| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_1096 |
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| Symbol | |
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| ID | 5876738 |
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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 | Thermoanaerobacter sp. X514 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010320 |
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| Strand | + |
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| Start bp | 1135658 |
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| End bp | 1138792 |
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| Gene Length | 3135 bp |
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| Protein Length | 1044 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 641541450 |
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| Product | Alpha-mannosidase |
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| Protein accession | YP_001662730 |
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| Protein GI | 167039745 |
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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 | 12 |
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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 | ATGTATTTTC AATTAGAAAG AATAGAGCGT ATTTTAAAGG AATTAGAAAG TTATATTTAT
TCGCAAGAGG TTCCAGTAGA TATGTATAGA TTTAAAGAAT GTGGTTATAA CTCTTATCAC
TTGTTGGAGG AAGATGGGGA GAATTGGGAT ATATTCAAAA GAGGAGACCG ATATGGAGGA
ACAGATAAAC ATTTTTGGTT TAAAACACAA ATAGCTATTC CAGAAACTTT TGAAGGCAAA
ACAGTAGTAT ATAAAGTGTC AACAGGCAGA GAAGGCGAAT GGGATGCATT AAACCCTCAA
TTTTTTATCT ATGTTAATAA AAAATTAATC CAGGGATTGG ATGTTAATCA TAGAGAAATA
ATATTAACTG AAAATGCAAA GGCCGGAGAA AAGTATGATA TAGATTTATA TGCTTTTGCT
GGGATGTTAG AAGGGTACAT AGACCTTTAT ACAGAGATAG CTATTTTAGA AAAAGAAATT
GAAAAGCTTT ATTATAATAT AAAAGTTCCA TTGGATATAA TTAAACTGTT AGAAAAAGAT
AGTTTAGAAT ATATAAATAC CATAAAATAT TTGCAAACAG CTATTAATAT TTTAGACCTT
CGAAAACCAT TTAGTAAAGA CTTTTATAAT TCTATAAATA AAGCTAATGA ATATTTAGAA
AAGGAGTTTT ACGAAAAGTA TTGCGGACAT GATGATGTAA TCGAAATATG TGTTGGACAT
ACGCATATTG ATATTGCTTG GTTATGGACA TTGTCACAGA CAAAAGAAAA AGCAGCAAGG
AGTTTTTCAA CTGTTTTAAA TCTTATGAAA CAATATCCAG AATATATATT TATCTCGAGT
CAACCACAAT TATATAAGTT TATAAAAGAA GACCATCCAG AGATATATGA AGAAATAAAG
AGAAGAATAA AAGAAGGAAG ATGGGAAGCA GAAGGTTCGA TGTGGGTAGA AGCAGATACA
AATCTTACAT CGGGAGAATC ACTTGTCAGA CAAATCTTAT TTGGAAAACG ATTTTTCAAA
AAAGAATTTG GAGTAGATAA CAAAATATTA TGGTTACCTG ATGTATTTGG TTACAGTGCT
GCTTTACCAC AAATTCTTAA AAAAAGTGGA ATAGACTATT TTATGACAAC TAAAATTAGT
TGGAACGAAT ACAACAAAAT GCCTTATGAT ACCTTTATGT GGAGAGGAAT AGATGGAACA
GAAATACTAA CACATTTTAT AACAACTACT GATTATGTAA AAGGAGAACC TAAAGGATGG
TTTACTACAT ATAATGGTAA TTTAAATCCT TCACAAGTTA TGGGGTGTTG GCAAAGGTAT
CAACAAAAAG AAATAAATAA TTACGTTTTA AATAGCTATG GTTACGGAGA TGGTGGTGGT
GGTCCTACTA AAGAGATGCT GGAAAATGGA AAGAGACTCG CAAAAGGTAT ACCAGGTGCT
CCTAAAGTAA AAATGGGAAA AGCGATAGAC TTTTTTAAAC AGTTAGAAAA AATTGTAAAA
GGTAATCCTA AACTTCCTAA ATGGGTAGGC GAACTCTATT TAGAATATCA TAGGGGAACC
TATACTTCTA TGGCAAGAAA CAAAAAATAT AATAGAAAGA CGGAATTTCT AAATTTAGAT
TCTGAATTAT TTTCTACTAT GAACATGATT TTACAAGGGA AAAAATATCC TCAAAGTGAA
ATTAATAAAA ATTGGGAAAT TACTTTGCTT AATCAATTTC ACGATATAAT TCCAGGTTCT
TCGATAAAAG AAGTTTATGA AGAATCAAAA AAGCAGTATG AAGAAATTAA TGCTAGAGGG
AAAAATATAA TAAATTCTGC CTTAGATAGT ATATGTTCTA ATATTAATTT AAAAAATATT
TCTTTAGTTG TATTTAATCA ACTTAGTTTT GAAAGATCTG ATATAGTTGA ATTTGAATTA
CCTGAGGGTT GGTCTGATGT TTTAGTGTAT GATGGAGAAA AATTAATAAC TTCACAGAAA
GTGGGAAGTA ACAAAATAAT ATTTTTTGCA GAAAATGTTT CATCAAAAGG ATACAAAGTA
TATACCTTAA AGAAAGCAGA GAATTTCTCT CAGACAAGTA GTGAAATTAA AATAAACGAA
AAAGAGATGC AAAATAAATT CTTTAATATT AAACTTGATG ACAATGGTAA TATTATCTCT
ATTTACGACA AATTAAACGA AAGGGAAGTA CTTAAAAATA ATCAAAAAGG TAATGTACTC
CAAGCTTTTG AAGATAAACC ACATAACTTT GATGCCTGGA ATATTAATAT TTATTATCAA
GAAAAGATGT GGGAAATTAA TGAGGTAGAA AAAATTGAAG TTTTAGAGAC AGGCCCAGTT
AGAGGAGCAC TTAAAGTAAA AAAGAAATTT TTAGATTCAA CTATTGAACA GATAATATAT
GTGTATAACG ATATACCGAG GATAGATTTT AATAATAAAA TAGACTGGAA GGAAAAGCAA
ATATTGCTCA AAGTGGCTTT TCCAGTTGAT ATACACGCAG ATAAAGCAAC TTATGAAATA
CAATTTGGAA ATATAGAAAG ACCAACCCAT TGGAACACGA GTTGGGATTA TGCGCGTTTC
GAAGTTCCTG CGCATAAATG GGCTGATTTA TCTGAAGGAG GATATGGAGT AAGTTTATTA
AATGATAGTA AATATGGGTA CGACATTAAA GATTTAGTAA TGAGACTTAC TCTTCTTAAA
TCTGCGATTT ATCCCAATGA GGAGGCTGAT AAAGAAATTC ATGAATTTGT ATATTCCCTA
TATCCTCATA AAGGAGATTG GAAAGATGGG AATACTGTAA AAATGGCATA TAATTTAAAT
TGTCCAATGT ATGCTAAAAT TGAAGGGCCA CATGATGGTG TTTTGCCAGA AAGATTTTCT
TTACTTAATG TAGATAAAGA AAATGTGATA GTCGAAACTG TAAAAAAAGC AGAAGAAAGT
GATGACATTA TTGTAAGATT ATATGAATAT CAAAACAAAA GAGAAAAAGT TACCTTAACT
TTATTTAAGG AAATAAAAGA TGTAATTGAA TGTGATCTTA TGGAAAATGA AATAAACAAA
ATAGATTTCG AAGGGAATAG CTTTAAATTT GAAATAAAAC CTTATGAAAT TAAAACATTT
AAGATAAAAT TTTAA
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| Protein sequence | MYFQLERIER ILKELESYIY SQEVPVDMYR FKECGYNSYH LLEEDGENWD IFKRGDRYGG
TDKHFWFKTQ IAIPETFEGK TVVYKVSTGR EGEWDALNPQ FFIYVNKKLI QGLDVNHREI
ILTENAKAGE KYDIDLYAFA GMLEGYIDLY TEIAILEKEI EKLYYNIKVP LDIIKLLEKD
SLEYINTIKY LQTAINILDL RKPFSKDFYN SINKANEYLE KEFYEKYCGH DDVIEICVGH
THIDIAWLWT LSQTKEKAAR SFSTVLNLMK QYPEYIFISS QPQLYKFIKE DHPEIYEEIK
RRIKEGRWEA EGSMWVEADT NLTSGESLVR QILFGKRFFK KEFGVDNKIL WLPDVFGYSA
ALPQILKKSG IDYFMTTKIS WNEYNKMPYD TFMWRGIDGT EILTHFITTT DYVKGEPKGW
FTTYNGNLNP SQVMGCWQRY QQKEINNYVL NSYGYGDGGG GPTKEMLENG KRLAKGIPGA
PKVKMGKAID FFKQLEKIVK GNPKLPKWVG ELYLEYHRGT YTSMARNKKY NRKTEFLNLD
SELFSTMNMI LQGKKYPQSE INKNWEITLL NQFHDIIPGS SIKEVYEESK KQYEEINARG
KNIINSALDS ICSNINLKNI SLVVFNQLSF ERSDIVEFEL PEGWSDVLVY DGEKLITSQK
VGSNKIIFFA ENVSSKGYKV YTLKKAENFS QTSSEIKINE KEMQNKFFNI KLDDNGNIIS
IYDKLNEREV LKNNQKGNVL QAFEDKPHNF DAWNINIYYQ EKMWEINEVE KIEVLETGPV
RGALKVKKKF LDSTIEQIIY VYNDIPRIDF NNKIDWKEKQ ILLKVAFPVD IHADKATYEI
QFGNIERPTH WNTSWDYARF EVPAHKWADL SEGGYGVSLL NDSKYGYDIK DLVMRLTLLK
SAIYPNEEAD KEIHEFVYSL YPHKGDWKDG NTVKMAYNLN CPMYAKIEGP HDGVLPERFS
LLNVDKENVI VETVKKAEES DDIIVRLYEY QNKREKVTLT LFKEIKDVIE CDLMENEINK
IDFEGNSFKF EIKPYEIKTF KIKF
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