| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_29300 |
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| Symbol | MAN2 |
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| ID | 4852025 |
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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 | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009068 |
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| Strand | + |
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| Start bp | 3442691 |
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| End bp | 3445234 |
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| Gene Length | 2544 bp |
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| Protein Length | 847 aa |
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| Translation table | |
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| GC content | 43% |
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| IMG OID | 640393733 |
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| Product | Beta-mannosidase precursor (Mannanase) |
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| Protein accession | XP_001386988 |
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| Protein GI | 126276342 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3250] Beta-galactosidase/beta-glucuronidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | 20 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTTTCC AGCAACCTTC CATTGTGGAG TCTACCTTCA AAGACTGGAA GTATAGAGAG
TACAAGACTC TGGAATGGAA ACTTTCCAGA ACAGATGCCG AGACAACCGA GATTCATGCC
GACTTATTGG CCAACAAGGA AATTCCTGAT CCGTTCATGG ATACAAATGA ACGTGATGTT
CAATGGATTG GTGAAAAGGA CTGGGAATAT GGGAACGAAT TCTTTGTATC TGCCAATGCA
AAGCCATTGT CTGTTCACGA GTTGGTTTTC GAAGGTTTAG ACACTTTTGC TACAGTTTAT
TTAAACAATG AAGAGATCTT GACTACGGAC AATATGTTCC GTGAATATCG TGTTGACGTG
ACGAAGTATT TGAATTTCGA TGGTGCCAAC AATTTGAGAA TTCTCTTTAA AAGTGCTCTC
CATACAGCGA GGGCATTGGA GAGAAAGCAT GGAAAACTTT TCTGTTTCAA TGGGGAATCC
AGTAGAGTTC AGGTAAGAAA GGCTCAGTAC CATTTTGGCT GGGATTGGGG TCCAGTTTTG
ATCACCTGTG GTCCCTATAA ACCAGTAAAG TTGGTTTCCT ATGACTCGTA CATTAAAGAC
GTCTACTTCA AGGTTGATGT CAACAAGGAG CTTAAGGCCA GCATTGATAT TCAATCCGAT
ATTTTCACCG GGTCTTCCTC GTCAACTTTG GAGATTGAAG TGAAATCACC ATCTGGCCTG
GTAATCCAGA CTTTCTCCAG TAAGGTTGAT AAGTCTGATA TTTTCTCTCA CAAGTTTGCT
GTGGAAGAGC CTGATTTATG GTATCCTTTG GGTCATGGGA AGCAATCATT GTACGAATTC
AAGATCAGTT TGGAAAACCA GGTGATTGTT AAGAAGGTTG GTTTAAGAAA AGTGGAATTG
GTTCAGGAAT CCTTTGCTGA ACAGGAAGGT TCGAGTTTCT ACTTTAAAGT GAACAATATT
CCTATCTACT GCGCTGGTTC AAATTGGATC CCAGCCCATT CCATGCAGAC GTTGCTTGTC
GATTCTGACT ACAAGCAGTT GTTGCAGTTA ATGATCGATG GTCACCAGAA CATGGTGAGA
ATTTGGGGTG GAGGCTATTA CGAACAAGAT ATTTTCTACG ACGAATGTGA TCGCATGGGT
ATCTTGGTTT GGCAAGATTT TATGTTTGCT TGTGGTCAAT ATCCTGGTTA CCCAGAGTAC
TTAGAATCTG TATCTGAAGA AGCTAAGCAT CAATTAAAGA GGTTGAGAAA CCACTGTTCT
CTTGCCATTT ATGCTGGTAA TAATGAAGAT TATCAAGTTG CTGAGCAGTT CAACTTGGAA
TGGGATCCTA CTGACAACTC TGGTGACTAC TCCAAGAGCA ATTTCCCAGC TAGAACTCTT
TACGAGACTA TTTTTCCCAA ATTAGTTAGT GAATTCTGTC CTGAGATCCC ATATCATCCT
GGTTCTCCAT GGGGTGGAAA CGGTACTGCT GATCCTACGG TAGGTGATCT TCACCAATGG
AATGTTTGGC ATGGAAGTCA AGAAAAGTAC CAGGAATGGC ACAAATTGGG TGGCAGGTTC
ATTTCAGAGT TTGGTATGGA AGCCTTGCCG AACAGAAAAA CATTCGAAGC TTGTATCACG
GACCCAGACG AATTGTACCC ACAGTCAGAG CTGGTTGATC ACCACAACAA AGCCGATGGG
TTTGAACGTC GTTTAGCCCT CTATGTGATT GAAAACATCA AAGTCCAGGG TTTGGACTTC
GATTCGTGGA TCTATGCTAC TCAATTAATG CAAGCCGAAT GTCTTGGTTA CGCTTATAGA
TACTGGAGAA GAGAATGGAG AGGTGATGGA AAGAGATATA CGGGTGGTGC TATTGTCTGG
CAAATCAATG ACTGTTGGCC CGTGACTTCG TGGGCTATTG TTGATTTCTA CAAGAGACCA
AAACTTGCCT ACTACTCCGT CAAAAGAGAA AGCAGACCAA TTGGTCTTGG TATGTTCAGA
AATGAGAAGA AACATACCCA CGAACAAGCC AAACCTCATT CAACCGCTGG TCCTCCACAC
GATTACAGTC AAGTGGACTA CAACGTTGAT ATCTGGGGTG TTAATTCCAA CACTGTAGAT
CAACCAGCAG TGTTGAAAGT TGATATCTAC AACGTTACCA GTGGTAAGAA GCTTGAGTCC
TTGCCTGATC AAGATGTAGT CTTGAAGTCT AACCTGTCTA CCGAGTTTGT TTCTGCTCAT
CCGATCGCCA ATGACCAGCC CATTGTAGTG TATTCCAGAT TCGTTAGTAA GGAAGATGGT
TCTATTATTG CCAGCGCTGG AGACTGGCCA CAACCATTGA AGTATCTCAA GTTCCCAGGA
AGAGAGGTCA AATTTGAAGT TTCTAACGGT TCCATCAAGT TGTCGTCTAA CAAGCCTGTC
AAAGGAGTTG AGATCCTTGT TGAGAGAGAC GTCTTCTTGC AAGATAATGG GTTTGACTTG
TTTCCCGGAG ACGAGAAGGT GGTGATTGCC GAAGATTTAA AGACTACCGA CAAGGTGACT
GTCAGATATT ACCAACAACA GTAG
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| Protein sequence | MTFQQPSIVE STFKDWKYRE YKTLEWKLSR TDAETTEIHA DLLANKEIPD PFMDTNERDV
QWIGEKDWEY GNEFFVSANA KPLSVHELVF EGLDTFATVY LNNEEILTTD NMFREYRVDV
TKYLNFDGAN NLRILFKSAL HTARALERKH GKLFCFNGES SRVQVRKAQY HFGWDWGPVL
ITCGPYKPVK LVSYDSYIKD VYFKVDVNKE LKASIDIQSD IFTGSSSSTL EIEVKSPSGL
VIQTFSSKVD KSDIFSHKFA VEEPDLWYPL GHGKQSLYEF KISLENQVIV KKVGLRKVEL
VQESFAEQEG SSFYFKVNNI PIYCAGSNWI PAHSMQTLLV DSDYKQLLQL MIDGHQNMVR
IWGGGYYEQD IFYDECDRMG ILVWQDFMFA CGQYPGYPEY LESVSEEAKH QLKRLRNHCS
LAIYAGNNED YQVAEQFNLE WDPTDNSGDY SKSNFPARTL YETIFPKLVS EFCPEIPYHP
GSPWGGNGTA DPTVGDLHQW NVWHGSQEKY QEWHKLGGRF ISEFGMEALP NRKTFEACIT
DPDELYPQSE LVDHHNKADG FERRLALYVI ENIKVQGLDF DSWIYATQLM QAECLGYAYR
YWRREWRGDG KRYTGGAIVW QINDCWPVTS WAIVDFYKRP KLAYYSVKRE SRPIGLGMFR
NEKKHTHEQA KPHSTAGPPH DYSQVDYNVD IWGVNSNTVD QPAVLKVDIY NVTSGKKLES
LPDQDVVLKS NLSTEFVSAH PIANDQPIVV YSRFVSKEDG SIIASAGDWP QPLKYLKFPG
REVKFEVSNG SIKLSSNKPV KGVEILVERD VFLQDNGFDL FPGDEKVVIA EDLKTTDKVT
VRYYQQQ
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