV PAWEMLAGSE ECQAELEAEN IETTELQGLS
DETVVIQGVI DYLFWDGTNY YLIDFKTDKL NTSNMDEIEK RLQGKYRMQI QMYLRAITEI
FNITPTKAYL YHVPTGNWIQ VE
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