| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_15000 |
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| Symbol | |
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| ID | 7313093 |
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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 | 1600795 |
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| End bp | 1603407 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643611943 |
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| Product | alpha-mannosidase |
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| Protein accession | YP_002509245 |
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| Protein GI | 220932337 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0383] Alpha-mannosidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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| Plasmid unclonability p-value | 0.303353 |
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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 | ATGTTATCAT TGTATTATGA TTTGAAGGCT ATTTATGATG CTGCTTATGC AGAATCTATG
GATGAAAGTA TAAAAAATTA TCTTCAGTAT CACTTACAAC AGTTAATTAA AGAATTTCCT
CTTTACGGCT GTAGCAGAGA AGAAATGGTT ATGGCGATAC CTAAAATAAA AGAATATATA
AACAATAAGA TTTATAAAGG ACATGAACAT TTTGGGAAAA ACGGCAAGAT TGCCCTGGTT
GCCCATTCAC ACCTTGATGT TGCTTACCAT TGGACGGCAA AACAGGCTAT TCAAAAAAAT
GCCAGGACAA CATTAATTCA ATTGAGATTA ATGGAAGAAT ATCCTGATTT TAAGTATGCT
CACAGTCAAG CCTGGACTTA TGAAAAACTT GAAAAATATT ATCCAGAACT TTTTGCTCAG
GTGAAAGAAC GAATAAAAAG TGGTCAATGG GAAATTGTAG GTGGTATGTA TATTGAACCT
GATTGTAATT TAATTAGTGC TGAAAGTTTT GTTCGACAAA TAGTCTATGG AAAATATTAT
TTTAAACAAA AATTTGGAAT TGATGTTGAT AACTGTTGGT TACCTGACGT TTTTGGTAAT
AGTCCAATTA TGCCACAGAT TTTAAAGTCT GGTGGACTTG AATATTTCGT TACCCATAAA
CTGTCTGTCT GGAATGATAC CAATAAATTT CCTCATAATG TCTTCCTGTG GAAAGGTTTA
GATGGTACAA CGGTTAATGC CTGTATACCA CCAATCCATT TTGTTACCTG GATGGATACT
GAAGAGACAA TAAATAACTG GAACCAATTT CAGGATAAAA ATGTGTGTGA TGAAACCTTA
CAATTATATG GTTATGGTGA TGGTGGTAGT GGTGTTACAG ATGAGATGCT ACAGTTATAT
GAACGTCAAC AGAAGTTGCC TGGTATTCCA GAACAAAGGT TGACTACAGC TAAAGAATAT
TTACATCGTA TATTTAAAGA CACGAAAGAT TTTGCAGTAT GGGATGGAGA TTTATATCTC
GAAATGCACC GGGGGACTTA TACAAGTAAG GCAAAATTAA AGAAATACAA CCGACAGGGA
GAATTTCTTG CCCAGGAAGT TGAAACATTA TGTACAGCTT GTGACATTTA TACTGGTGAT
TTTAAGGTGC AGAACAAACT TAAAAATATA TGGAAAAAAC TGTTAGTTAA CCAGTTTCAT
GATATTTTAC CTGGTAGTCA TACACAACCG GTTTATAAAG AAGCTATTGA GAATTATGAA
GAAATGTTTA CAGCTTTCAA TAATTTAAAG GAAAAGGCCC TGAAAAAAAT AACCAGTCCC
GGGGATGAAA TAGATTATGT TGCCTTTAAT GCTTTCAGCG ATGTTAGAAA TAAAGTAGCC
TATATTGATG CGAATAACTG GGATATTAAA TATAATGCCC TGAAAGATGA TGAGGGGAAT
ATTTATCCAG TTCAGAAGCA AATAAAAGCT GATGGTAGTA TTCAGTATGC AGTAAAAATT
CCTGACATCC CTGGGTTTTC ATTAAAACAA TTTAAAGCAA CAAGTACTGA CAAAATATCT
TCATCAATGA AAGTATCTCA GACAGAAATG GAAAATGACT ACTATATCTT GAAATTAGAA
TCCTCAGGAA AGATAGTAAG CCTTTATGAT AAAGTAAGAG AAAAATATGT TAATACTAGG
AATGAAGTAT TAAATAAATG GCAGATGTTT GAAGATAAAC CCGGCGCCCT AAACGCATGG
GATATTGTTG AAACTTATAA AAATCAGGAG ATTAATCTTC CTGATTGGGA AAATATAACA
GTTATAGAAG ATGGTCCGGT AAGTATTGCG TTAAGAATGG AGAGGAAATT TAGTAATAGC
AAAGCGGTGC AGGTCATCAG AATGTTTGAT AATAAACCTC AGATTGATTT TGATACCTGG
GTCGACTGGC AAGAAGAAGA AAAGTTATTA AAAGTAGCAT TCCCTGTAAA TGTAAGATCC
AGGACTTATT CCACTGATAC ATCAGCAGGT GGATTTGAGA GAATGAATCA TAAAAATACT
GGCTGGGAAC AGGGGCAATT TGAAGTTCCC TGTCATAAAT GGGTAGACAT ATCTGAAGGT
TTGTTTGGAG TCTCACTAAT GAATGATTGT AAGTATGGAT GTGATGTAGA AGATAATGTT
ATGAGGTTAA CCCTTTTAAA AGCCCCCATT TATCCTGATA GAACTAGTGA TAGAGAGGAA
CACACTTTCA CATATTCTAT TTTTACTCAT GATGGTAATA GACAGACAGG TGGTCTTGAA
GAGGCTGCCT ATGATCTTAA TTATCCTTTA ATCCTGGAGC AGGAAAGACG GTTAAAGGTT
AAAAAGCCTG TTTTAACAAT TAATGTCAAG AGTTTAAAAT GCCAGGCATT TAAATTAGCA
GAAGATGGTT CGTCAGATAT AATTTTAAGA TTAGCTGAGG TTTATGGTTC TCATGGAAAA
GCAAAAGTAC ATTTTAATTT TAATATTGAA GGCGTAAGTG TATGTAATAT TCTAGAAGAA
GAGCAAACAT CATTGCAGGT TAATGATAAC ACAGTTACAA TGGATTTTTC TCCTTACCAA
ATTATATCTT TAAGAGTTAA AAGGAAGTTG TAA
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| Protein sequence | MLSLYYDLKA IYDAAYAESM DESIKNYLQY HLQQLIKEFP LYGCSREEMV MAIPKIKEYI
NNKIYKGHEH FGKNGKIALV AHSHLDVAYH WTAKQAIQKN ARTTLIQLRL MEEYPDFKYA
HSQAWTYEKL EKYYPELFAQ VKERIKSGQW EIVGGMYIEP DCNLISAESF VRQIVYGKYY
FKQKFGIDVD NCWLPDVFGN SPIMPQILKS GGLEYFVTHK LSVWNDTNKF PHNVFLWKGL
DGTTVNACIP PIHFVTWMDT EETINNWNQF QDKNVCDETL QLYGYGDGGS GVTDEMLQLY
ERQQKLPGIP EQRLTTAKEY LHRIFKDTKD FAVWDGDLYL EMHRGTYTSK AKLKKYNRQG
EFLAQEVETL CTACDIYTGD FKVQNKLKNI WKKLLVNQFH DILPGSHTQP VYKEAIENYE
EMFTAFNNLK EKALKKITSP GDEIDYVAFN AFSDVRNKVA YIDANNWDIK YNALKDDEGN
IYPVQKQIKA DGSIQYAVKI PDIPGFSLKQ FKATSTDKIS SSMKVSQTEM ENDYYILKLE
SSGKIVSLYD KVREKYVNTR NEVLNKWQMF EDKPGALNAW DIVETYKNQE INLPDWENIT
VIEDGPVSIA LRMERKFSNS KAVQVIRMFD NKPQIDFDTW VDWQEEEKLL KVAFPVNVRS
RTYSTDTSAG GFERMNHKNT GWEQGQFEVP CHKWVDISEG LFGVSLMNDC KYGCDVEDNV
MRLTLLKAPI YPDRTSDREE HTFTYSIFTH DGNRQTGGLE EAAYDLNYPL ILEQERRLKV
KKPVLTINVK SLKCQAFKLA EDGSSDIILR LAEVYGSHGK AKVHFNFNIE GVSVCNILEE
EQTSLQVNDN TVTMDFSPYQ IISLRVKRKL
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