| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_0346 |
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| Symbol | |
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| ID | 7409276 |
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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 | 395064 |
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| End bp | 401171 |
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| Gene Length | 6108 bp |
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| Protein Length | 2035 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643714732 |
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| Product | YD repeat-containing protein |
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| Protein accession | YP_002572255 |
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| Protein GI | 222528373 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG3209] Rhs family protein |
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| TIGRFAM ID | [TIGR01643] YD repeat (two copies) |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGAGCGAGG AGGAATATAA AAATTATAAA AAAAGTCTTG CTCCACAAGT GTCGACAAAG
TCAATCTCGC GCTTAACTAC TTTTTCCACA AACTCAGCTT CTCTGTCAGC GTCAGTTCAA
AATGCATCAC AGCTTGTTGG AAATGATTTT ATAGAGTATT TTTTACGTGG AGAAAATAAT
GATTTAAGGG GCCGTTTTAC AATAGGAGCA AGAAAAGGTG ATCCTTCAAA TCCAAATGAT
GATGGTAAAA TAATGCTTTA TGGGCATCCC GATGCATGGT CAAGCTATAC AACAATCAAT
ATTGATGGTT CATACTTTAT TTTCAATCCT TCATCCATTT CATACAGTGG AACCACTTCA
TTGTGCCAGC AAGTAGCAAA TGATGTATAT ATTGTTCAAG AGCTTTCTAT TGTCAAAAGT
GCCACAACTC AAAGAGAAGA TACTGTTCAG ATAAAGTATA AAATAAAAAA TAGTTCAACA
GAAGCTAAAA ATATTGGTCT TAGGATAATG CTTGACACAA TGCTTGGAAG TAACGATGGA
GCACCATTTA GAGTACCAGG GCTTGGAGCA GTTACTAACG AGATTGAACT TTCTGGTGAT
AATATACCCG AATATTATCA AGCCTTTGAT ACACTTACAA ATCCCACTAT AATAACTCAA
GGGATATTTT ATACAGATAA AGGAAATAGA CCAGATAGAG TTCAATTTGC TCACTGGTCA
AATTTGTATC GTACTCCATG GAATTACACA GTTAACCCAA ATGTGAGGTT TTCTAATGGT
ACTTCATATG GTGGTGACAG TGCTGTTGCA ATATATTGGG AAAATGAAAT TCTTCTTCCT
AATGAAGAAA AAGAGTTTGT AACATATTAT GGTATAGGCG AATTTACACA GGAACTGAGA
CCACCTTTAG CGGTAAGTCT AACATCTGTA AGTGAAATTC AAGCAAATGA AAATGATTAT
TATCCAAATC CTTTTACTGT AACAGCTTAT ATAATGAACA ATTCAAAAGT CCAGGTAAAC
AATGTAAAAG CAAAGATTGT ATTACCTGAC GGACTTGATA TTGAAGAAGA AGCTGAAAAA
ACTATTGACA GTTTAAAGCC AGGAGAAGAA CGTTTAGTTT CGTGGAAGGT ATTCGTTGAA
CCGTTTCCTG AAGAAACCAC GTTGACTTAT TCTGTTGCAG TTGTGGCAGA TAATGTTGAG
GGTAAAGTTT TATCAAGAAC AATAAAAATA CCCTCCCATC CAGCTGGCGA CCAGTTTTTA
TATCAAACTG GAATTGAGAC CATTGAGAAT GGCACAAGCT GTTTAGTAGG TGAGCCTGTA
AATCCAGCGG TGGGTAATTT TGTAACAAGT TCTGATGATA TTTCTATTGA GGGTAGTAAC
AAGATAGTAT TTAGCAGATT TTATAATTCT ATTGATTCAT ACAAGGGTAT ATTTGGCAAT
AATTGGAGAT ACTCATTTGA TTTTAAACTT AAAAAAGTGG GTGAAAAACT AAGAGTATTC
TTTAGTGATG GGCATGCAGA AGATTTTGTT TTTAATCAAG ATATTAGCAA ATATATATCA
ATTTTTGATA ACAAAAAATT TATCACTAAA AACCAGAACG ATTATATACT TGAACTCAAT
GGAGAGGTCA AATTCTATTT TAATTTGGAC GGACAATTAA TAGCAATAGA AGATGAAAAT
AGCAATAAAA CAACTCTGGT TTATGAGGAT GGTAGACTTG TAAAAATTGA ATCTTTGATT
GGATATTTAA CCTTCCATTA CAATACAGAT GGATATGTGA CAAAAGTTAC TGATAACAAT
GGGCGTTTTG TTGAATATGG CTATGATAGG GACAGGTTAA TTTGGTTTGC AGATGTTGAG
GGGAACAAAT ACAGATATGA ATATGACGAA AAAGGAAGAC TTACAAAAAT AATAAATCCG
CTTGGAGTTT CAGAAGTAGT AAACGTATAT GATGAAAAAG GAAGAGTAAT TAGTCAGCAA
ACAGCAGACG GTAGCTTGCA CACATTTATG TATGATGATG TTGCTCACAC TACCACATAT
ATTCAGCCAA ATGGAGCTAA AATTGTTTAT AAAAAAGATG GCAAATACAG GATATTCGAA
CAGGAATTTG AAGATGGAAA AGTTCAGTAT GTCTTTGACG ACAACAATCA GATAATTGGT
TATATTGACA AGAATAACAA CAGTTACAGG TACGAATATG ATGAAAAAGG CAACCTAATA
AAAGAAATTA ATCCTCTTGG CTTTGTTACA CAATTTGAAT ATGACAGTAG AGACAATTTA
ATAAAAATTA AAAATCCCGA TGGAACTGCG ATTACTTTTG AGTATGATGA TAAAGGCAAC
GTGATATTAA CAAGAGATGA AGTTGGAAGA GAAACCAAGG TAGAATATAA CGAAAAGGGT
CTTCCTAAAA GGGTTATTCT TCCAAATGGA GCAGTACAGG AGTTAGAATA TGACGAGAAA
GGAAACGTAA CAAAAATAAA AGATCCATTG GGAAGTATAA CCACTTATGA GTATGACACT
TTCAACAGAT TAATTGGGAT GATTAAGCCC GAGGGTAATA AAACAGCATT TTCGTGGACA
AAAGCAGGTT ATATATCCTC AATAAAGTAT CCTGACAATA CGTCTCAAGA ATTTGAATAT
GATGCTAAAG GCAATGTGAC AAAAATAATT GACCAGCTTG GAAGACAAAC AATTTACAAG
TACAATGAAA TTGGCAAGCT AAGTGAGATA ACAGATGCGG TTGGTAGGGT GACAAAATTT
GAATACGATA ATATGTGGAA TTTGAAGAAA ATAATAAAAC CGGATGGCAC TTTTATAGAA
TATTCATATG ATAACTTAAA CAGGCTTGTT GCAGTGAAAG ATGAAGAAGG ATTTATTGTG
AAGTACGAAT ACGACCCTAA TGGTAATGTG ACCAGAGTAG TAAGTAGCAG CGGGAAAGAG
ACCAAGTATG TTTATGATGC TCTTAACAGA GTTATAGAAG AAATTGACGC GAAAGGCAGA
AGTACAAAAT TCGAGTATAC CTACGATGGC AAGATAAAGA AAATTATCGA TGCGCAGGGA
AATGTAACCG AATATGAGTA CAATCCAGCA GGTGAACTTG TTGCTAAAAA AGATGCACAA
GGGAACATTG TAAAATACAG CTATAATGCG CTTGGGCTAA TTAGCACTGA AACTGACGAG
GTTGGAGCAA CAACACGCTA TGAATACAAT TTAAAAGGAA ATTTAGTCAA GATAACCTTT
GCAGACGGTT CAACAAACAG ATTTGAATAT GATAGAAATG GTAATTTGAA GAAATATATT
GATGCCAATG GTCAGGTAAC AGAGTATTAC TATGATAACT GTGACAGATT AGTCATGACA
AAAGATGCTC TTGGCAATAC GAAGAGATAT GAGTATACGC CAACAGGAAA ACTGAGCGCA
ATTATTGATG CAAAGGGTAA CAAGACCACA TTTATATATG ATGCTGTTGA TAGACTTGTA
GAGGTAATTT CGCCTGATGG TGCGCGGGAA ATATTTGTTT ATGATTCAAA TGATAACGTA
ATAGAAATTC ACAAATTTAT GGGAGTAACA AAAGAGACGA GAGAAAGAAT GAACAAAACA
AAGGGTGAAA AGTATTCGGA GCAGTTGAAG GAAATAGTAA TAAAGTACAA ATACAATAAA
AGAGGACAGT TGGTATCAGA GCAAGATGCG TTAGGCAATG TAAAAGTTTA TACCTATGAT
GCAGATGGAA ATTTAATTGA AAGTGTTGAT AAGAACGGCA ACACTACAAA GTATGAATAT
GATGCAGTGA ACAATCTTTC AAAGATAACC TATGCAGATG GGAAAACTGT GGAGTTCAAG
TATGATAATT TAGACAGGCT TGTTGAAGTA AATGATTGGT TAGGAAGCAA AAAGTATGAA
TATGATGTTT TGGGTAGGGT AACAAAAGTA GTTGATTACA AAGGCAGAGC ATTTGAGTAC
AGTTACACCC AAAGAGGAGA AAAAGCTGCA ATAAAATATC CTAACGGTCG ATTGGTGCAG
TACGAATATG ACGCTATTGG CAGGTTAATA AAAGTTACAA CTGATGGTAA AGAGACAAAG
TACAAGTATG ATGCTAAAGG TAATCTAATA GAAAAGATAT TGCCAAATGG AGTAAGAAGT
GTTTATGAAT ATGATGCGGT TTCACAGCTG ACAAGACTTG CAAATTACGG TTCAAAATCT
AAGATACTAA GTGAAATACT GTACAAGTAT GATCCAAACG GGAACAAAAT TTATGCAGAA
AAGAGGATAA ACGAAAGAGA GATAGGTAAA TTAGCAGGAA TAACTGAAGG AAAAGTATAT
TATGAGTATG ATACACGCAA TCAACTTATA AAAGTAAAAA GAGAAAATGG GTTTGAAGAG
AGATATTTTT ACGATACACT TGGCAACAGG GTAAGAAAAG AAGAGTATGC GGGAAGGATA
CTTGCAAATG TAATTGACTA TAAATACGAC GATGAACAGA GGTTATACGA AATAAAGGCC
ACAGGACTTA TTGACTGCAT AAAACTGCCA GAGATCAAAA TGGAATATGA CAGCGAAGGG
AACTTAATAA GTATAAAATC TGGCAAGACA GAGATTGTAA GAAATACATT TGATGTTCGG
GGAAGGCTTA CAAAGGTAAA TACAATATGG GGAATAGAAA GTTGGTACAC ATACGATTCA
TCAGGCAAGA GAGTAAGTAA AATAGTAGAG CTATCAAAAT TTAGCAGAGA TGTACTCAGG
AAGTATCTGA ATGAAGAAAG AGTTAGCAGA ATTCAGGAAA GATGTGAAGA GTTAATAAAT
AGCAAAAAAT ACAGAGCAGA ATATGAGTAT GTATATGATG AGACAAGTGA AAATGACGAT
TTAGTAGCAA TTAATACAAA TTTTGGAGCA GAAGAAGAGT ATATATATGG GAATGGTATA
ATAGGAGCAG AAGTAAAAGA GAGAGGAAAA CTATATAGCT ACTATTATCT AACAGACGAC
TTATTCAGCC CTCAGATAAT CGTTGATGCG AGAGGCAAAG TAGAAGGATA TAGAGCATAT
AGCGAATTTG GGGAAAAAGT AGTAGAGATA GGGAAAATAA GAGGGTTAGA TGTAATAGGA
TTTACAGGAT ACAAAGAGGA TAAAGAGAGC GGATATTTAT ATGCAACAGC AAGATATTAT
TTACCGCAGG TAGGCAGATT TATAAGCAAG GACAGGATAT TTGGAGAGAT AGCCGAGCTT
ACAAGTCAGA ACCCATATGT ATATTGTTTG AACAATCCGC TGATATATGT AGATCCGAGC
GGAGAGCTAA GTGTAAGACA GATATTGTTG TTGGCAAAAT CGTTTGCCGA GTCGTTTGTA
AAGAAAGCAG CGCAGAAGAT AGTAGAAGCA ATAGGTGGAT TATCGCTAAA GAATTTAGGG
TTTTTCAAGG ACATAGTAGT TGGTATAATA AAAGGTGTAA TAAGACTTAG TGACATAGCA
AGTGTATTAG CCGAGGGGTA TTTTAAGGAG TATATAGAGC CTGTAGAGAG GTTAATAAAT
CTCAGTTCAG AAGTATTTGG AAGAGGAGTT GTATGTGACA GCAAGGTAAT AGAGTATGGA
AAATATTTAG GAATAGCCGT TTGCAACATA GTAGAGATAA TAAGTGATTT TGCAACAGGC
GGCACAGGAG TATTTGGCAA GGTAGCAGGA AAGTTAGTAT CAGTTCTTGG CAAGGCAGGA
AAAAGAGTCA GAGTTAAATT AGGGAAGATA GTAAAGAAAT ATGATGTTTT ATGGGATTTG
CCACCATATG GTGGGAAATA CATTAACGGA CGTTATTATA CACAACATGC ACTTGAAAGA
ATGGCTCCTG ATATTCCTGA AGTAAGAGAT TTTTTAGTGC AAAAATATCA CAAAATAGCA
ACAGAAGAAT GTGGTTATAA ACCAGGAACA AAAGACTATA TTGGTTTTAT GAAGGACAAA
GTTAATCCTA GAGGTATACC GCCAATGGTG GTTGAGAATG CGATAAGGCA TGGGAAAAGG
CAGCCTGGGA AAAATCCAGG AACGTGGGAT TATATAACTT CTGATGTAAA AGTAGTTGTA
AATGAGAGAG GAGATGTTGT AACAGTTCAC AAAATAAGGG GGAAATAG
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| Protein sequence | MSEEEYKNYK KSLAPQVSTK SISRLTTFST NSASLSASVQ NASQLVGNDF IEYFLRGENN
DLRGRFTIGA RKGDPSNPND DGKIMLYGHP DAWSSYTTIN IDGSYFIFNP SSISYSGTTS
LCQQVANDVY IVQELSIVKS ATTQREDTVQ IKYKIKNSST EAKNIGLRIM LDTMLGSNDG
APFRVPGLGA VTNEIELSGD NIPEYYQAFD TLTNPTIITQ GIFYTDKGNR PDRVQFAHWS
NLYRTPWNYT VNPNVRFSNG TSYGGDSAVA IYWENEILLP NEEKEFVTYY GIGEFTQELR
PPLAVSLTSV SEIQANENDY YPNPFTVTAY IMNNSKVQVN NVKAKIVLPD GLDIEEEAEK
TIDSLKPGEE RLVSWKVFVE PFPEETTLTY SVAVVADNVE GKVLSRTIKI PSHPAGDQFL
YQTGIETIEN GTSCLVGEPV NPAVGNFVTS SDDISIEGSN KIVFSRFYNS IDSYKGIFGN
NWRYSFDFKL KKVGEKLRVF FSDGHAEDFV FNQDISKYIS IFDNKKFITK NQNDYILELN
GEVKFYFNLD GQLIAIEDEN SNKTTLVYED GRLVKIESLI GYLTFHYNTD GYVTKVTDNN
GRFVEYGYDR DRLIWFADVE GNKYRYEYDE KGRLTKIINP LGVSEVVNVY DEKGRVISQQ
TADGSLHTFM YDDVAHTTTY IQPNGAKIVY KKDGKYRIFE QEFEDGKVQY VFDDNNQIIG
YIDKNNNSYR YEYDEKGNLI KEINPLGFVT QFEYDSRDNL IKIKNPDGTA ITFEYDDKGN
VILTRDEVGR ETKVEYNEKG LPKRVILPNG AVQELEYDEK GNVTKIKDPL GSITTYEYDT
FNRLIGMIKP EGNKTAFSWT KAGYISSIKY PDNTSQEFEY DAKGNVTKII DQLGRQTIYK
YNEIGKLSEI TDAVGRVTKF EYDNMWNLKK IIKPDGTFIE YSYDNLNRLV AVKDEEGFIV
KYEYDPNGNV TRVVSSSGKE TKYVYDALNR VIEEIDAKGR STKFEYTYDG KIKKIIDAQG
NVTEYEYNPA GELVAKKDAQ GNIVKYSYNA LGLISTETDE VGATTRYEYN LKGNLVKITF
ADGSTNRFEY DRNGNLKKYI DANGQVTEYY YDNCDRLVMT KDALGNTKRY EYTPTGKLSA
IIDAKGNKTT FIYDAVDRLV EVISPDGARE IFVYDSNDNV IEIHKFMGVT KETRERMNKT
KGEKYSEQLK EIVIKYKYNK RGQLVSEQDA LGNVKVYTYD ADGNLIESVD KNGNTTKYEY
DAVNNLSKIT YADGKTVEFK YDNLDRLVEV NDWLGSKKYE YDVLGRVTKV VDYKGRAFEY
SYTQRGEKAA IKYPNGRLVQ YEYDAIGRLI KVTTDGKETK YKYDAKGNLI EKILPNGVRS
VYEYDAVSQL TRLANYGSKS KILSEILYKY DPNGNKIYAE KRINEREIGK LAGITEGKVY
YEYDTRNQLI KVKRENGFEE RYFYDTLGNR VRKEEYAGRI LANVIDYKYD DEQRLYEIKA
TGLIDCIKLP EIKMEYDSEG NLISIKSGKT EIVRNTFDVR GRLTKVNTIW GIESWYTYDS
SGKRVSKIVE LSKFSRDVLR KYLNEERVSR IQERCEELIN SKKYRAEYEY VYDETSENDD
LVAINTNFGA EEEYIYGNGI IGAEVKERGK LYSYYYLTDD LFSPQIIVDA RGKVEGYRAY
SEFGEKVVEI GKIRGLDVIG FTGYKEDKES GYLYATARYY LPQVGRFISK DRIFGEIAEL
TSQNPYVYCL NNPLIYVDPS GELSVRQILL LAKSFAESFV KKAAQKIVEA IGGLSLKNLG
FFKDIVVGII KGVIRLSDIA SVLAEGYFKE YIEPVERLIN LSSEVFGRGV VCDSKVIEYG
KYLGIAVCNI VEIISDFATG GTGVFGKVAG KLVSVLGKAG KRVRVKLGKI VKKYDVLWDL
PPYGGKYING RYYTQHALER MAPDIPEVRD FLVQKYHKIA TEECGYKPGT KDYIGFMKDK
VNPRGIPPMV VENAIRHGKR QPGKNPGTWD YITSDVKVVV NERGDVVTVH KIRGK
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