| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1439 |
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| Symbol | |
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| ID | 6314862 |
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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 | 1505095 |
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| End bp | 1508727 |
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| Gene Length | 3633 bp |
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| Protein Length | 1210 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 642643819 |
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| Product | DNA polymerase III, alpha subunit |
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| Protein accession | YP_001917610 |
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| Protein GI | 188586065 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2176] DNA polymerase III, alpha subunit (gram-positive type) |
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| TIGRFAM ID | [TIGR01405] DNA polymerase III, alpha chain, Gram-positive type |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.476857 |
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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 | 0.05643 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTGCTC AGGAACTACG GGATAATACC CTAAAGGATT TTGTAAACAA ATGTTTAGTA
GATCAAAATA GAAATAGATG GATACTGTTA CTAGACTCTC ACTGTGACTA CTCTTATCAA
GAGTTTTATC AGATTTCGAA TAACTTATTA AATCGAGTGA CTTCATTAAA AGAAATCTGT
TTTATTATAC TAACCCAAAA TAATGATGTA GGGGAGTTTT TAAAGAATAA CAAGGATAAT
ATCTTATTGT ATTTAAATAA ACATTACCCT TCCTTGTACA ATTGTATCCA TGATATTCAA
TTGAAAGAAG ACAAAATCGA ATTACATTTT AAGAACAAAG CTAATCTGGA ACTTGCTCGA
AAAAAGGGGC TTCCTGACTT AATTCAGGAG TTTTTTTACA TAGGGCTTGA AAAAACTATT
CCGGTAAAGT TAACAGACTT AAATATTAAT GAAGTCTCCG ATATAGAGGA AGAAAATGCA
AAAATGATTA CAGAGTTACA AAAAGAATAC CAAGAATCTC AGAAGATGAC TGCTAAGACC
GGTCAAAAAA AGCAGAGTAG ACAGGGGAAT GGACAGGCCA TTATGGGCCA AGTTATTAAA
GATGAACCAA TTAGTATTGC TGAAATCGTA GAAGAGGAAC GGTCGGTTGT AGTTATGGGA
CAAGTTTTTG ATTTTGAGAC CCGAGAACTG AAAAGCGGAC GAACTTTGGT TATTTTCAAC
ATCACTGATT ATAGTGATTC AATTGGTGTT AAATGTTTTC TCAATGAAAA TCAAGAAGTA
CCTGATGGCT TAGAGGATAA TCGTTGGCTT ATAGTTCGAG GTTCTGTAAA AACTGATAGT
TTCTCACAAG AATTGACTAT ATTTCCGAAA GATATCTGTC CCGCATCTAA TCCCTATGAA
CGGGAAGACA CAGCAGATGA GAAAAGAATA GAACTACACG CTCACACAAG GATGAGCACT
TTAGATGCAA CTTGTTCTGC AACAGAATTA GTTGAAACAG CTGCAGATTG GGGACATAAG
GCAATAGCCA TTACAGATCA TGGGGTTGTC CAGTCTTTTC CGGAAGCCTT TGAAGCAGCT
CAAGAAAAAG GAATCAAGGT ACTCTACGGA GTTGAATGTT ATCTAGTCGA GGATGAGGAT
AATTATAAAG ATACTTCTTA TCATTGTATT GTCATTGCCA AAAATAAGCA GGGATTACAG
GATCTTTATA GATTAATTTC TGAATCTCAT TTGTATTATT TTTATAGATT TCCCAGGATA
CCTAAAAAAC GGTTATCCGA AGTTAGGGAA AATTTATTGA TAGGTTCCGC CTGTGAAAGA
GGGGAAGTAA TCCAAGCTCT GTTAAATGGT AAGTCATCAG CAGAACTTGA AGAAATAGCA
GGCTACTATG ATTATTTGGA GATACAACCA GCTGGTAACA ATGAATTTTT AATTAGAAAA
GGCGTTTATG AATCACAAGA AGATTTGCAT AATCTTATCA AAGAGGTTGT AAAGCTTGCT
AGAAAAATAG ATAAACCTTT TTGTGCAACT TCAGATGTCC ACTTTTTACA TCCCTGGGAT
AAAAACTATC GTAAAATCTT GATGGCTGGT CAAGGATTTG ATGATTTATC TCAACCCCCT
CTTTACATGA AAACAACCGA TGAGATGTTA ACAGAATTTG ACTTTCTAGG AGAAGAAGAT
GCATATAAAG CAGTTATTGA ATGTCCTGAT CAGATTCAAA ATCAGGTTGA CGAACTTGTG
CCAGTACCAC AAGACTTATA TACTCCTCAT ATTCCAGGAG CTGAGGATCA AATAACTGAG
ATGGCATATT CCAAAGCAAA GCAGTTATAT GGAGAACCCT TGCCTGAAAT TGTGAAAACC
AGACTTGAGG AAGAACTTAA AAGTATTGTT GATCAAGGTT ATGCGGTGAT ATACTTGATT
AGTCATAAAT TGGTAAAGAA ATCATTGGAA GATGGCTATC TTGTTGGCTC TCGTGGGTCT
GTTGGTTCTT CTCTAGTGGC TACCATGTGC GATATTACAG AGGTGAATCC ATTACCACCC
CATTACATGT GCCCTAATTG TCAGCACAGT GAATTTATCC AAGATGGTTC TGTGGGTTCT
GGTGTTGACT TACGAGATAA AAATTGTCCC CACTGTAATA CCGATATGAA TAAAGATGGC
TATGATATAC CTTTTGCAGT ATTTATGGGC TTTCACGGAG AAAAGGTTCC TGATATAGAT
CTTAACTTTT CTGGTGAATA CCAACCCATC GCTCATGAGT ACACAGAAGA ATTATTTGGA
AAAGAACATG TCTTTAAAGC GGGAACAATA GGTACAATAG CTGAAAAGAC CGCCTTTGGT
TTTGTAAAGG GTTATGTTAA TGATAATGGA ATCAACTGCC GACAATCGGA AGTTAATAGA
TTAGTTTCCG GTTGTACTGG TGTTAAACGA ACTACTGGCC AACATCCTGG GGGATTGATG
ATAGTCCCAG AGGGTCATGA TATACATGAA TTTTGTCCAA TACAGCGACC AGCTGATGAT
ACTAAAACTG AAGTTATGAC AACTCATTTT GATTATAATG CCATTAGTGA TAGATTATTA
AAACTAGATA TTTTAGGGCA TGATGTACCG ACTATCATTT ATATGCTGGA GAGTATTACT
GGTTTAGACC CTCTTAAAAT TAGATTAGAT GATCCAGATA CCATTAAAAT ATTCTCTAGT
CCTGAGCCCT TAGGGGTTGG CCCTGAAGAT ATTGACTGTC AAGTTGGGAC ATTGGGTATA
CCCGAGTTTG GAACCAGATT TGTAAGGCAG ATGCTTGAAG ACACTAAACC CCAAACCTTT
TCAGAACTAA TCCGGATATC AGGACTTAGT CACGGTACCG ACGTTTGGCT AAATAATGCC
CAGGACATTA TTGCTGAAGG CATTGCTGAG TTGGGAGACG TAATTTCTAC TCGAGACGAC
ATTATGGTAT ATCTCATGTA TAAAGGTGTA GATAAAAAAG ATGCCTTTAC CATAATGGAA
AAAGTTCGTA AGGGAAAAGG CCTATCCGAT GAACTTAAAA ATACTATGAA GGAAGCTGGA
GTACCCGATT GGTATCTTGA TTCATGCTTA AAGATTAAAT ATCTTTTTCC AAAAGCTCAT
GCCGTGGCGT ATACTATGAT GTCATTTAGG ATAGCATATT ACAAAGTTTT CTATCCCGAA
GCCTTTTATG CTACTTTCTT TTCAGTAAAA ACTGAAGATT TTAATTCGAA CATGATTGTG
AAAGGCTTGG ATGCAGTAGA CGAACAGATT AAATACGTGG AGGAACGAGG CGTTTCAGCT
ACTCCAAAAG AAAAGAGTGA ATTGGTTGTG TTAGAAGTTG CTAGGGAAAT GTTCCAGAGA
GGGGTGCAAG TTTTACCGGT TTCCATTTAT GAATCCGATA GCGAAAAATT CCAAGTTACA
CAAGATGGCT ATTTAAGACC ACCACTAATT ACTATTCCTG GCTTGGGTTC TTCAGTGGCA
AAACAGATTG TCAAGGCTAG AGAGGAACGT GAATTTTCTT CCAAGGAAGA TTTACGCAAA
AGGGGTGGTG TCTCAAAATC TGTCATAGAG CCCTTAGAAG AACATGGCTG TTTAAAAGAT
TTACCGGACA CTGATCAATT AACCCTCTTT TAA
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| Protein sequence | MVAQELRDNT LKDFVNKCLV DQNRNRWILL LDSHCDYSYQ EFYQISNNLL NRVTSLKEIC
FIILTQNNDV GEFLKNNKDN ILLYLNKHYP SLYNCIHDIQ LKEDKIELHF KNKANLELAR
KKGLPDLIQE FFYIGLEKTI PVKLTDLNIN EVSDIEEENA KMITELQKEY QESQKMTAKT
GQKKQSRQGN GQAIMGQVIK DEPISIAEIV EEERSVVVMG QVFDFETREL KSGRTLVIFN
ITDYSDSIGV KCFLNENQEV PDGLEDNRWL IVRGSVKTDS FSQELTIFPK DICPASNPYE
REDTADEKRI ELHAHTRMST LDATCSATEL VETAADWGHK AIAITDHGVV QSFPEAFEAA
QEKGIKVLYG VECYLVEDED NYKDTSYHCI VIAKNKQGLQ DLYRLISESH LYYFYRFPRI
PKKRLSEVRE NLLIGSACER GEVIQALLNG KSSAELEEIA GYYDYLEIQP AGNNEFLIRK
GVYESQEDLH NLIKEVVKLA RKIDKPFCAT SDVHFLHPWD KNYRKILMAG QGFDDLSQPP
LYMKTTDEML TEFDFLGEED AYKAVIECPD QIQNQVDELV PVPQDLYTPH IPGAEDQITE
MAYSKAKQLY GEPLPEIVKT RLEEELKSIV DQGYAVIYLI SHKLVKKSLE DGYLVGSRGS
VGSSLVATMC DITEVNPLPP HYMCPNCQHS EFIQDGSVGS GVDLRDKNCP HCNTDMNKDG
YDIPFAVFMG FHGEKVPDID LNFSGEYQPI AHEYTEELFG KEHVFKAGTI GTIAEKTAFG
FVKGYVNDNG INCRQSEVNR LVSGCTGVKR TTGQHPGGLM IVPEGHDIHE FCPIQRPADD
TKTEVMTTHF DYNAISDRLL KLDILGHDVP TIIYMLESIT GLDPLKIRLD DPDTIKIFSS
PEPLGVGPED IDCQVGTLGI PEFGTRFVRQ MLEDTKPQTF SELIRISGLS HGTDVWLNNA
QDIIAEGIAE LGDVISTRDD IMVYLMYKGV DKKDAFTIME KVRKGKGLSD ELKNTMKEAG
VPDWYLDSCL KIKYLFPKAH AVAYTMMSFR IAYYKVFYPE AFYATFFSVK TEDFNSNMIV
KGLDAVDEQI KYVEERGVSA TPKEKSELVV LEVAREMFQR GVQVLPVSIY ESDSEKFQVT
QDGYLRPPLI TIPGLGSSVA KQIVKAREER EFSSKEDLRK RGGVSKSVIE PLEEHGCLKD
LPDTDQLTLF
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