| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_50925 |
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| Symbol | |
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| ID | 4841145 |
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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_009048 |
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| Strand | + |
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| Start bp | 731194 |
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| End bp | 734100 |
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| Gene Length | 2907 bp |
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| Protein Length | 968 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640392460 |
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| Product | predicted protein |
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| Protein accession | XP_001386548 |
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| Protein GI | 150866825 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3568] Metal-dependent hydrolase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 14 |
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| Fosmid unclonability p-value | 0.766697 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTGAGA AAAAAATCTC GGCCTCGGAA TCTTCGCCGA TCGCGTCCAC GGCTGCTAAG
AAGTCTGAAA TTTTCAGATT CAATGCTTCC TATATAGCCA TTCTACACAC CATTACGGCG
TACTCAGCCT TCATTGCTGC ATTGATCGTG GGAACATGGC TTCATTACCA TAAGATTGTC
CAGAACTCGT CGTTCGGCTA TCCTGACGAG TGGTTCCCTT CTGTCTCGGC TACAATCGGC
GATAGATACC CAGAAAGGTC GATTTTCCAG GTTCTCATCG CAGTTACAGC TGGCCCTCGA
TTTCTTCTTT TGATCTTTGA TTTCATCAAC CTTTACAGGA AAGGATCCGT GCTACCATAC
ATTGGCTTTT TCTCGGGTCT TCTTCGTACC TTCACCTGCG GTGGATGGGT GTACATCACA
TCAACAGACG ATCACGACTG GCACGATATC TTCATGATCA GCTACATCGT CTTGACCATT
CCATGGACCG TTTGCATCAC TATATTGTCT AAGCCAGGCT CATTTGAACG CCAAGGACGT
TTCTATACCC TGACGTCGTT TTTCGCTATG CTCGTGCCTC TTGTCTACTG GTTCATTCAA
CATAAAGTCC ATGTGAGACC TGGGGCCTAT TCCATTTATG CCTACTTCGA ATGGGCATTG
ATTTTGCTCG ATGTAGGTTT TGATGCTTGG TCTATTGTAG ACTTCAATAA TATTGACATT
GCCATCTCTG GTCAAGGCAT TGAGCTCACT GGTGCTAAAC CCAAGACTGC CGTAGACAAG
AAGAAACAAG ACGAGTTGCT CCACGATGAG TTCACCGATT TCGAGTTCTA TATCTCCAGC
ATTAATGCGT TTGTCTTCTG GTCAGTAGTC ACTTCTTTAT TTTTGTGTGT TTGGTACTTT
CCCTTGTGGC ATATGGGTAT CTCTGGCTAT GAGGCTGCGG TTTTCTCTCT CTTTTTGTCT
CCCGCCATCT TGATTATCCC CTTTGTAAGA AACTTCATTT CCAACTACCC ACTGCTCACG
AAAACCTTAA CGGTGTTGTT GGGTATTGGT GCTTACAAAG TTCACGAACC TGAAAACAGA
CTCCTCACCA TCACTGCTGG TACTTCATTT GCCATAGTAT CTTTAGTGGT AGACGTCTGG
TCACTCTCTA ACCAACCAAA GAAGTTTAAC TCCTACATTA TCTCCATCTT GATTGGTTTG
TTGGGCACTT CAGTATTCAA GTTCTTGTGC TTTTCCAACA ACCCAATTTG GCCCATTATG
CACAAGGAAA ACGGTGGTTA CAACGAAGTG GGAATCTTTG TAGGTTTGAT AGGTGCATTC
TTTACTCCGC AGCTTCATCT GATAAACTCT ACAACTCATA ATGTGAAGAG AGCTGGTGGA
TCGTTCTTCC TTGCTGCTTT GGGAATTGGT GGTTACTTCT TCTCCATCGA ATCTTACTTG
AGTGACACAT CTACGTTGGC ACTCTGGACT TGGGAAGGAT ACCCAGTAAA GGGACCTCTT
CCCGTTACTG GTGCTCTTTT CAATATTGGA GCGGTTGTTT TAGGTGTTCT CGCGGCCATT
TCAATCCCAT CTAAGTTTTT CAGCAACAAG TTCTACAACT GGTTCATTGG TGGCGGTAGT
GCATTTGTTC TCTACTATTA CAAGGGCTGG ACTGGGTATG CTGGAGCTAC TGTATATTCA
TTTTACTTGA CTTCTATTGC TCCATTGATT TGGCAGTCTT CTATTGGCTA TAACCCAAGC
TTGTTGTTCT TTGTAGGCTT CTTCGTTCAC GTCTTCCTCG GCTTGGCTAG TACGTGGATT
GTTGCATATG CTTTCGTTCC AGGTGGACCA TTATTGAGAG AGAGAACTGA TATCATCTTG
GGAACATCCT TTGTTCTGAT CTTAGCTGGA ATTTGGAATT ACAACTTGAG GCGTCGTAGT
GGTGAAGCTG TCAAGATTGA CTTCCATGGT AAGAAATTGT TTAGACAGGC TTGGACAATC
TTGACTGTTT TGTTAGCTAT TTCTATTTCT GCTTTCTTCC AAAGATATGC TGTTGAATCA
TTCAAGCCAT ATAATGCCGA GTCTAAATCG TTTACCACTG GTATCTGGTG TGTTCATTTT
GGTTTGGATA ACGACATGTG GTCCAGTGAA GTCAGAATGA GAGATTTGAT CAGAGATGCT
GAGATCGATA TCATTGGTTT ACTTGAAACT GACACCCAAA GATTGATTGG GGGCAATCGA
GACTTCACCC AAAGGATTGC TGAAGATTTG GGAATGTATG CCGACTACGG CCCCGGACCC
AACAAGCACA CCTGGGGAGC TGCCTTACTT TCGAAGTTCC CAATCATCGA GTCTAGTCAT
CATTTGTTGC CATCTCCTGT AGGCGAACTT GCTCCGGCTA TCCATGCCAC TTTGGATATT
TATGGTGAGT TAGTTGACGT AGTTGTTTTC CATTCTGGTC AGGAAGAGGA CGTGGAAGAT
CGTCGACTTC AAAGTTTGGG TATTCAAGAA ATCATGGGTA ACTCCACAAG GCCTTTGGTG
TTATTGAGTT ACTTGGTGAC CACTCCTTTG GAAGGTAATT ATAATACCTA TGTCAGTGAG
AAATCGAGAA TGTACGATAT CGACAACTCT GACTGGGATA GATGGTGTGA ATACATTTTG
TTCAGAGAAT TGAAGAAGGT TGCCTACGCT AGAATTTCTC GATCCACCAT TACTGACACT
GAATTGCAAG TGGCTAAATT CAAATTGTTA ACCAACGAAG AAAAGCAAGA AATTGACGAA
CCTTTCTTGT ACGGTAACAA CTACGTCAAT GAAGATGAGA TTGACCAAAA TTTGCGTATG
CCTCAAATTT TCAGAGGTGA TGGTGTTAGA GGTCACAGAT ATCATGTCTT TGACGAGCCG
CGTTACTTTG CCCAAGAAAA GAATTGA
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| Protein sequence | MSEKKISASE SSPIASTAAK KSEIFRFNAS YIAILHTITA YSAFIAALIV GTWLHYHKIV
QNSSFGYPDE WFPSVSATIG DRYPERSIFQ VLIAVTAGPR FLLLIFDFIN LYRKGSVLPY
IGFFSGLLRT FTCGGWVYIT STDDHDWHDI FMISYIVLTI PWTVCITILS KPGSFERQGR
FYTSTSFFAM LVPLVYWFIQ HKVHVRPGAY SIYAYFEWAL ILLDVGFDAW SIVDFNNIDI
AISGQGIELT GAKPKTAVDK KKQDELLHDE FTDFEFYISS INAFVFWSVV TSLFLCVWYF
PLWHMGISGY EAAVFSLFLS PAILIIPFVR NFISNYPSLT KTLTVLLGIG AYKVHEPENR
LLTITAGTSF AIVSLVVDVW SLSNQPKKFN SYIISILIGL LGTSVFKFLC FSNNPIWPIM
HKENGGYNEV GIFVGLIGAF FTPQLHSINS TTHNVKRAGG SFFLAALGIG GYFFSIESYL
SDTSTLALWT WEGYPVKGPL PVTGALFNIG AVVLGVLAAI SIPSKFFSNK FYNWFIGGGS
AFVLYYYKGW TGYAGATVYS FYLTSIAPLI WQSSIGYNPS LLFFVGFFVH VFLGLASTWI
VAYAFVPGGP LLRERTDIIL GTSFVSILAG IWNYNLRRRS GEAVKIDFHG KKLFRQAWTI
LTVLLAISIS AFFQRYAVES FKPYNAESKS FTTGIWCVHF GLDNDMWSSE VRMRDLIRDA
EIDIIGLLET DTQRLIGGNR DFTQRIAEDL GMYADYGPGP NKHTWGAALL SKFPIIESSH
HLLPSPVGEL APAIHATLDI YGELVDVVVF HSGQEEDVED RRLQSLGIQE IMGNSTRPLV
LLSYLVTTPL EGNYNTYVSE KSRMYDIDNS DWDRWCEYIL FRELKKVAYA RISRSTITDT
ELQVAKFKLL TNEEKQEIDE PFLYGNNYVN EDEIDQNLRM PQIFRGDGVR GHRYHVFDEP
RYFAQEKN
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