| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0149 |
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| Symbol | |
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| ID | 8396900 |
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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 | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | + |
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| Start bp | 176907 |
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| End bp | 179528 |
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| Gene Length | 2622 bp |
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| Protein Length | 873 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644994487 |
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| Product | glycoside hydrolase family 38 |
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| Protein accession | YP_003151922 |
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| Protein GI | 257065666 |
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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 | 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 | ATGAAAAAGA CTATCCACAT AGTAAGCCAT ACTCACTGGG ACAGGGAATG GTACATGCCC
TATGAGAAGC ACCATATGCG CCTAATAGAC CTTATGGATG GGGTGATAGA AGCCTTCAAG
GATCCTGATT TTAAGTATTA TTGGCTTGAT GGCCATTACC TTCCTATAGA AGACTATCTA
GAAGTTAAGC CAGAAAATAG GAAGATAATC GAGGAATTAA TTGAGGCCGG TAAGCTTAAG
CTAGGTCCTT GGTATATCTT GCAAGATGCC TTTCTCACGA GTGGAGAATC TAATATCAAA
AATCTAAGTC TAGGAATTAA AAGTATAGAA AAATGGGGAA AGCCTTCGAT GATTGGCTAT
TTCCCAGATA CTTTTGGCAA TATTGGTCAG GCTAGCCAAA TTCTTCAAAA AGCAGGAATA
AAGGTCGCCT ACTTTGGAAG AGGGGTCAAG GCTACAGGCT TTGATAATGT GGTTATAGAT
GATTTCACTT CCAAAAACTC AGAGATTTAT TGGAGGTCTC CTAATGGAGA CGAGGTCTTG
GGGATTCTTT TTGCTAACTG GTATAGCAAT GGACTAGACA TTCCAGAAAA TGAGCTAGAG
CTTAAAGCTT ATATGGATCA AAAGATTTTA GATATGGAAA AGTACGCCTC AACTAATCAA
TTGCTCTTGA TGAACGGTTG CGACCATTCA CCTGTTCAAA AAAACATAGG CCAAATCATA
AAAAAGGCCA ACGAGCTTTA TGAGGATTAT GAATTTGTTC ACTCAAACTT GGACTTGTAT
TTCGAAAGTG TAAGAAAAGA AGTTAAAGAT ATCGATACTA TAAAAGGCGA GCTTAGAAGT
CAAACGACTG ATGGTTGGTG GACTCTAAAT TCGACATCAT CTTCTAGATA TTATCTAAAA
AAATTCAACA AGACTTTGGA GATGAGACTT GAAGAAATCA TCCAGCCACT TTTTACTCTA
TTTGTTAAAA AGGAAGACTA TCCTAGCGAA AAGATTGATT ATTTCTACAA AAATCTCATC
AAAAATCATC CCCATGATAG CATATGCGCA TGCTCTGTGG ATTCGGTTCA TGATGGCAAT
CTCAGACGCT TCAAAGATGT AAGTGAAGGG CTTGATTATC TTTACGATCT AGCTAGGGAA
AAAATCAGAG AAAATACCCA AAATACTAAG AAAAATAGCA TCTGTGTCAT AAACACTCTG
CCATACAGGA GACTTAAGGA AGTTGAAAGA GAAATAGAAG TTGATAAGAA GTTTTTCGGT
ATAGATTTCC CAGAAGTTTA TGATAGCTTA TCTGGAAAAG AGATAAAAAG CTATAAGTTA
GTTGATGAAA AAGGCGAGGA AATTCCAGCA GAGATTAGGT ATTTGGGAAC TGGATTTTCC
TATGAGCTTC CTAATGATAA ATTTAGAAAG CCTTACTTTG CCAACAAAAT AAAGATTCGT
TTTAGCCTAG AACTCGATCC TTTTGAGAAG AAAATTTTAA GTTTAGTAGA AGGAAGGTCT
TCCTTCGAAT CCAAAGAAAT AGAAAAAAAC ATAGTCGAAA ATGCTTACTA TAGGATAGAA
ATTAAGGAAA AGGCAAATCT CGATATTTAT GATAAGATAA ATCAAATAAC CTACAAAGAT
GTCCTCACCA TAGAAGATAC TGGTGATATA GGAAATGAGT ATATTTATAG ACAGTCTTCT
GACAATTTGA GGATTCTTGG TGGGAAATTG ATAGATAAAA AAATCATCAG AGAAAATGAT
AAGACAATTA TAAGGCTTAG GGAAAAATTC TCCTTACCAG AAGGGGCGGA GGATAGGCTT
AAGGATGAGC AAATCCGCCT TAATGATATT ACAAGAAGAA GGGCCAATAG GAAAAAGACT
TATGTCGATA TGATAATCGA AAAAGAGATA AAAGTCTTCG ATAAGAAAGC TCCCCTAGAG
ATTAAGATAA GGCTTAAAAA TATAAGCAAG AATCATAGAA TGAGGGTGCT TTTCGGTCAT
GATTTGAAAA CTGATAAGGT ATTTGCTGAA TCTATATTTG AATGTGTCAA AAGAGATGCC
TATCCTCCAG ATACTTGGAA AAACCCAGAT TATTCACAAA ACTTCAATAG ATATGTTCAA
GTCGTAGATG ATGATAAAAG AGGTTTTGGA GTCTCAGCCA TAGGTCCTGC AGAATATGAA
ATGCTAGAAG ATGAAGGCCT TTTCATCACA CTTTTTAGGT CTGTCGGAGA GCTTGGAGAT
TGGGGATATT TTCCTACTCC AGATGCCCAA CTTATAAAAG ACGAGCTAAA GGATATGGAG
TTTGACTTTT ATTTTGATAG CTTTAAGGAA GATCTTGATA GAAATAGGAT AGATATTCTT
AAGGCTAGGC TAGATTTCTT TAACCTGGAT CTTTTGGACA ATAATGATAA AGATATATCT
TTAAATATTC CTAATATAGA TTTGGGAGCT AATCTATTTT CTACGATTTT TAGAAATGAA
AAGGGACAAG CCTTCTTAAG GATTTATAAT CCTAGCCCAA GCCCTAAAGC TATCGGTATT
AAGGCAGATG AATATGATAT TTTGGCAAGG AAGAAGATAA AAGATGGACC TTTTGGAGAA
ATTCCTCCAT ATGAAATTAA AACATACAGA TTGGAGCTTT AA
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| Protein sequence | MKKTIHIVSH THWDREWYMP YEKHHMRLID LMDGVIEAFK DPDFKYYWLD GHYLPIEDYL
EVKPENRKII EELIEAGKLK LGPWYILQDA FLTSGESNIK NLSLGIKSIE KWGKPSMIGY
FPDTFGNIGQ ASQILQKAGI KVAYFGRGVK ATGFDNVVID DFTSKNSEIY WRSPNGDEVL
GILFANWYSN GLDIPENELE LKAYMDQKIL DMEKYASTNQ LLLMNGCDHS PVQKNIGQII
KKANELYEDY EFVHSNLDLY FESVRKEVKD IDTIKGELRS QTTDGWWTLN STSSSRYYLK
KFNKTLEMRL EEIIQPLFTL FVKKEDYPSE KIDYFYKNLI KNHPHDSICA CSVDSVHDGN
LRRFKDVSEG LDYLYDLARE KIRENTQNTK KNSICVINTL PYRRLKEVER EIEVDKKFFG
IDFPEVYDSL SGKEIKSYKL VDEKGEEIPA EIRYLGTGFS YELPNDKFRK PYFANKIKIR
FSLELDPFEK KILSLVEGRS SFESKEIEKN IVENAYYRIE IKEKANLDIY DKINQITYKD
VLTIEDTGDI GNEYIYRQSS DNLRILGGKL IDKKIIREND KTIIRLREKF SLPEGAEDRL
KDEQIRLNDI TRRRANRKKT YVDMIIEKEI KVFDKKAPLE IKIRLKNISK NHRMRVLFGH
DLKTDKVFAE SIFECVKRDA YPPDTWKNPD YSQNFNRYVQ VVDDDKRGFG VSAIGPAEYE
MLEDEGLFIT LFRSVGELGD WGYFPTPDAQ LIKDELKDME FDFYFDSFKE DLDRNRIDIL
KARLDFFNLD LLDNNDKDIS LNIPNIDLGA NLFSTIFRNE KGQAFLRIYN PSPSPKAIGI
KADEYDILAR KKIKDGPFGE IPPYEIKTYR LEL
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