| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_0339 |
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| Symbol | |
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| ID | 7409269 |
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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 | Anaerocellum thermophilum DSM 6725 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012034 |
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| Strand | + |
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| Start bp | 383892 |
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| End bp | 386522 |
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| Gene Length | 2631 bp |
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| Protein Length | 876 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643714725 |
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| Product | hypothetical protein |
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| Protein accession | YP_002572248 |
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| Protein GI | 222528366 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0210] Superfamily I DNA and RNA helicases |
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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 | 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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAAAAAG CATACCTTTT GCAAAAACTT AATTTAAGCC TTTTTGATGA TGCAAAGCCT
TATGAACTTA TAATTCTTCC TCGACGCTTT GTTATAAATA AACTCAAAGA AAGGCTTGTT
AAGAAAAACG GAGTTCTTTT TGATATTGAT ATATTTACAT TTGATGATTT AATAACCCCT
GGCAAAAATG AGGTGCTAAA GACACGGAGA GTAATCACAA GGGATCAAGA AGTTTTAATT
ATATTTCATC TTCTCAAAAG TATTTTCAAA GGGAAGACAA GCTTTGAAAA TGTTTTGACA
TATGAGTTTA CAAGCCAGGT CATATACCTT TTGAATTTGA TGTTTTTAGA GTCAAAAGAC
TATTCTCGGG AAATTTTTGA AGTAGCTGAA AATTATAGTT TTATAAAAGA ACTTTTTGAA
AAGTACAAGG AATACCTTGA CCAAAACAAC CTTGTGAACT TTTCCTATCT TCAGGATTTA
GCTATAAAAT TTCTTGAAGA ACACAAACTT GAACTTAAAA ACTATAATGC TGCTAAGATA
GCATTTTTTC CAGATTTTAG ATGCGACCAA AAAAGGATAC TAAGGCTTGT TGCGGAGAAA
ATAACTGATA TAGAAGTTTT CATGCCATTT TTTGATGATA TTGAGATCTG CATAGAAACT
GCCAAGTTTT TAGAATCGCT TGGGTTTGAC CTGGTATTTG GAATGAAGGA GCAAGGTTCA
AAATGGGATT TTAACTCAAA ATCTTCTCAG CTTAAAGTGT TTTCCTATCC AAATATAATC
CTTGAAATAA ACGCTCTTGT GAAAGAGATT AAAAAAGATG TGGCTGAGAA GAGAGTAAAT
TTTGACAAGA TAGCAATTAT ACTGCCAAGT ATGGAAAGGT ATAGAGATGC TCTTGTACAA
ACATTTTCTG AGGAGATGCT GCCTGTAAAT CTGAGTTATC AGAAAAGCCT TATAGAATTT
GGATTTATCA GGTTTGTTTT AGAGCTTTTA GAGTTTTTAG GTGGAGAGTT TGATAAAAAG
AATTTTGAAA GGATAATATC GCATAGATTT TTGAACACAG AAAATGCAGA CTTTGAGATT
TTGTTTTCAA AGATAAAAGA TATTAGTATT CTAGAGTTTG AGCAGATAGA ATTAGTGCTT
GAAGAGCTGG AGTTTTTTGC AAATTTATAT GCATTTGAAG ATGTGATTGA AAACCTCACA
AAGGTTCAGC GGGTTTTCAA TAGACTAAAG AGAATAAAAA ATGAATATGA TAGATTGCCA
AAACCATTTA GCAACTGGCT TGAAAATACT AGAAAAGTTT TTGAGAGATT AGGAATAACA
AAACATGCCG AATTTGTAAA TGACATTGAA TTTGTAAAGG CTTTTTATCA TTTGAATGAG
ATATTCAAAA AAGGCCAGGA AGATTTTAAA GAATTTGACT CTGATTTTAC TTTTGAAGAG
TTTTTGGATA TTTTTAAAAC AATTCTTTCT CAGAAGATGG TTGACGTTTC GATTAATATT
TTAAGCGGCA TTAATGTTCT CAGCATTCAG GATGTTCTGG GCGCTGATTA TCAAAAAGTT
TATCTGATTG GGCTTTCAGA TGATATTTTG CCACGCTCAA ATTCTGAAGG ATTTTTACGA
AACATGAGAT TAAAAGAAGA GCTTATGCTT GATGAGATAA AGGATTTTGA CTACATATTC
CAAAAAGACC TTGTGCACTT TAGAAGCGTT TTAAACTCCT ATGATGTGTA TATGTCATAT
CCTCGTTACT ACCAAACAGA GACAAACAAG AGCCCATTTT TGGAGTTAGA AGGTATTGAA
GAAGTATCTG TTTTGAAAAG CTACATGCCA AGTGACGATA AGCTGACATA CAGGGAGTAT
AAGTTTATAA AAAATGTAAA TGCAAAGGAT ACTGAGAAAA CTTGCAAAAC TTCACAGGTT
CCCGAGATTT TCCATATAAA AGATAGGGAA CTTATCGAAC TTGAAAGTTG TCCGTTAAAG
TTTGCATTTA AAAAGTTTGA CATTGATGAA ATAGAAAAAG AAGAGAAACA CTTTTTGTCA
AATCTGCAGC TTTTGTTTTC ATGTATCCAA AAGATGCTTT TAGGCAAATT GCCCGAAGAA
GTTCTTGGTT TTTTGATTTC AAACATTCGA TATACCCACA ATGAACCTGT GAAAAAACTT
GCAGCTTTGG ACATCATCCA GATATCCTTA GAGATTGTAG AGAGAATGAT TGAATATGGT
GTCGAAGAAT TTATCCCTCA AAATATGAAA GAAAGAGTGC TTGTAATAAA AAAGATGGTT
GAAGGTATTG AACTTCAGCT ATTTCCAAAT TTTGTCGTCA AAGTGGATGA TGAGGAAATA
TTTGGTTTTG TAAAGGCAAG GCGTGAGTCT AAAAATGAAG GTATTGATAA AATTTGGCTT
GCAACTTACA TCTTTGAGCT TGATAAGATT GCGGTTATTT ATCTTTTCGA AGAGCCACGA
TTTGATATTT ATGAAATTAC TCATGCCCCT TTGGACAAGT TAAATGAACA GATTTTAAAT
GATATAAAAG AAAAAATACA AAAGCTTTCT AATATTGAAA CTTACCAAAA GGAGCAGTCT
TTTAAAAACT GTGTGTCATG TGAGTACAGC CATGTTTGTA TTCTGTTTTA A
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| Protein sequence | MKKAYLLQKL NLSLFDDAKP YELIILPRRF VINKLKERLV KKNGVLFDID IFTFDDLITP
GKNEVLKTRR VITRDQEVLI IFHLLKSIFK GKTSFENVLT YEFTSQVIYL LNLMFLESKD
YSREIFEVAE NYSFIKELFE KYKEYLDQNN LVNFSYLQDL AIKFLEEHKL ELKNYNAAKI
AFFPDFRCDQ KRILRLVAEK ITDIEVFMPF FDDIEICIET AKFLESLGFD LVFGMKEQGS
KWDFNSKSSQ LKVFSYPNII LEINALVKEI KKDVAEKRVN FDKIAIILPS MERYRDALVQ
TFSEEMLPVN LSYQKSLIEF GFIRFVLELL EFLGGEFDKK NFERIISHRF LNTENADFEI
LFSKIKDISI LEFEQIELVL EELEFFANLY AFEDVIENLT KVQRVFNRLK RIKNEYDRLP
KPFSNWLENT RKVFERLGIT KHAEFVNDIE FVKAFYHLNE IFKKGQEDFK EFDSDFTFEE
FLDIFKTILS QKMVDVSINI LSGINVLSIQ DVLGADYQKV YLIGLSDDIL PRSNSEGFLR
NMRLKEELML DEIKDFDYIF QKDLVHFRSV LNSYDVYMSY PRYYQTETNK SPFLELEGIE
EVSVLKSYMP SDDKLTYREY KFIKNVNAKD TEKTCKTSQV PEIFHIKDRE LIELESCPLK
FAFKKFDIDE IEKEEKHFLS NLQLLFSCIQ KMLLGKLPEE VLGFLISNIR YTHNEPVKKL
AALDIIQISL EIVERMIEYG VEEFIPQNMK ERVLVIKKMV EGIELQLFPN FVVKVDDEEI
FGFVKARRES KNEGIDKIWL ATYIFELDKI AVIYLFEEPR FDIYEITHAP LDKLNEQILN
DIKEKIQKLS NIETYQKEQS FKNCVSCEYS HVCILF
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