| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_2572 |
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| Symbol | |
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| ID | 7409523 |
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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 | 2697271 |
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| End bp | 2702097 |
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| Gene Length | 4827 bp |
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| Protein Length | 1608 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643716934 |
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| Product | hypothetical protein |
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| Protein accession | YP_002574411 |
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| Protein GI | 222530529 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4257] Streptogramin lyase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | ATGAGCTTGA GAAACATATA TGCAAATCGA ATTTTATCGA TATTACTGTT TTTATCATTT
TTCTTTTTAC TGCTGTCAAA TCCATTGTTA CCTTTGGCAG CAGAATCAAC ACAGGTTGAC
ATGAACGAAA GCATAAACAA AGCAGTTCGA TGGTTAGCAC AAGGCATGAA CTGGGGAGAT
GATTATATTC AGCAGATAAT AACAGCTTCA AACATTGTGA AAACTCTAAA AAAATACAAG
GGAACTGAGG AAATTATAGC TAAAGCATCA GAATGGTTAA ATTTACAAGA GACAGATAAT
GTAGACTTAA TAGCAAGGGT GTTACCTTGC ATATCAGAAG AAAAAAGAAA ACAATTAATT
TCAAAAATAG TGGAACTCCA AAATTCTGAT GGTGGCTGGG GAATAACCAA TGAATACGAA
AGTGACATTT TAGATACATG CTTAGTGCTT GACAGTTTAA TTGAAATTGA AGGACACGAC
CACGAAATTC AACGTGGAGT CAGTTATTTG ATTTCAGCGC AGAATGCAGA TGGAAGCTGG
GGGTTTATAG AAAATACAGA AGGTCGTATT TATGCAACAG CATTAGCAAG GATGGTATTA
GTGAAGTACA AAGAAATATA TCATGTTGAT ATTGCTGACG TATTGGATAA ATCTGCTCAA
TGGTTGTTAA CTCAAAAGAA CGAAAACGGC TTGTGGGGTG ATCTAGATAC TACAGTATAT
CTATCTACTT TTGTATACAA AGCATTATAT AAGGATAGAT GGGAAGAAGT TAAGAACATT
CCTGAAAAGA TAGCTTTGCT TCAACAGCCA AATGGAAGTT GGGAGAATGA TGCGTATATA
ACAACAATTG CGTTAGATGT TTTGCAAAGT TATATTGACG AACAAAAAGT AGAATTAAGA
GATGTAAAAA TTCTAGTTAA TGGGAGAGAA ACTAAACAAG TAAAAGCAAA AGAGTTTGTA
GAAGTGCTTC CGATTTACCA GGGAAAGGAT ATTGAAGTTG AGGTGGCAAT AATTAATCCG
GAACATGAGA AGATATTTAT TCCAAAAGAT AGCTTGGGAA GGTATTTTTG GTTTTCAGAT
GTAAATGAAG AAGGTATCTA TAGTGCAGAA GTTGTGTTAA AAAATAAAAA TGGTGAAGTT
ATTGCATCAT TAGTGAAAAA TTTCAATGTT GAGCCTTTTA TAAAAATTAA AAGCGCATTT
ATAGAAGTAA TACCTGGAGT TGCAAGGTTG TATAGCAGAA TAACACCAAA ATTGCGTATC
AATTTAGATG CAGAAGTTAA CATAAAAGAT GAAATTACAG TTAGAGCAAA TGTTTACGAC
TATAACTATA ACATTATTTT TAATAAAGAG ATGATGTCGA GATTACAAAA TGGTTTAAAT
CAAATTGAAA TAGGTGCTTT TGAACCAAAT ACAAAGAATG AAGGAGAATA TAACATTACA
GTCACTCTGT ATTACAAAGA AAAAGAAATT ATAAAGAGAT ATTACAAATT TAAAGTATTA
AAGCAGCTTA GTTCCGTTTT CACATCAGAT GAGGATTTTG ATAGAGGTAT TATGAGAGGA
GTCAATCATG AAGAAGTTCA TGATCAGCTC CAGCTTAATA AATCTGCTGA AGTATTTCCA
TATATTTGGA TTGCTAATGC GGGTGAGGGA ACTTTATCCA AAATTGATAC AAGGACAGGG
CAAGAAATAG CAAGATATAG AACAGGTCCA GATAGTTCTA CAAGTCCATC AAGAACAGCA
ATTGATAAAG AAGGAAACTG TTGGGTAGCA AACAGAGGTA ATGGAACGGT TGTAAAGATA
GCTTTATCGG GTGGAATTGA TAAAAATAAA AATGGAAAAA TAGATACGTC ATATGATGTA
AACAATAATG GTAGGATTGA CTCAAATGAA ATTTTGCCAT GGGGAGAAGA TGAAGCGGTT
TTGGCAGTTG TTCAAGTTGG TAGTTCAAAT AGTATACCAA GAGCTGTTGC AATAGACAAA
GAAGACAGAG TGTGGGTTGG ATTATATAAT GAGCGGAAAT TTGTTGTGTT AAATTCGGAC
GGAACAAAAA CAGGAATTGA AATAAATGTT CCATATGGAC CTTATGGTGC GACAATCGAT
TCTAATGGTA TTTTATGGGC AGCTACACTA GGTTCTGCAA TTATGAAAAT TGATACTAAT
AACAATACCT ATGTGAAGAG TTATTCTGTT GGTGGAACAA CTTACGGAAT TGTGGTAGAT
AAGAAAGGGA TTGTATGGTC ACCTTCATTT ACTTCTTCAG GGGGAATTAT AAGATTTGAT
CCAGTTACCG AGCAGTATTC GATCCATTAT GGAGATGGTT CATATGGAAG AGGAGTGGCA
GTTGATAATG AGGGTAATAT TTGGGCAGCA TATTCTGGTA ATCACGTATT AAACAAATTT
TCACCGGATG GGAAATTCTT GATGTCTGTA AAACTTTACC CTAACGGACA AGGCCCTATT
GGTGTTGGAG TAGACGGAGA GGGATATGTA TGGGCAGTTA ATTATTCGAC AAGTAACGCA
GCAAAGATTA AAACCGATGG AACAATCGTT GGTTTTTACC CTGTTGGTGC TAGTCCATAT
ACGTATAGTG ATATGACAGG CTTTCATCTT AAAAATATTA CTGCACATGA GGGGACATGG
ACAGTGATTC ATGATGAAGG AGAGGAAAAT TGTAGATGGA AGAGTATCAG TTGGCATGAG
AAAAAGCCTG CAGGAACAGA TATTACTGTA AGTGCGAAAG CTGCTAATAC TTTAGAAGAG
TTAGAATCCA AACCTTACAT CCAGGTTCAA AATAATGTCG AAATTAAAGA CTTAATTGGC
AGGTTTGTTC AAGTAGAAGT AAAATTAAAA ACTTCTAATT TAGAAACACC GATATTAGAA
GATATATCAA TTAACAGTTA TAATAGAGCA CCAATAGCAG ATGCAGGTGA TGATATAACA
GTTCAAGCAG GGTCAGATGG AAAAGCCAAA GTGCTGTTAG ATGGGACAGG TTCATACGAT
CCAGATGGCG ACAATTTAAC ATACAAATGG ATATGGGACG GAGGCCAGGC AGAGGGGAAC
CAGCCAGAGA TTATTCTATC TGAGGGAACT ACTAAAATAA TGCTTGTAGT AAATGATGGG
AAAGTTGAAT CAGAACCGGA TTTTGTTAAT GTAACTGTTG TTGGTACAAA CAGTTTGAAA
ACTGACCTAT TTACTGACAA ATATGAATAT GAAAGAGGAG AAACTGTAAA TATAAGTATA
TATGGTGAAA ATAGCAGCAA TTTAAAGACA CAGTGGAAAT TGAGAGTAGA TATTTTAGAT
AGGAATAAAA ATTTGGTTGC AAATGTTGTT AATGACATAC CAGTTGAGCT GTATGAGGGT
GAGAAGAAAA ACATATTATG CAAATGGGAA ACAGGAACAA CATTAGCTGG TTATTATATT
GTAAGAGCTA CTTGGAAAAA AGAAAATGTT ATAGCTGCTG TCAATGAATG CAATTTTGTT
ATCAGACCTG ATGGGGAAAT TTATAACAGA GTGGTTACTG ATAAAGTGGA ATATTGTGCT
GATGAAGATG TGAACATAAC TGAAACAATC AAAAATGGCA GTACAAACAG TATTGAAAAG
GGGCTTACTG TAAAGACAAA AATTATTAAT TTAAATGGTG AAGAAGTATG GAGTAAAGTT
ACTAATATTG AGGAAATACT TCAGGGTGAG ACAAAAACTA TAAAAAGTTC GTGGAATACT
TCAAAGAGTA GTTTAGGAGA TTACACGGTT GTTTCAGAGG TATACAAAGG CAATGAAGTA
ATCGCAAAAA CTACCACAAT GTTCAGAATT ATTGGAAGTA CTTATAAAGG GCTAAGAGGA
GAGCTTGAAG TCAAACCAAG AGTTATACGC TCAACAGATG ATGTTATATT CGACTATGTT
CTTACAAATA CAGGGAATAC AGAAATTGGT GCTATTACTT CGCAAGTAAA AATTATTAAT
CCTGTAAGTA TGGAGATGGT TGATACATTA ACAGAAAACA ATATAAATAT AGGAGTTGGT
CAAAGTGTAT ATATTAGTAA TACATGGAAA CATACTCCAT TAAAAAGAGG AACATATTTA
GTAATTCTTG ATGTTGTTTA TGATACAGAA AAAGTAACAT TAGACAGTGA TTATATACTT
GTAAAAGGTT CAGAGAAATT ATCAAGTCCA GCATTTGGTT ATACCTTATT TTCGTCGAGC
AGTGTAAATC CATTGGAGAT TTATGTTTAT GAAGGCTGTG TAAATGGAGA TGTTCATAGC
AATAGCAATA TTCAATCTGC TGGGACAACG TTGAATATAA ACGGCACCTG TTCAAGTGTT
GGTGTAATAA ACACATGGTT CCAGACAACA AACATATGTA ATGTGCTAAG TAATGCTCCT
TATGTAGATA TACCTAACGT AGTAGAAGAA ATTAGAAGTA AAGCTCAACA AAGTGCAACC
ACCGTAAATG AGATGAGGAT TATTGATTAT GGAAATGGAA TCAATATACC AGGAAACGTC
ATAAGTGAAA GTTGTATTGA AGTGAATGGG AATGATCTTA CAATTGGCGG TTATTTGATA
TCTAAGAACA ATATTTCATT TAATTTAAGA AGTGTAAAAA GCAGCTGTGA GAATGGAATT
GTTATTTGTT CAGAAAATGG GGATATAAAC ATACATGCTT CAGAAGTAGA ATTAAAAGGA
ATTATATATG CTCCTAATGG GACGGTATAT ATAAATGTGA ATAAATTCAA ATTAACAGGA
AGAATTTATG CCAAGAGTAT TAAAATAACA TGCTTGCATT TTGAAGCAAC ACCAACAGCA
CGTGATATTG AGATGCTAGA ACCTTAA
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| Protein sequence | MSLRNIYANR ILSILLFLSF FFLLLSNPLL PLAAESTQVD MNESINKAVR WLAQGMNWGD
DYIQQIITAS NIVKTLKKYK GTEEIIAKAS EWLNLQETDN VDLIARVLPC ISEEKRKQLI
SKIVELQNSD GGWGITNEYE SDILDTCLVL DSLIEIEGHD HEIQRGVSYL ISAQNADGSW
GFIENTEGRI YATALARMVL VKYKEIYHVD IADVLDKSAQ WLLTQKNENG LWGDLDTTVY
LSTFVYKALY KDRWEEVKNI PEKIALLQQP NGSWENDAYI TTIALDVLQS YIDEQKVELR
DVKILVNGRE TKQVKAKEFV EVLPIYQGKD IEVEVAIINP EHEKIFIPKD SLGRYFWFSD
VNEEGIYSAE VVLKNKNGEV IASLVKNFNV EPFIKIKSAF IEVIPGVARL YSRITPKLRI
NLDAEVNIKD EITVRANVYD YNYNIIFNKE MMSRLQNGLN QIEIGAFEPN TKNEGEYNIT
VTLYYKEKEI IKRYYKFKVL KQLSSVFTSD EDFDRGIMRG VNHEEVHDQL QLNKSAEVFP
YIWIANAGEG TLSKIDTRTG QEIARYRTGP DSSTSPSRTA IDKEGNCWVA NRGNGTVVKI
ALSGGIDKNK NGKIDTSYDV NNNGRIDSNE ILPWGEDEAV LAVVQVGSSN SIPRAVAIDK
EDRVWVGLYN ERKFVVLNSD GTKTGIEINV PYGPYGATID SNGILWAATL GSAIMKIDTN
NNTYVKSYSV GGTTYGIVVD KKGIVWSPSF TSSGGIIRFD PVTEQYSIHY GDGSYGRGVA
VDNEGNIWAA YSGNHVLNKF SPDGKFLMSV KLYPNGQGPI GVGVDGEGYV WAVNYSTSNA
AKIKTDGTIV GFYPVGASPY TYSDMTGFHL KNITAHEGTW TVIHDEGEEN CRWKSISWHE
KKPAGTDITV SAKAANTLEE LESKPYIQVQ NNVEIKDLIG RFVQVEVKLK TSNLETPILE
DISINSYNRA PIADAGDDIT VQAGSDGKAK VLLDGTGSYD PDGDNLTYKW IWDGGQAEGN
QPEIILSEGT TKIMLVVNDG KVESEPDFVN VTVVGTNSLK TDLFTDKYEY ERGETVNISI
YGENSSNLKT QWKLRVDILD RNKNLVANVV NDIPVELYEG EKKNILCKWE TGTTLAGYYI
VRATWKKENV IAAVNECNFV IRPDGEIYNR VVTDKVEYCA DEDVNITETI KNGSTNSIEK
GLTVKTKIIN LNGEEVWSKV TNIEEILQGE TKTIKSSWNT SKSSLGDYTV VSEVYKGNEV
IAKTTTMFRI IGSTYKGLRG ELEVKPRVIR STDDVIFDYV LTNTGNTEIG AITSQVKIIN
PVSMEMVDTL TENNINIGVG QSVYISNTWK HTPLKRGTYL VILDVVYDTE KVTLDSDYIL
VKGSEKLSSP AFGYTLFSSS SVNPLEIYVY EGCVNGDVHS NSNIQSAGTT LNINGTCSSV
GVINTWFQTT NICNVLSNAP YVDIPNVVEE IRSKAQQSAT TVNEMRIIDY GNGINIPGNV
ISESCIEVNG NDLTIGGYLI SKNNISFNLR SVKSSCENGI VICSENGDIN IHASEVELKG
IIYAPNGTVY INVNKFKLTG RIYAKSIKIT CLHFEATPTA RDIEMLEP
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