| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1867 |
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| Symbol | |
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| ID | 7408980 |
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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 | 1968721 |
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| End bp | 1974000 |
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| Gene Length | 5280 bp |
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| Protein Length | 1759 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 643716239 |
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| Product | glycoside hydrolase family 48 |
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| Protein accession | YP_002573728 |
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| Protein GI | 222529846 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3889] Predicted solute binding protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.217559 |
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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 | ATGAAGCGTT ACAGAAGAAT TATTGCCATG GTTGTAACCT TCATATTTAT TTTAGGAGTG
GTATATGGAG TTAAACCATG GCAAGAGGTT AGGGCTGGTT CGTTTAACTA TGGGGAAGCT
TTACAAAAAG CTATCATGTT TTACGAATTT CAAATGTCTG GTAAACTTCC GAATTGGGTA
CGCAACAACT GGCGTGGCGA CTCAGCATTA AAGGATGGTC AAGACAATGG GCTTGATTTG
ACAGGTGGTT GGTTTGACGC AGGTGATCAC GTCAAGTTTA ACCTTCCAAT GTCATACACT
GGTACAATGT TGTCATGGGC AGTGTATGAG TACAAAGATG CATTTGTCAA GAGTGGTCAA
TTGGAACATA TCTTAAATCA AATCGAATGG GTTAATGACT ATTTTGTAAA ATGTCATCCA
AGCAAATATG TATACTATTA CCAGGTTGGG GATGGAAGTA AAGATCATGC ATGGTGGGGA
CCTGCTGAGG TTATGCAAAT GGAGAGACCT TCATTTAAGG TCACCCAAAG CAGTCCTGGA
TCTACAGTAG TAGCAGAGAC AGCAGCTTCC TTAGCAGCAG CTTCAATTGT TTTGAAAGAC
AGAAATCCCA CTAAAGCAGC AACATATCTG CAACATGCAA AAGAATTATA TGAGTTTGCA
GAAGTAACAA AAAGCGATGC AGGTTACACT GCTGCAAATG GATATTACAA TTCATGGAGC
GGTTTCTATG ATGAGCTTTC TTGGGCAGCA GTTTGGTTGT ATTTGGCAAC AAATGATTCA
ACATATCTCA CAAAAGCTGA GTCATATGTC CAAAATTGGC CCAAAATTTC TGGCAGTAAC
ACAATTGACT ACAAGTGGGC TCATTGCTGG GATGATGTTC ACAATGGAGC GGCATTATTG
TTAGCAAAAA TTACCGGTAA GGATATTTAT AAACAAATTA TTGAAAGTCA CTTAGATTAC
TGGACTACAG GATACAATGG CGAAAGGATT AAGTATACAC CAAAAGGATT AGCATGGCTT
GATCAATGGG GTTCGTTGAG ATATGCAACA ACTACAGCAT TTTTGGCATT TGTTTATAGC
GATTGGGTTG GCTGTCCAAG CACAAAAAAA GAAATATATA GAAAATTTGG AGAAAGCCAG
ATTGATTATG CGTTAGGCTC AGCTGGAAGA AGCTTTGTTG TTGGATTTGG TACAAATCCA
CCAAAGAGAC CGCATCACAG AACTGCTCAT AGCTCATGGG CAGACAGTCA GAGTATACCT
TCATATCACA GACATACATT ATATGGAGCG CTTGTTGGTG GTCCAGGCTC TGATGATAGC
TACACAGATG ATATAAGTAA CTATGTGAAC AATGAGGTTG CATGTGATTA TAATGCAGGG
TTTGTGGGTG CATTAGCAAA GATGTATCAA TTGTACGGTG GGAATCCAAT ACCAGATTTC
AAAGCTATTG AAACTCCAAC AAACGACGAA TTCTTTGTTG AAGCTGGTAT AAATGCATCC
GGAACTAACT TTATTGAAAT TAAAGCGATA GTTAATAACC AAAGTGGTTG GCCTGCCAGA
GCAACAGATA AGCTTAAATT TAGATATTTT GTTGACCTGA GTGAATTAAT TAAAGCAGGA
TATTCACCAA ATCAATTAAC CTTGAGCACC AATTATAATC AAGGTGCAAA AGTAAGTGGA
CCTTATGTAT GGGATGCAAG CAAAAATATA TACTACATTT TAGTAGACTT TACTGGCACA
TTGATTTATC CAGGTGGTCA AGACAAATAT AAGAAAGAAG TCCAATTCAG AATTGCAGCA
CCACAGAATG TACAGTGGGA TAATTCTAAC GACTATTCTT TCCAGGATAT AAAGGGAGTT
TCAAGTGGTT CAGTTGTTAA AACTAAATAT ATTCCACTTT ATGATGGAGA TGTGAAAGTA
TGGGGTGAAG AACCAGGAAC TTCTGGAGCA ACACCGACAC CAACAGCAAC AGCAACACCA
ACACCAACGC CGACAGTAAC ACCAACACCG ACTCCAACAC CAACATCAAC TGCTACACCA
ACACCGACAC CAACACCGAC AGTAACACCA ACCCCGACTC CGACACCGAC TGCTACACCA
ACAGCAACGC CAACACCAAC ATCGACGCCG AGCAGCACAC CTGTAGCAGG TGGACAGATA
AAGGTATTGT ATGCTAACAA GGAGACAAAT AGCACAACTA ATACGATAAG GCCATGGTTG
AAGGTAGTGA ACACTGGAAG CAGCAGCATA GATTTGAGCA GGGTAACGAT AAGGTACTGG
TACACGGTAG ATGGGGACAA GGCACAGAGT GCGATATCAG ACTGGGCACA GATAGGAGCA
AGCAATGTGA CATTCAAGTT TGTGAAGCTG AGCAGTAGCG TAAGTGGAGC GGACTATTAT
TTAGAGATAG GATTTAAGAG TGGAGCTGGG CAGTTGCAGG CTGGCAAAGA CACAGGGGAG
ATACAGATAA GGTTTAACAA GAGTGATTGG AGCAATTACA ATCAGGGGAA TGACTGGTCA
TGGATGCAGA GCATGACGAA TTATGGAGAG AATGTGAAGG TAACAGCGTA TATAGATGGT
GTATTGGTAT GGGGACAGGA GCCGAGTGGA GCGACACCAA CACCGACAGC GACACCAGCA
CCGACAGTGA CACCGACACC TACACCAACA CCAACGTCAA CACCAACTGC TACACCAACA
GCAACGCCAA CACCAACACC GACGCCGAGC AGCACACCTG TAGCAGGCGG GCAGATAAAG
GTATTGTATG CTAACAAGGA GACAAATAGC ACAACAAACA CGATAAGGCC ATGGTTGAAG
GTAGTGAACA CTGGAAGCAG CAGCATAGAT TTGAGCAGGG TAACGATAAG GTACTGGTAC
ACGGTAGATG GGGACAAGGC ACAGAGTGCG ATATCAGACT GGGCACAGAT AGGAGCAAGC
AATGTGACAT TCAAGTTTGT GAAGCTGAGC AGTAGCGTAA GTGGAGCGGA CTATTATTTA
GAGATAGGAT TTAAGAGTGG AGCTGGGCAG TTGCAGGCTG GTAAAGACAC AGGGGAGATA
CAGATAAGGT TTAACAAGAG TGACTGGAGC AATTACAATC AGGGGAATGA CTGGTCATGG
ATGCAGAGCA TGACGAATTA TGGAGAGAAT GTGAAGGTAA CAGCGTATAT AGATGGTGTA
TTGGTATGGG GACAGGAGCC GAGTGGAGCG ACACCAACAC CGACAGCGAC ACCAGCACCG
ACAGTGACAC CGACACCTAC ACCAGCACCA ACTCCAACCC CGACACCAAC ACCAACTGCT
ACACCAACAC CAACGCCAAC ACCAACCCCA ACCGCGACAC CAACAGTAAC AGCAACACCA
ACACCGACGC CGAGCAGCAC ACCGAGTGTG CTTGGCGAAT ATGGGCAGAG GTTTATGTGG
TTATGGAACA AGATACATGA TCCTGCGAAC GGGTATTTTA ACCAGGATGG GATACCATAT
CATTCGGTAG AGACATTGAT ATGCGAAGCA CCTGATTATG GTCATTTGAC CACGAGTGAG
GCATTTTCGT ACTATGTATG GTTAGAGGCA GTGTATGGTA AGTTAACGGG TGACTGGAGC
AAATTTAAGA CAGCATGGGA CACATTAGAG AAGTATATGA TACCATCAGC GGAAGATCAG
CCGATGAGGT CATATGATCC TAACAAGCCA GCGACATACG CAGGGGAGTG GGAGACACCG
GACAAGTATC CATCGCCGTT GGAGTTTAAT GTACCTGTTG GCAAAGACCC GTTGCATAAT
GAACTTGTGA GCACATATGG TAGCACATTA ATGTATGGTA TGCACTGGTT GATGGACGTA
GACAACTGGT ATGGATATGG CAAGAGAGGG GACGGAGTAA GTCGGGCATC ATTTATCAAC
ACGTTCCAGA GAGGGCCTGA GGAGTCTGTA TGGGAGACGG TGCCGCATCC GAGCTGGGAG
GAATTCAAGT GGGGCGGACC GAATGGATTT TTAGATTTGT TTATTAAGGA TCAGAACTAT
TCGAAGCAGT GGAGATATAC GGATGCACCA GATGCTGATG CGAGAGCTAT TCAGGCTACT
TATTGGGCGA AAGTATGGGC GAAGGAGCAA GGTAAGTTTA ATGAGATAAG CAGCTATGTA
GCGAAGGCAG CGAAGATGGG AGACTATTTA AGGTATGCGA TGTTTGACAA GTATTTCAAG
CCATTAGGAT GTCAGGATAA GAATGCGGCT GGAGGAACGG GGTATGACAG TGCACATTAT
CTGCTATCAT GGTATTATGC ATGGGGTGGA GCATTGGATG GAGCATGGTC ATGGAAGATA
GGGAGCAGCC ATGTGCACTT TGGATATCAG AATCCGATGG CGGCATGGGC ATTAGCGAAT
GATAGTGATA TGAAGCCGAA GTCGCCGAAT GGAGCGAGTG ACTGGGCAAA GAGTTTGAAG
AGGCAGATAG AATTTTACAG GTGGTTACAG TCAGCGGAGG GAGCGATAGC AGGAGGCGCG
ACAAATTCAT GGAATGGCAG ATATGAGAAG TATCCAGCAG GGACAGCAAC ATTTTATGGA
ATGGCATATG AACCGAATCC GGTATATCAT GATCCTGGGA GCAACACATG GTTTGGATTC
CAGGCATGGT CGATGCAGAG GGTAGCGGAG TATTACTATG TGACAGGAGA TAAGGACGCA
GGAGCACTGC TTGAGAAGTG GGTAAGCTGG GTTAAGAGTG TAGTGAAGTT GAATAGTGAT
GGTACGTTTG CGATACCGTC GACGCTTGAT TGGAGCGGAC AACCTGATAC ATGGAACGGG
GCGTATACAG GGAATAGCAA CTTACATGTT AAGGTAGTGG ACTATGGTAC TGACTTAGGA
ATAACAGCGT CATTGGCGAA TGCGTTGTTG TACTATAGTG CAGGGACGAA GAAGTATGGG
GTATTTGATG AGGGAGCGAA GAATTTAGCG AAGGAATTGC TGGACAGGAT GTGGAAGTTG
TACAGGGATG AGAAGGGATT GTCAGCGCCA GAGAAGAGAG CGGACTACAA GAGGTTCTTT
GAGCAAGAGG TATATATACC GGCAGGATGG ATAGGGAAGA TGCCGAATGG AGATGTAATA
AAGAGTGGAG TTAAGTTTAT AGACATAAGG AGCAAGTATA AACAAGATCC TGATTGGCCG
AAGTTAGAGG CGGCATACAA GTCAGGGCAG GCACCTGAGT TCAGATATCA CAGGTTCTGG
GCACAGTGCG ACATAGCAAT AGCTAATGCA ACATATGAAA TACTGTTTGG CAATCAATAA
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| Protein sequence | MKRYRRIIAM VVTFIFILGV VYGVKPWQEV RAGSFNYGEA LQKAIMFYEF QMSGKLPNWV
RNNWRGDSAL KDGQDNGLDL TGGWFDAGDH VKFNLPMSYT GTMLSWAVYE YKDAFVKSGQ
LEHILNQIEW VNDYFVKCHP SKYVYYYQVG DGSKDHAWWG PAEVMQMERP SFKVTQSSPG
STVVAETAAS LAAASIVLKD RNPTKAATYL QHAKELYEFA EVTKSDAGYT AANGYYNSWS
GFYDELSWAA VWLYLATNDS TYLTKAESYV QNWPKISGSN TIDYKWAHCW DDVHNGAALL
LAKITGKDIY KQIIESHLDY WTTGYNGERI KYTPKGLAWL DQWGSLRYAT TTAFLAFVYS
DWVGCPSTKK EIYRKFGESQ IDYALGSAGR SFVVGFGTNP PKRPHHRTAH SSWADSQSIP
SYHRHTLYGA LVGGPGSDDS YTDDISNYVN NEVACDYNAG FVGALAKMYQ LYGGNPIPDF
KAIETPTNDE FFVEAGINAS GTNFIEIKAI VNNQSGWPAR ATDKLKFRYF VDLSELIKAG
YSPNQLTLST NYNQGAKVSG PYVWDASKNI YYILVDFTGT LIYPGGQDKY KKEVQFRIAA
PQNVQWDNSN DYSFQDIKGV SSGSVVKTKY IPLYDGDVKV WGEEPGTSGA TPTPTATATP
TPTPTVTPTP TPTPTSTATP TPTPTPTVTP TPTPTPTATP TATPTPTSTP SSTPVAGGQI
KVLYANKETN STTNTIRPWL KVVNTGSSSI DLSRVTIRYW YTVDGDKAQS AISDWAQIGA
SNVTFKFVKL SSSVSGADYY LEIGFKSGAG QLQAGKDTGE IQIRFNKSDW SNYNQGNDWS
WMQSMTNYGE NVKVTAYIDG VLVWGQEPSG ATPTPTATPA PTVTPTPTPT PTSTPTATPT
ATPTPTPTPS STPVAGGQIK VLYANKETNS TTNTIRPWLK VVNTGSSSID LSRVTIRYWY
TVDGDKAQSA ISDWAQIGAS NVTFKFVKLS SSVSGADYYL EIGFKSGAGQ LQAGKDTGEI
QIRFNKSDWS NYNQGNDWSW MQSMTNYGEN VKVTAYIDGV LVWGQEPSGA TPTPTATPAP
TVTPTPTPAP TPTPTPTPTA TPTPTPTPTP TATPTVTATP TPTPSSTPSV LGEYGQRFMW
LWNKIHDPAN GYFNQDGIPY HSVETLICEA PDYGHLTTSE AFSYYVWLEA VYGKLTGDWS
KFKTAWDTLE KYMIPSAEDQ PMRSYDPNKP ATYAGEWETP DKYPSPLEFN VPVGKDPLHN
ELVSTYGSTL MYGMHWLMDV DNWYGYGKRG DGVSRASFIN TFQRGPEESV WETVPHPSWE
EFKWGGPNGF LDLFIKDQNY SKQWRYTDAP DADARAIQAT YWAKVWAKEQ GKFNEISSYV
AKAAKMGDYL RYAMFDKYFK PLGCQDKNAA GGTGYDSAHY LLSWYYAWGG ALDGAWSWKI
GSSHVHFGYQ NPMAAWALAN DSDMKPKSPN GASDWAKSLK RQIEFYRWLQ SAEGAIAGGA
TNSWNGRYEK YPAGTATFYG MAYEPNPVYH DPGSNTWFGF QAWSMQRVAE YYYVTGDKDA
GALLEKWVSW VKSVVKLNSD GTFAIPSTLD WSGQPDTWNG AYTGNSNLHV KVVDYGTDLG
ITASLANALL YYSAGTKKYG VFDEGAKNLA KELLDRMWKL YRDEKGLSAP EKRADYKRFF
EQEVYIPAGW IGKMPNGDVI KSGVKFIDIR SKYKQDPDWP KLEAAYKSGQ APEFRYHRFW
AQCDIAIANA TYEILFGNQ
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