| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_09480 |
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| Symbol | |
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| ID | 7313441 |
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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 | Halothermothrix orenii H 168 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011899 |
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| Strand | + |
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| Start bp | 1021672 |
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| End bp | 1024194 |
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| Gene Length | 2523 bp |
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| Protein Length | 840 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643611387 |
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| Product | glycoside hydrolase family 31 |
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| Protein accession | YP_002508699 |
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| Protein GI | 220931791 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1501] Alpha-glucosidases, family 31 of glycosyl hydrolases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.000000232453 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGGCTTTTG GAAAACCGGT TGTTCCCGAT GAGCCGGTAA TTGCAGATAT TGCTCCATCC
CCCTTTGACT GGAACAGAAA ATGTTGTGAA AACGGTGAAG ATACCATATC AATACTGGTC
TGGGAAGATC CCGAAATTGA TGCTTATATT CTTCTGGGAG ATTATCAGGA AGCCCTGAAT
AAATACTATG ATTTGACCGG TTATCCGTCC CTGATGCCAA AATGGTCTCT TGGTTTTATA
CAGTGTAAAA ACCGTTATAA AAGTGCGGAA GAGGTATTGA GGATTGCCAG GAAGATGAGA
GAAAAGGAAA TACCATGTGA TTGTCTGGTT ATTGACTGGA TGTGGTTTAA ACAGTTCGGT
GACCTGGAAT GGGATGGTAA ATATTTTCCT GAAAATATGA AGGAGATTAT AAAAGAGATT
AACGATCTTG GTATTCAGAT AATGCAGGCC CAGCATCCCT TTATTGAAAG GGATAGTCTT
AAGTATAATA AATTTAAAGA AAAAGGACTT ATCACCAGAG TTCCTGAAGG GGCTAGACCC
ACTTTTGATC ATTTTCATCC CGATGCAAAA AAAGAATGGT GGAATGAAAT TTCCAGACTG
TATGATGATG GAGTAAGAGG CTACTGGACT GATATGGGTG AGCCTGAATT TGACTTACCG
GGTAGCGAAA ATTCACTGGG GTCAAGGGAA AAATATCATA ATATGTATAC CTATCAATGG
AGTAAAAATC TATATGAAGC CCAGACTGAA GACAAAAAGA CTCGCCCCTT TATTCTGGCA
AGAACCATGA GCCTTGGTAT TCAAAATTAT AATACTGCTT TATGGTCAGG TGATGTATTT
GCCAGCTGGC AGATTTTAAA GGATAGTGTT ATTCAGGGAC AAAATGTATC TATCTCAGGA
CAGCCTTACT GGTGTACTGA TATTGGAGGA TTCCATGCTG ATCCCCGATT TACACCGGAA
ATGTATGTCC GCTGGTTTGA ATTTGGAACT TTCTGCGGTA TTTTTAGAAC TCATGGTACA
AAAGTAGAGA ATGAACCCTG GTCCCATGGT CAGGATACAG AAGAAATTGT AACCGACTAT
ATTAAACTAC GCTATAGTTT AATGCCATAC ATTTATTCTT TAACTAAAGA GATGACCGAA
AACGGAGTCA GTCTGGTAAG ACCATTAATA TTCGACTACA ATGATCGTCG GGTCATGGAA
TATCCCTATC AGTATATGTT CGGGGATATT CTGGTATCAC CTGTTGTCGA TAATGGGTCC
AGAACAAAAA CAACCTACCT TCCAGACGGT ATCTGGTATG ACTTTTATAC GGGGGAAAAG
CTTCATGGCA GTCAGGAAAT AACTTCACTG GCACCAGTTG AAAAACTGCC ACTTTATGTA
AGGAACAACT CAATTATAAT AAGAGGGAAT ATTGAACAAA ATGCTGTTGA CATAAACAAA
GAGTATGATA TTAATGTATA TGGTAATGAT GGGGATATAA AATATATTTA TGAAGATAAT
GGAACAACCT ATGAATATGA GAGTGGCAAA TATAATAAGA TAAAGGTCGA ATTATCGGGT
GGAAAGTTGA TTATAACTAC TGAGAATCAT GGTTATAAAA TAGATAATAA AACCAGAAAG
CTTACAGTAA CCCATGTGGT CGACAAATAT AAGAAGGCTT CTAAAAGTTT TGAGTATGAA
CTGGGAACGG TCAGGGAAGT TAAACTTTCT GACCTTGAAT TGGAAACAGA AGAAGATAGG
AAACAAGACC TTGAACTTTT TGTAGATACC ATGGACAGGC GCTACAACGG TCAGGTTAAA
ATGAATATCT TACTGGTTAA TAATACTAAA GAAACCAGGA AATATGTGCT TGACATCGAA
AAACCAGTAC ACTATTATGT TGAAGGTATT CCAAATCGTC CTGTTGAAAA ATTTGAAGTA
AACGATTACT ACCATAAGCA AGTACTGTTT AAGCCATTAA CCGACAAAAT GCCCCAGTGT
GAAGAAGTGA AAGTTTATAT TAAGGACAAT GATGGTAATG TTGTTTTCGA AAGGAATGTA
AATGTTGGTA ATGGTTATGC AAAAAAATGG AGAGTGGCTG TTTCTAAAGA GCATATTACT
GATAAAGACC TTTTCTTCGA TGTATCTGAA AGGGAGAATA ATGCCTGGGG TTATGTAAAA
TTACTGAGTT ACCTCAATAT TGATGCTAAA GGTGTGTGCC CGGTTGACTT CCTGGATTAT
TCCGTAAAGA AAGGATATGC TAAAGGTTTT GTAAATATTG AAAGTGATAA AGATAAAGAA
GTATATTTCA GGGTTAAAGG GGAGACAACC ATTAAAGTTA AGGTTAATGG GAAAACAATT
ATAGACACAG ATGATTATGC AATTGATGAA TTAGTTAAAA CTAGACTAGA ACAGGGTGAA
AACAGGGTAG ATGTAGAACT TACCTTTGAA TCAAACCATC CCTACACCGG ACGTGAATTT
GGCTTTTCAA TTCAAGTTTT AAATGAAGAT ATGGAGATTG ATAAGGATAT CTTATTCTAT
TAA
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| Protein sequence | MAFGKPVVPD EPVIADIAPS PFDWNRKCCE NGEDTISILV WEDPEIDAYI LLGDYQEALN
KYYDLTGYPS LMPKWSLGFI QCKNRYKSAE EVLRIARKMR EKEIPCDCLV IDWMWFKQFG
DLEWDGKYFP ENMKEIIKEI NDLGIQIMQA QHPFIERDSL KYNKFKEKGL ITRVPEGARP
TFDHFHPDAK KEWWNEISRL YDDGVRGYWT DMGEPEFDLP GSENSLGSRE KYHNMYTYQW
SKNLYEAQTE DKKTRPFILA RTMSLGIQNY NTALWSGDVF ASWQILKDSV IQGQNVSISG
QPYWCTDIGG FHADPRFTPE MYVRWFEFGT FCGIFRTHGT KVENEPWSHG QDTEEIVTDY
IKLRYSLMPY IYSLTKEMTE NGVSLVRPLI FDYNDRRVME YPYQYMFGDI LVSPVVDNGS
RTKTTYLPDG IWYDFYTGEK LHGSQEITSL APVEKLPLYV RNNSIIIRGN IEQNAVDINK
EYDINVYGND GDIKYIYEDN GTTYEYESGK YNKIKVELSG GKLIITTENH GYKIDNKTRK
LTVTHVVDKY KKASKSFEYE LGTVREVKLS DLELETEEDR KQDLELFVDT MDRRYNGQVK
MNILLVNNTK ETRKYVLDIE KPVHYYVEGI PNRPVEKFEV NDYYHKQVLF KPLTDKMPQC
EEVKVYIKDN DGNVVFERNV NVGNGYAKKW RVAVSKEHIT DKDLFFDVSE RENNAWGYVK
LLSYLNIDAK GVCPVDFLDY SVKKGYAKGF VNIESDKDKE VYFRVKGETT IKVKVNGKTI
IDTDDYAIDE LVKTRLEQGE NRVDVELTFE SNHPYTGREF GFSIQVLNED MEIDKDILFY
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