| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_14420 |
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| Symbol | |
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| ID | 7313982 |
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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 | 1530512 |
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| End bp | 1533658 |
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| Gene Length | 3147 bp |
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| Protein Length | 1048 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643611882 |
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| Product | Alpha-mannosidase |
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| Protein accession | YP_002509186 |
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| Protein GI | 220932278 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 39 |
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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 | ATGGAACCTG ACTATCTCGA TTTACTAATC CGTGATATTA ATAAAAGCCG CTTTGACTAT
AGACTACCCC TGGATAACTG GAAGATGGAA GAGGTAGAGT ATATAAAGCC CGGGTGTTAT
AAAAAAACCG GGTGGACAGG GACAATAAAC CCTGGTGATG AATGGGATAA TACCGGTAAA
ACCTTTTATT TTACCAGAAA AGTGGAGGTT CCCCGGGAAC TTATCGGAAA GAAAATTTAT
CTTGAGGTGG ATATCGGGGG CGAGAGTGCC ATTTATATTA ACGGAAGTTT GAAAAGGGGG
TTAAATGAAG AGTTAATATT ACTGTCTGAG AGGGCAGAAG CAGAGTACGA TATTTTAATT
GAAGCTACTT ATGATGTTCA TAATTATGTA AAATACCCCC GTTTTCATGG GCGGGAATAC
CCCCGTCATT TCTTTAAGAA AGTCAACCTG GTAGTTCTCA ATGAATTAGT TGATGAATAT
TATTACTTTT TAAGTGTTAT TAAGGACTTA CTGAATGTTA TTTCATCCCG GGAGGAAGAA
CATCTGTTAA GGAAGGCCTT AGAGGATTCT TTAAAAGAGA TTGAGTTTCA TACCGATAAC
AGGGGAGTTT ATGTAAATTC AATCAAAGAG GCCCTCCAGG TTTTAAAAAA AGGCCTGTCC
CGTCTGGAAA AGTATAAACA CCCGGGAGAA TTGGTCTTTA CTGCCCATTC CCACCTGGAT
CTGGCCTTTA AATGGACCCT TAAAGAAACG ATACGCAAGA GCAAACGCAC CCTGTCAACC
ACGGTAGATT TAATGGAGCG TTATCATGAC CTGTTTTTTG TCCAGAGCCA GCCCCAGTTG
TTGAAATATG TTAAGGACAA TTACCCCCGC TTATATAGAA AAGTAAAGCA GCAGGTAAGG
GAAGGTAGGC TGGAGCCCAT TGGTGGAATG TGGGTAGAGA GTGATACCAA TCTTACTTCC
GGGGAGTCAT TGATAAGACA GATCCTTTAT GGAAAGAAGT TTTTAGAAAA GGAGTTTGGA
ATCAGAACGA GAACCTGCTG GCTACCTGAT TGTTTTGGTT TTAGTGCTAT TTTGCCCCAG
ATCCTGAAAA AATCGGGCCT GGATTATTTT ATAACTACAA AATTGAACTG GAATGATACC
AACGAATTCC CCTATAATAC CTTTGTCTGG CAGGGTGTTG ATGGTAGTGA AGTTTATGGT
TATCTTCTGC CCCGGGGATA CGGGGGTGAG ATAGAACCCC GTGAAATCCT GAATTGCTGG
GATAATTTTA AGAACAAAGC AGAAGCCAAT AACCTGTTAT ATCTTTATGG CTACGGTGAT
GGCGGTGGTG GAATAACGGA AGAGATGATG AAAAGGTTAA AGGCAACCTC AGAGATTCCC
CTTTTACCTG ACTGTAAATT TTCCAGGGTG GAAGACCATC TTCAGGAGTT ATTTAATGAT
GCGGAACTAC CACACTGGAG AGGGGAGCTT TATTTAGAAA AACACCGCGG TGTTTATACT
TCCCAGGCTA TATTAAAAAA GAAAAACCGT CATTCTGAAT TGCTATATCG AAAAGCTGAA
TTATTATCTG TTATCAGTAC TTTACTGGGC CATGAGGTGG ACTACCGGTC ACTCCACCAG
GGATGGGAAC TGATTTTAAA GAATCAATTC CATGATATTT TGCCTGGTTC CTGTATCCGG
GGAGTGGTTG ATGATGCCCT TAAAGATTAT GAAAAGGTTG AGGCTATCGG AGAAGAGGTA
GTTACAGATT CTCTTCAGGG TATTTTTGAA AATGTGAATA CAGATGGTGA TAGCATAGTA
GTCTTTAATA CCCTTTCCTG GGAAAGGACT GACCTGGTTG AGATAAATTA TGAGGGTCAG
AAATTTAGTG TAGTTAGAGA TGAAAATGGT AAAATCCTTC CGGTTCAATG GAAGGGAGAT
TATGGATATT TTGTTGCAGA AAATATACCT CCTTCTGGGT ATAAATGTTA CACCCCGGTA
TTTGAAGATG ATGAAAACGG GGATAGGATA AACAGTGTTT ATGATGAAGA GGCAATAATG
GGTAGTCATG GAGACGGGTC TCAATTGGAC CATGTTTATG AAAAGAAAGA TAAGAAATTT
TCTTTAGAAA ATAAGTATTT TTACCTCGAG TTTAATGACA GGGGTAATTT GACAACATTA
TATGATAAAA GGGTTGATAG GGATCTTATT CCTGAAGGTG AAGAGGGGAA TAATCTTCAG
TTATTTGAGG ATAAATCTAC CTACTTCGAT GTCTGGGATA TCAGGATCTC TGAAGATAAG
AAGTATAATG TAGAGGATGT TGAGGAGATT GGGTACGGTC AGAATGGTCC TGTCTACAGG
TCCCTTGTTA TAAAAAAGGC TTTTAACAGG TCAAAAATCA CACAGGAAAT TATTATTTAT
GATAGTATCC CCAGGATAGA TTTTAAAACA GAGGTTGACT GGCAGGAACG GCAGATGTTA
TTAAAAGCAG CCTTTCCTCT TGATATTCAA TCTGACAGGG CGACCTATGA TATTGGGTTA
GCCAGTATAG AAAGGTCCAC TCACCGGAAT ACTTCCTGGG ACCGGGCCCG CTGGGAGGTA
CCTGCTCATA AATGGGCTGA CCTTTCCGAA TATGGGTATG GAGTAAGTCT GTTAAATAAC
TGCAAATATG GTTATGATAT TAAAGATAAT ATTATGAGAA TTACCTTATT AAAAGGAGGT
ATATTTCCTG ATCCTGAGGC TGATCTTGGT ATTCATAATT TTACCTATTC TCTGTTTCCC
CATGTTGGGG ATTTAAGGGA AGGAGGGACC ATTAAGCAGG GTTATTATTT AAATGAGCCC
CTGAAAGGGC TAACTGTAAT AGATGTTAAA GGGCAAAATA TTTTACCACC TTCTCATTCC
TTTGTTAATC TGGATAGTGA TAATGTTGTC CTGGAAACCC TTAAGTTTGC CGAAGAAGGT
CAGGGGATTA TTATTCGTTG TTATGAGTCA TATGGCCAGA AGAGTAAAGT TACCATTGAA
TTTTTTAAAC CCCCGAACTG GGTAATTGAA TGTGACCTCA TGGAAGAACC CCTTGATAAT
AATTCTGAGA TCAGGGTTAG GGGAAATAGA TTTTCATTTG AGATTAATCC ATATGAAATT
AAAACTTTTA AGATAGATGT AACCTGA
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| Protein sequence | MEPDYLDLLI RDINKSRFDY RLPLDNWKME EVEYIKPGCY KKTGWTGTIN PGDEWDNTGK
TFYFTRKVEV PRELIGKKIY LEVDIGGESA IYINGSLKRG LNEELILLSE RAEAEYDILI
EATYDVHNYV KYPRFHGREY PRHFFKKVNL VVLNELVDEY YYFLSVIKDL LNVISSREEE
HLLRKALEDS LKEIEFHTDN RGVYVNSIKE ALQVLKKGLS RLEKYKHPGE LVFTAHSHLD
LAFKWTLKET IRKSKRTLST TVDLMERYHD LFFVQSQPQL LKYVKDNYPR LYRKVKQQVR
EGRLEPIGGM WVESDTNLTS GESLIRQILY GKKFLEKEFG IRTRTCWLPD CFGFSAILPQ
ILKKSGLDYF ITTKLNWNDT NEFPYNTFVW QGVDGSEVYG YLLPRGYGGE IEPREILNCW
DNFKNKAEAN NLLYLYGYGD GGGGITEEMM KRLKATSEIP LLPDCKFSRV EDHLQELFND
AELPHWRGEL YLEKHRGVYT SQAILKKKNR HSELLYRKAE LLSVISTLLG HEVDYRSLHQ
GWELILKNQF HDILPGSCIR GVVDDALKDY EKVEAIGEEV VTDSLQGIFE NVNTDGDSIV
VFNTLSWERT DLVEINYEGQ KFSVVRDENG KILPVQWKGD YGYFVAENIP PSGYKCYTPV
FEDDENGDRI NSVYDEEAIM GSHGDGSQLD HVYEKKDKKF SLENKYFYLE FNDRGNLTTL
YDKRVDRDLI PEGEEGNNLQ LFEDKSTYFD VWDIRISEDK KYNVEDVEEI GYGQNGPVYR
SLVIKKAFNR SKITQEIIIY DSIPRIDFKT EVDWQERQML LKAAFPLDIQ SDRATYDIGL
ASIERSTHRN TSWDRARWEV PAHKWADLSE YGYGVSLLNN CKYGYDIKDN IMRITLLKGG
IFPDPEADLG IHNFTYSLFP HVGDLREGGT IKQGYYLNEP LKGLTVIDVK GQNILPPSHS
FVNLDSDNVV LETLKFAEEG QGIIIRCYES YGQKSKVTIE FFKPPNWVIE CDLMEEPLDN
NSEIRVRGNR FSFEINPYEI KTFKIDVT
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