| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1856 |
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| Symbol | |
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| ID | 6315198 |
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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 | 1941055 |
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| End bp | 1944615 |
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| Gene Length | 3561 bp |
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| Protein Length | 1186 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 642644234 |
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| Product | ATP-dependent nuclease subunit B |
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| Protein accession | YP_001918016 |
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| Protein GI | 188586471 |
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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 | [TIGR02773] ATP-dependent nuclease subunit B |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | 41 |
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| Fosmid unclonability p-value | 0.274018 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAGTGTAA AGTTTTTGTT AGGCCGGGCC GGAAGTGGAA AAACATCTTA TATTATAGAC
AGTATTACAG AACAACTAAA AGCAGCTCCA GATGGGGATC CAATAATTTT TTTAGTACCG
GAACAGGCAA CTTTTCAGAT GGAACAAGCT ATTTTAAGGC GATCCGATAT CTCAGGTTTT
AGTAGATTAC ATATCTTGAG TTTTCAGAGA TTGTCACAAA AAGTTTTGGA GGAACAAGGT
GGGATAGCAA AAGCTGATCT TTCTGATACT GGTAAAGAAA TGATTATTAA GAATATTCTC
CTCCAACGTA AAGATGACCT GGAAATATTA GAAAAGGTGG CAGTGAAGTC CGGCTTTTCT
GAAAAATTAT CGCGCTTAAT TTCTGAAGCC AGGATGTATG AAATAACTCC TGAAATGCTT
GAACAGATAA GTCAAGAATT AGATCTAATT CATTTAAAAC AAAAATTACA AGAAATCTCT
CAAGTGTTTA CTGATTACGA AACTTTTTTG CAACATCAGG GTTATCATCA TCAAGAAGAT
AGGTTGAGTA AAGCCGGTCA AAAAATGGAA GGTAACAATA TTTCTTTTTT AGCAGGATCC
ACTTGTTATA TTGACGGTTT TTCCGGCTTC ACTCCCCAGG AATTGAAATT ATTGGAGGGT
TTATTGACCA AGTGTTCAAA TATTGAACTC GCCCTCACTT TACCTCCCCA GTTTACTGGT
AAAATAGATG ACGAGTTACA TCTATTTCAT CCTACTCTGA AAACTTATAA TCAGGTATGG
GAACTTGCTG TTAATAATGA TATAGAGATC AAAAAATCTA AGCACTTTCC TAATGAAAAC
GAAGAACATA GATCAGCTTC ATCTCTTCCA AGATTCAAAG ATAATCCTGC TCTAGCTCAT
CTTGAGAAAG AATGGGGTAA GAACAAAATA AATCCTTACG ATAGTGAGCC AACAGGTTTA
TCAATAGTTG AAGGTACTAA TCTGAGAAAT GAAATTGATA AAATCGCCCG TGAAATTAAA
TTATTGGTTC GAGACCATGG CATGAGGTAT AAAGATATTG CCGTAATAGT ACGAGAATTA
GAAAGTTACG AACCTGTTAT TAAAGCTGTA TTTAACGATT ACAAAATTCC TCATTTTTTA
GATCGAAAGG AACCTGTACA TCACCATCCC TTAGTAGAAT TTTTGCGTTC TTCTGTAGAA
ACTGTAATTT CTAACTGGGA TTACGAACCC CTATTTCGTA TGCTTAAAAC AGGCCTGTTA
CCTATCTCTA GTGAGGAAAT ATTTCAAGTA GAAAATTATG TACTTGCACA TGGAATATCT
GGTAAAGACT GGAAAAAACA GGGGAAGTGG AATTTTATTG CCAACTTTGA TCTGGAAAGG
GAAAATATTG CTCCCAGTAA CAGAAATAAA CAATATTTAA GTGAAATTAA TTCAATTAAA
GGTAAAGTTA GAGATACACT TTTAGAGTTT GATAGCAAAT TGAGGGGGAT AAATAAATCT
GAATCATTAT CTGCACAGTT TAAAAACCAA GAGGCAGAAG AGGATAATTT ATTATCAGTA
AGGGAGATTT CCACTTATCT GTGGGAATTA ATAGAACAGT TACAAATAGA ATATCAATTG
GAAGAATGGT CACTTGAAGC AGAAGAAAGA AAAGATTTTG TGGAAATGCA GTTGCACAAT
CAACTGTGGG ATACAGTTAT TGATTTACTT GATCAAATGG TCACTTTTTT AGGAGAGCAA
AAGGTCACTT TGTCTGAGTA TTTACAAATA ATCGAGTCTG GACTTGCTAA TATAAAATTG
GGACTGCTAC CGGCGACCCT TGATCAGGTC TTGGTTGGCA CTGCAGATAG AAGTAGATAT
CATGAAATTA AAGTATTATT TATGGCAGGA GTTTCTGATG GTTTGTATCC TGCCAAAATA
GATGATGATG GCATTATAGA TGATCGAGAA AGGATAACAT TGCGCCAGCA TGATGTAGAA
TTTGCACCCA CTACTGAGCA GAAATTATAT CAGGAACAGT ATTTAATTTA TAATGTTTTA
ACTCAACCTT CTCAAAAGCT GTATCTTAGT TATCCAGCAG CTGATTCAGA AGGTAGAACT
ATGAGCCCAT CTACCATAAT TTCAGATATC CAAGAGATGT TTCCCGAGTT ATTCCAGGAA
TACCAAAATG ATGGTCCTGA AAATGACGAA GATTTTAGAC AATATATAAT TGATGGTAAA
AAAGCAGTAT CTAACTTAAT TAAATTAATT AATAAAGTAG GTCATCCCGA AAAATTAGCT
GAAGATAAAC AACAGTTATT AGCATATTTG ATTAATGAAC ATCCTGATTT GTTCTATTCG
ACGCCAGAAA TTAAGGCCTT AGATTATAAA AAAAGTTTGT CTCCTCTCAC TCAAGAAGTT
ATTGATAAGC TGTATCCCAA CAAGATTGCC ACATCTGTGT CGGGACTTGA AAGTTTCTGT
CAGTGTCCAT TTAGACATTT TGCCGAGCAA AACTTGAGGT TAAAGGAACG AGAGTATTTC
CGGCTCGAAC CGGCAAGTTT AGGTCTATTT TACCATGCTG GGTTGAAATT ATTTTGGGAT
AAATTACAGG AAAATAATTT AACCTGGCAT AAACTTAAAA CCGAAGAGCG CGAGGCACTT
GTTTCAGAAA TCGTAGAGGT ATTATCCGAG CGGCTTAAAA ATAGAATTCT CCTGGCTAGT
GAGAGGTATA AATACTTCAA GAAAAAACTC CATGAATTAT TATCGAGAGC AGTGGAGGTA
CTGTCCTGGT ATAGTGATGA TAAGGGATTT TATCCAGTAG GTTCTGAAAT TGGTTTTGGT
AAGGATGAAC CCTTATCTAC CCTAGAATTA GAGCTACCGT CTTTTCCGAA TAAAAAAGTT
CAATTAAAGG GTCGAATTGA CAGGATAGAT ACTGGAAAAA AAGATGGTGA CCTATACCTA
AGAGTTATAG ATTATAAAGG AAAATCCAAG AATTTGGAAT TAAGGGATTT ATATTATGGT
CTCGACTTAC AACTAGCAGC TTATATGACT GTGGCTATGA GAAATAGTGA CAAATTAACT
GGTGATCAAA TGTTTCCTGG TGGAATGCTT TATTTCGGTG TAGAAAATCC GGTAGTTCCT
ACGGATAAGC CTGTTTCACC AGCTCAGGCT AGGGACAAGC TGAAATCTAC ACTGAAGATG
AGGGGTTATT TAATTGATGA TGAAGAAGTT CTTGATTTAA TGACTAGGGA AGATGAAAAT
TCTCAGGACT TATTACCGTA TAAGTTAAGG ACAAGCTCAC CGGGATTTTA TAAAAACAGT
AAAGTATTGA GTGAGCAGGA ATTTTTAGCA GTGCTGAACT ATACTGAATC AAAACTTGTT
GAGCTCGCGG AGCGGGTTTT ATCAGGTGAA ATAGCACCGT ATCCTTATAA AGACGGGGGT
TACAGTGCAT GTACTTACTG TCCATATCTT GCAGTATGTC AATTTGATTT GAATTATAAA
GAGCATAAAT TTTGGAATGT ACCAGCCAAA GGCGATTATT TATCCTTAAT ACTGGAAGAG
ATGGAAGAAG TAAAGGAGTG A
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| Protein sequence | MSVKFLLGRA GSGKTSYIID SITEQLKAAP DGDPIIFLVP EQATFQMEQA ILRRSDISGF
SRLHILSFQR LSQKVLEEQG GIAKADLSDT GKEMIIKNIL LQRKDDLEIL EKVAVKSGFS
EKLSRLISEA RMYEITPEML EQISQELDLI HLKQKLQEIS QVFTDYETFL QHQGYHHQED
RLSKAGQKME GNNISFLAGS TCYIDGFSGF TPQELKLLEG LLTKCSNIEL ALTLPPQFTG
KIDDELHLFH PTLKTYNQVW ELAVNNDIEI KKSKHFPNEN EEHRSASSLP RFKDNPALAH
LEKEWGKNKI NPYDSEPTGL SIVEGTNLRN EIDKIAREIK LLVRDHGMRY KDIAVIVREL
ESYEPVIKAV FNDYKIPHFL DRKEPVHHHP LVEFLRSSVE TVISNWDYEP LFRMLKTGLL
PISSEEIFQV ENYVLAHGIS GKDWKKQGKW NFIANFDLER ENIAPSNRNK QYLSEINSIK
GKVRDTLLEF DSKLRGINKS ESLSAQFKNQ EAEEDNLLSV REISTYLWEL IEQLQIEYQL
EEWSLEAEER KDFVEMQLHN QLWDTVIDLL DQMVTFLGEQ KVTLSEYLQI IESGLANIKL
GLLPATLDQV LVGTADRSRY HEIKVLFMAG VSDGLYPAKI DDDGIIDDRE RITLRQHDVE
FAPTTEQKLY QEQYLIYNVL TQPSQKLYLS YPAADSEGRT MSPSTIISDI QEMFPELFQE
YQNDGPENDE DFRQYIIDGK KAVSNLIKLI NKVGHPEKLA EDKQQLLAYL INEHPDLFYS
TPEIKALDYK KSLSPLTQEV IDKLYPNKIA TSVSGLESFC QCPFRHFAEQ NLRLKEREYF
RLEPASLGLF YHAGLKLFWD KLQENNLTWH KLKTEEREAL VSEIVEVLSE RLKNRILLAS
ERYKYFKKKL HELLSRAVEV LSWYSDDKGF YPVGSEIGFG KDEPLSTLEL ELPSFPNKKV
QLKGRIDRID TGKKDGDLYL RVIDYKGKSK NLELRDLYYG LDLQLAAYMT VAMRNSDKLT
GDQMFPGGML YFGVENPVVP TDKPVSPAQA RDKLKSTLKM RGYLIDDEEV LDLMTREDEN
SQDLLPYKLR TSSPGFYKNS KVLSEQEFLA VLNYTESKLV ELAERVLSGE IAPYPYKDGG
YSACTYCPYL AVCQFDLNYK EHKFWNVPAK GDYLSLILEE MEEVKE
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