| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_2076 |
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| Symbol | |
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| ID | 7408785 |
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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 | 2195042 |
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| End bp | 2198161 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643716443 |
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| Product | glycoside hydrolase family 2 sugar binding |
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| Protein accession | YP_002573926 |
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| Protein GI | 222530044 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGAACATCA ACTTTAAAAT AAAACCATTC TGGTTTTGGA ATGGGAAAAT GGAAAATGAT
GAAATAGCAG ATCAAATAGC TCAGATGCAT GAAAAAGGAA TTGGTGGATT CTTCATTCAT
CCACGGCAAG GTCTCGAAAT ACCCTATCTT TCTCACGAGT GGTTTGAAAA GGTTTCTGTT
GCAATTGAAT GTGCAAAAAA ATATAACATG GAAGTGTGGC TTTATGATGA ATATCCTTAT
CCAAGTGGAA TTTCAGCTGG TGAAGTAGTT GTTCAGCATC CTGAATATCA AGCTTTTATA
TTAGATTATA AAGTGTTTGA GGCAAAAGAT AATGAAGAAA TTTGCATTGA AATTCCCATG
TGTGAAGTGT TATTAGCAAG AGCTTATAGA ATAAGGAACA ATATTATAGT ATGGAATGAA
TACATAGATT TGATTGATTA TATTGGTGTA ATCTACAAAG AACACATTTA CCAAGAAAGT
GGGCTTACGT TTTACAATAG GAAAAGATAC TTTGTTGGAG ATGGGGCAAA AGCACTTAAA
TGGAAAGTAC CAAAAGGAAA GTGGAAGATA TTTTTGTTTT ATCAGTATCC ATTAAAAAAT
TTTAAATATT TCGGGACATT TATTGATCCT CTAAATAAAG ATGCTGTAAG ACTGTTTATT
CAAACCACTC ATGAAAAATA TAAAAAATAC TTGGGTCATG AGTTTGGAAA AACAATTAAA
GGAATTTTTA CAGATGAAAC AGCTCCAGTT GCTGGCAAAC TTCCTTGGTC AAAATTGCTT
CCTAAGCTTT TTGAGCAAAC ATATGGGGAA AATCTTATTG AAAAATTACC TCAAATTATT
TGCACAGACA TATTTGATAC AGCCGGTTCA AAAATTAGGT ATCAGTTTTG GAAACTTGTT
GTGGACACAT TTATTGAGAG CTACGACAAA CAAATTCTTG AATGGTGTCA TCAGAACAAT
CTTTTGTATG TGGGCGAAAA GCCAATTTTG AGAAGCTCAC AATTAGCTTT TATGGACATT
CCCGGAATAG ATGCAGGGCA CCAAAAGGCT GGTGACATTC CACAGGTTGT ATCTGAAAAC
TACAGAGCAA ATCCAAAGAT AGCATCATCT GCCGCTCACT TTTATAAAAA GGAAAGGGTT
TTGTGTGAAT GCTTTCACAG TATTGGCTGG AGCATGACAA TGCAAGATAT GAAATGGATA
TTTGACTGGC TAATATTGCA GGGAATAGAT ATGTTTGTCC CCCATGCCTT TTATTATAGT
GCAGATGGAC TCAAAAAACA CGATGCCCCA CCTTCAGCCT TTTTCCAAAT GCCTTGGTGG
AAACATCAAA AAATATTGTC TGAGTATGTA GAAAATGTAA CTAAAATGCT TAAAAATTGT
AAAAGAAAAG TTGATGTACT TATAGTAGAT CCAATTACAA GCCAGTGGAC CTGTTTTAAC
GACAAAGAAG TAAAAGAGAA GATTTCGATG GATTTCTGTA GAATTCAGCA AATTCTTTTA
GAAGAAAATG TAGACTATTA TGTGATTGAC CAGTCATTAG TAGGAAGTTT GGAATGCAGG
AATCAGAAGA TTTATTATGA CAATGAAAAA TTTGAATTAT TGATCATTCC ACCTGTGACC
AATTTAGAAA AAGAGGCTTA CATGAAGATA AAAGATCTAA TATTGAAAGG ATGTAAAGTT
GTATTTATTG GCTGTTTGCC ATTCCAAACC ATCGAAGATT TTGATGTTGC CAAAGATATT
AGCAATTTTC TTGGAGTAAA TTCTATGGAC ATCGCAAAAG CATATAAAAC AGGTTCTAAA
TTGAACAATA CAGTTTTTCT TAACAGTTGT ATCTTCATTG GTAATATAGA AGATTTAGTA
GCAAAAATTG ACAAGATTTG TAAAAAGCCT GTAAGTATAT CATATGAATC TTCTAATGAC
CGTGGTATTC TCTGTGCTTA CTTTGAGGAC GCAGAACACG ACTTTTTATT TATGATTAAC
CCAACTAATG AAAAGAAGAT CTGCAAAGTA TACTTGCGGT ACAGGCCTGA TGAAATAAAC
AAAATTTATT CGGTTCCATT GACATCGCAA GAACTTGATA AGGAAATAAA TTTCGAAAAT
TCTTTAGATA AAAAGCAAAT AACTTTTTCC ATGAATTTTG AACCTTTTCA ATCGTATTTA
ATTAAATTAG AAAAAAGTTT TGTTAAGAAA AACGACCATA AAAATGATGT TGAAAAGAGA
GTTTTTGAGT ACAAAATCCC TCTTGCAACT GTTTGGGAAT TTTCAATTGA GAGTTTAAAT
CCTTTAAGGC TCGGCAGATG GAATTTAAAG TTGATTTTCA ACAACGAAAA TGAACAGTAT
TCAATATCTT CAAAAATTCC AGTTACACCA AAACCAATAA TTGATCAGAT AGAAGAGGCA
AAAATTCCAA TACCACTAAA AACAAAAAGT TTCTTTGGAT GTCCAAAAGA AATAACATTG
CCAAGCTTTG AGGCAATATA CACTACTTCA TTTTTTATAG ATGCAGCAAG CCAAAAATTC
TGGCTTGTAA TTGAAGATGA AGGTATAAAA GGTGAATGGG TTGTGCTTTT GAACAATCAT
ACTATTTTAC CAAGAGATTT TGTACTTAAA AGATTTTATT CTCATACTAA TTTGGCATAT
GATATTAGCA ACTTAATTAA ACTGGGGGAA AATCAGCTTT GTGTATGTGT AAAGATTAGC
AGGTCTTTTG ATGGACTTCT TACACCCATT TATATCTTCA GCACGGCAGG TGTATTCAAA
GTTGATGATA GCTGGCATAT AGACAAACTT CCAACTCAAG GCTGCTTTGG TAAAGACCTT
GAAAATGGCA TTCCTTTTTA TGCTGGTTTT ATAAAGTACG AAAAAGAAGT TCAAATGCCA
TCTTTTGAAA ATGGTTTTGT GGAATTCTTT ATTGAAGATA ACATAAATCA GTGTGTAAGT
CTTTATATAA ATGATGAATT TATAGGTACA AGGTGCTGGC AGCCTTATAG ATGGAAGGTA
GATTCTGATT TACTTTCTTC AAAGAAGGTA AAGCTCACAC TTGAAGTATC AACTTCGAGC
CTGCAGCTGT TCGAAGGTGA AGTTATTGAA CCAATAACAC ATAAAATTAA GACAATATAA
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| Protein sequence | MNINFKIKPF WFWNGKMEND EIADQIAQMH EKGIGGFFIH PRQGLEIPYL SHEWFEKVSV
AIECAKKYNM EVWLYDEYPY PSGISAGEVV VQHPEYQAFI LDYKVFEAKD NEEICIEIPM
CEVLLARAYR IRNNIIVWNE YIDLIDYIGV IYKEHIYQES GLTFYNRKRY FVGDGAKALK
WKVPKGKWKI FLFYQYPLKN FKYFGTFIDP LNKDAVRLFI QTTHEKYKKY LGHEFGKTIK
GIFTDETAPV AGKLPWSKLL PKLFEQTYGE NLIEKLPQII CTDIFDTAGS KIRYQFWKLV
VDTFIESYDK QILEWCHQNN LLYVGEKPIL RSSQLAFMDI PGIDAGHQKA GDIPQVVSEN
YRANPKIASS AAHFYKKERV LCECFHSIGW SMTMQDMKWI FDWLILQGID MFVPHAFYYS
ADGLKKHDAP PSAFFQMPWW KHQKILSEYV ENVTKMLKNC KRKVDVLIVD PITSQWTCFN
DKEVKEKISM DFCRIQQILL EENVDYYVID QSLVGSLECR NQKIYYDNEK FELLIIPPVT
NLEKEAYMKI KDLILKGCKV VFIGCLPFQT IEDFDVAKDI SNFLGVNSMD IAKAYKTGSK
LNNTVFLNSC IFIGNIEDLV AKIDKICKKP VSISYESSND RGILCAYFED AEHDFLFMIN
PTNEKKICKV YLRYRPDEIN KIYSVPLTSQ ELDKEINFEN SLDKKQITFS MNFEPFQSYL
IKLEKSFVKK NDHKNDVEKR VFEYKIPLAT VWEFSIESLN PLRLGRWNLK LIFNNENEQY
SISSKIPVTP KPIIDQIEEA KIPIPLKTKS FFGCPKEITL PSFEAIYTTS FFIDAASQKF
WLVIEDEGIK GEWVVLLNNH TILPRDFVLK RFYSHTNLAY DISNLIKLGE NQLCVCVKIS
RSFDGLLTPI YIFSTAGVFK VDDSWHIDKL PTQGCFGKDL ENGIPFYAGF IKYEKEVQMP
SFENGFVEFF IEDNINQCVS LYINDEFIGT RCWQPYRWKV DSDLLSSKKV KLTLEVSTSS
LQLFEGEVIE PITHKIKTI
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