| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GYMC61_0534 |
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| Symbol | |
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| ID | 8524340 |
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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 | Geobacillus sp. Y412MC61 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013411 |
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| Strand | + |
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| Start bp | 533614 |
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| End bp | 536655 |
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| Gene Length | 3042 bp |
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| Protein Length | 1013 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | |
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| Product | glycoside hydrolase family 2 TIM barrel |
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| Protein accession | YP_003251698 |
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| Protein GI | 261418016 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAAAAAAA CATTAACAAC CCCCACATTA GAATGGCTTT CGGATCCTCG TGTGTTCGGG
GTTAATCGCC TGCCTGCCCA TTCGGACCAT ATTTATTATG AGACGTTGGA AGAAGCAAAA
AATGGAGTTT CCATGTCGAT GCGCTATGAG TTAAATGGAA ATTGGAAGTT TCACTATGCG
GTCAATCCAG CTAGCCGTCC CGCGAAATTT TATCAACTTG ATTTTGACTG CTCAAACTGG
GGCGATATTT CCGTACCAGG GCATATTCAG TTGCAAGGCT ATGGAACTCC CCAGTATGTA
AATACGATGT ATCCGTGGGA CGGTCATTGC GATGCTCGTC CTCCAGAAGT TCCTATGGAT
TATAATCCAG TAGGAAGCTA TATAAAAATT TTTAATCTTC CTGAACGTAT GAAAGGGAAA
CCGGTGTATA TTTCTTTTCA AGGAGTGGAG TCGGCGTTTT ATGTTTGGTT GAACGGGCAG
TTTGTCGGGT ATAGTGAGGA CTCTTTCACG CCGGCAGAAT TTGAACTTAC ACCTTTTATA
AAGGATGGAG AGAATAAGCT CGCGGTTGAG GTTTACCAGT ACAGCACCGG AAGTTGGCTT
GAGGATCAGG ATTTCTGGCG TTTTTCTGGA ATCTTTCGCG ATGTATACCT TTATACAGTG
CCAGATATTC ATGTCTATGA TTTACATGTT CGCGCCGAAT TGGATTCGTC CTATACGAGA
GGCATGTTAA CGGCGGACCT TACCTTTTTG TCTCCGGTAC CTGCCGGCTC TAGGTTTATC
GCTGAACTGT ATGATGCGAA AGGCGACCTT GTCGCCAAAA AAGACGGAGA GCTTCATAGC
GAAAAGGGGA CATTTTCCAT TGCGGTCGAT GAACCGGAAT TATGGAGCGC GGAGAAACCG
TATTTGTATA AGCTATATAT TCAGATTTTT AACGAGTTTG GCCAATTGGT AGAGGTTGTT
CCACAGAAGG TCGGTTTTCG AAGATTCGAG ATCATCAATA AAGTTATGCA CCTTAACGGA
AAACGGATTG TATTTAAAGG CGTTAACCGA CATGAATTTC ATTGCCGAAG AGGCCGGGCG
ATCACAAAGG AAGATATGCT ATGGGATATT AAAACATTGA AGCGTCATAA CATTAACGCA
GTCCGTACGT CACACTATCC GAATCAAAGC TATTGGTATG AACTATGCGA TGAATACGGC
ATCTATGTCA TTAATGAAAT GAATTTGGAA ACGCACGGAA CGTGGCAAAA AATGGGCCGT
GTCGACCCCA CATGGAATGT TCCAGGGAAC AATCGAGAAT GGCAAGACAT TGTTATGGAC
CGGGCGATTT CAATGTTTGA AAGGGATAAG AACCATCCTT CCATCCTGAT TTGGTCATGT
GGAAATGAAT CGTATGCTGG GGAAGTTCTG TTAAACGTCG CCAACTATTT TCGGTCAGTC
GATCCGAGCC GTCTTGTCCA TTATGAAGGA GTATTCCATG CCCGCGAGTA CAATGATATA
AGCGACATAG AAAGTCGTAT GTACGCAAAG CCTCATGAAA TTGAAAAGTA TTTAACAGAA
AATCCGGATA AACCATATAT CAGCTGCGAA TATATGCATG CAATGGGGAA CTCGCTCGGC
GGGATGTACA AATATACGGA TTTGGAACAA AAGTATCCGA TGTATCAAGG TGGTTTTATT
TGGGATTTCA TTGATCAAGC CCTTGTGAAA AAAGATCGTT ATGGAAAAGA ATTTTTGGCA
TATGGAGGGG ACTTTGGCGA CCGTCCAACC GATTACGGTT TCTGTACGAA CGGAATTGTC
TATGCCAACC GGGAGTTGTC ACCGAAGATG CAGGAAGTAA AATATCTTTA TCAAAACTTT
AAGCTTTCAC CGGATCAATA CGGTGTCAAT ATTAGAAATG AAAGTCTTTT CACTGACACA
AGTGAATATG ATTTAGAATA CGTCCTATTC CTTGAAGGGA GAGAGTTGTA TCGAAGCAAG
CTGAATGTAT CGGTAGCACC GCAGGAAGAG AAAAGAGTCG AGTTCGACTG GCCCCTTGGG
ATGATGGCAG ATGCAGGTGA ATATTGCATT CATGCATCAT TTAAATTGAA AGAAAAAACA
CTTTGGGCTG ATGCTGGTTA TGAGGTGGCA TTCGGCCAGT TTGTATTCCA GATTGGTTCC
AAGGAATTCG TTGTTCCTAG CGGAAAGTTA AAAGTTGTCC ATGGTGATGT CAACATTGGG
GTGCACGGCA AAGATTTTAC GATCATGTTT TCCAAACAGG CAGGAAGCCT AGTTTCAATG
AATTACGCAG GCAAGGAGAT GATTGCGGCC CCTCCTGCAC CATTGTTTTG GAGGGCCACG
ACTGATAATG ACCGAGGTTT TTTGCAAGAC TTCTATTCGG GGCTTTGGTA TGCGGCGAGT
TTGGCGCGTA AATGTGTAAA AGTCGATGTG AAAGAGGAAG CGGCCCAAGT AAATGTCACC
TTTACCTACA AATTTTCCAT TAACCCCGAA TTGGAAGTGA AAATTGGTTA TACCGTTTAT
GCTGATGGCA GCATTCGCGT GAAGGTGGTC TATCATGGAG TCGAGAATCT TCCGTCAATG
CCGATTTTTG CGGTATCATT CAAGGTTCCA GCCGACTATA ATCAACTCGA GTGGTATGCA
ATGGGGCCCG AAGAAAACTA TGTCGATCGC TCAAAGGGGG CAAGACTTGG AATTTTTAGA
AATCAAGTAT CTGACAATGT ATCGCGCTAT CTCAAACCGC AGGAATCAGG AAACAGAACA
GGTGTTCGTA AAGTAAGCTT AACGAACAAC AATGGACAGG GAATAAAAAT TTCTTCTATA
ACTGAACCGT TGGAATGCAA CTTTTCGCCA TACACAGCTT TTGAACTTGA ACATGCCAAT
CATCATTACG AGCTGCCCAA TATTCATTAT ACGGTTGTCA CGGTAGCAGG TCGACAAATG
GGAGTTGGCG GGGACGACAG CTGGGGCGCC CCAGTTCACG ATGAATACGT CATAAAGGCA
GATCAAGACA TGGAATTTGA GTTTGTGATT CATAAAGTTT AG
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| Protein sequence | MKKTLTTPTL EWLSDPRVFG VNRLPAHSDH IYYETLEEAK NGVSMSMRYE LNGNWKFHYA
VNPASRPAKF YQLDFDCSNW GDISVPGHIQ LQGYGTPQYV NTMYPWDGHC DARPPEVPMD
YNPVGSYIKI FNLPERMKGK PVYISFQGVE SAFYVWLNGQ FVGYSEDSFT PAEFELTPFI
KDGENKLAVE VYQYSTGSWL EDQDFWRFSG IFRDVYLYTV PDIHVYDLHV RAELDSSYTR
GMLTADLTFL SPVPAGSRFI AELYDAKGDL VAKKDGELHS EKGTFSIAVD EPELWSAEKP
YLYKLYIQIF NEFGQLVEVV PQKVGFRRFE IINKVMHLNG KRIVFKGVNR HEFHCRRGRA
ITKEDMLWDI KTLKRHNINA VRTSHYPNQS YWYELCDEYG IYVINEMNLE THGTWQKMGR
VDPTWNVPGN NREWQDIVMD RAISMFERDK NHPSILIWSC GNESYAGEVL LNVANYFRSV
DPSRLVHYEG VFHAREYNDI SDIESRMYAK PHEIEKYLTE NPDKPYISCE YMHAMGNSLG
GMYKYTDLEQ KYPMYQGGFI WDFIDQALVK KDRYGKEFLA YGGDFGDRPT DYGFCTNGIV
YANRELSPKM QEVKYLYQNF KLSPDQYGVN IRNESLFTDT SEYDLEYVLF LEGRELYRSK
LNVSVAPQEE KRVEFDWPLG MMADAGEYCI HASFKLKEKT LWADAGYEVA FGQFVFQIGS
KEFVVPSGKL KVVHGDVNIG VHGKDFTIMF SKQAGSLVSM NYAGKEMIAA PPAPLFWRAT
TDNDRGFLQD FYSGLWYAAS LARKCVKVDV KEEAAQVNVT FTYKFSINPE LEVKIGYTVY
ADGSIRVKVV YHGVENLPSM PIFAVSFKVP ADYNQLEWYA MGPEENYVDR SKGARLGIFR
NQVSDNVSRY LKPQESGNRT GVRKVSLTNN NGQGIKISSI TEPLECNFSP YTAFELEHAN
HHYELPNIHY TVVTVAGRQM GVGGDDSWGA PVHDEYVIKA DQDMEFEFVI HKV
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