| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_66755 |
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| Symbol | |
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| ID | 4837381 |
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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_009042 |
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| Strand | + |
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| Start bp | 65926 |
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| End bp | 70096 |
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| Gene Length | 4171 bp |
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| Protein Length | 983 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640388696 |
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| Product | hypothetical protein |
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| Protein accession | XP_001382243 |
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| Protein GI | 150863688 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.234519 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ACGGCTTTGT GGGCACAAGT GTACGTACAA GATTTGATGG TGAAGGAGCT GGTTGTCAAA
TTTTCTACTT TTTAAAGTGG CATATCTGGC AAATCCTAAT TATTCTCTGT ATATGAGAGT
GGAAGTGAGA ATTGGAATTT TATTACTCAA TTAGTAAAAT CGACTATACT CCAAGACAAT
AAAACAAGTA ATTTCTTTGT TTATGTCTAG ATATTTACAG ACATAACAAT AGTACAAATT
GCTGTTAGTG TAATCGCAAA CACAAGAGGT TAAAATTTGC AGTTCTTCAA ATGCTATATA
GCACTACTAC TGAATTCTCC ACTGCCCTCA TTCCTTAGCA CTGGATTCCA AGACACTTTC
CATATCTCCT TTTACAATAT GTCGATTACT AACGCGATGC AGCTCGGCGA CTTGATTAAG
AACAGGGCTT TCCACCCCGA CGGTATGTTC ACTTTGTATT TTATCTTAAT TTTACTCTAT
GACTATATTC AATACTAACC ATTTCAGCAT TGGTCCAACG GGTAAGAACG AATATTCCAC
GGACTCTTCC ATACTATGAC AATGTTCACA TCGAGAGTCC AAGTTTCAGC GACCCCATTG
CGAAAGACTT GAAGAAGTTG TATCCACACA GGCCAGTAGT TGTAGCTGAG GGCAGACCCA
AGAGTCATGA CTTTGAGTCA AATCCATACC AGGCGCAACT GTATGGTAAT GGAAGTCCCA
ATGATACCTC CAACGACCCA GATGATGTTG AGGCAGAAGA AAGTATTGAT TTATACTCGC
TGTCGTTGCT AGAGCTTCTC AATCTTTTGC TTGAAGAGAC TCATTTGGAC GACAGCAACA
GGATATCAAT AGAAAACTCG CTCTTGGAGT TGACTTCCTA TCTTCCAAAA CCATTGCAGT
CTTGGACTTG GAAACACGCC TCGTCTCAGG CTTCATCTTT GTCTAACGAA AAGCAGCATC
AGTTAAAATC TGCTAACAAT TTCAACCAAA GTGATCCTAT CTATCCAAAT GGGACGCTTT
CCAAAATAGT GATCGACAAT TACACCAGTT TGTTGCGTTT CTCATCTACT TATTTCAATT
TATCTTTGGC TTCTCACATT ACCAGATACT TGGTTGAATT GATCTACAGC TTACAATATT
GGGAGGTGTA TCATTTGCTC TATATGCTCC CAAACTTAGA GTATTTCTTG AAATTGATTG
ACTTCGAAGT AGTAGACACC GTATATGGAC CTCTTGTTAG GCCCCCGGAA AACTATTTGA
AGGATTCCAT GTTATCCGGT TTGCAGTATC CTTTTCCATA TCCATTCTAC AACTATTCAT
ACCATTCATT TGCCCAAAAT GTGGACTCCA AGAAGTACAA CAGAATCAAT ACTATACCTT
ATGAAGATAT AACGCTAAAA GATGTACTGC CACCAAAGAA ACGCAGAGGA AGACCAAAGT
CTATATCTGA GCCTATGTTA AAGAAGAAAC CAGGCAGAAA GAGAAAGAAC CCATTGACAG
AAGATATACT AGTAGCTCAG TCGCAGACAA CACAGAAGGA TTTCCCTAGT AACACGGAGA
GTGAAATGAG TGGCACAGAA TCAGAACATG AAGGCTTGGG AGACTATGAC GATATCCCGG
AAGAAGAGGA AGTTATTATT CTTGACGATG AATATGATGA AGAAGGTTTC GATGAAGACA
TGGAAGATGA CTATGTGGAA GACGGTGCAA TGAGGGCAGC AGCGTTTTCA CCCGAAGCTA
GCTCAAGAGT GGCTTCTACA CAACCTGACT TTGATAGACA GGATAAGGTA CCACAATATA
ATGCTGGCGA GAGAGAAGAT CATCGTTTGA GTTTAAGCTC TCCACCAAAA TCATCACCAC
CAATGACTCA ATCCTCACAA TATACATCTC AGGATATTTC TATGAGACTT CCTCCACCTC
CACAGGGCCT TTCTCCAACC GTTCCTTACC ACCCTCCACC TCCAATAGGA AATGAAACTC
AACAATTAAA ACCCCCCAGA CTTCCAAGTG TTCATGAACT ACCGTTTCTT CCACAGTTCC
AGCAGCCGGT ACCTCATTAC CAGCCACTTA CTGGACAGAA CAGAACTCCA ACAATTGTTC
AGGTACGACC TGTTCTGTTC CCAACGGCAT CCCAACTTTC ACCAGTGGTG CAGGAACCAC
CATTACCAGG AATTCAGAAT TATCAACCAA GGGAATCTCC ATCTTCATCT ATACCAACTC
CACAAGTAGT ACATTCGCAT ATAATGCCAC AAAGACGATC AATATCACAT ATACTGCCAA
CAATCCTGGA TAGGCATTTA GAAGCTTCAC CCCATTCAAC CCATACTAGA TATATAGGTC
AAGACGGTTT TGTAAAGATT CAGAGCGATT CTTCATTGCA AAATCCACAA GCATTATATG
TAGAATCGCA ATTATATCCT CAAACGCATC GCCCAGGCAT TCCTTCGTAT CTGGTTCCAC
CTCCTCAAGG AACGCAGCCA TCCCCACCTT TACAGCAACA AACGATTGAT AGCCCTCAAG
ATAGACAACC GCTGAAGCTT CTTCTGCAAA TCCAAGCACT TAAGCTGCCG CAAAGAGGTC
ATGAAAGCGA ACACATAGAG CCACAGGAAT TGTCACGATT AGCTGACGAC TCTGCAAGAA
AACTCAGTTT CCAACTCAAC TCAGATCGCC CAAGGGAAAA GGGACCCGAT ACGCATGAAA
AAGAGAGAGT AGAAAAGGAA AGGGTAGAAA GGGAAAGAAC AGAAAGGGAA AAAACAGAAA
AGGAAAAAAT AGAGAGTGAA AGAATAGAAA GTGAAAGGGT AGAAAGTGAA AGAATTGAAA
AGGAAAGGAT TGCAAAATCA GTTATCAACG ACAAACCATC AGATGTGAGT AGCTCCGAGG
ATGAAAGAGA AACCTCAATG GAAGCTGGCG AATATCATCC AGATGATCAT GAAGGAAGTT
ATGTGGACTA TGAAGGGGAA CCAATGCAAG GATCATCAGA AGGTATGGAA GATGGGAATG
GTATATTCCA ATACCAAAGT CGATTAAGAT TCATAGCTCA ATCACCAAAG AGTAGTGCAA
AATTGGAAGG AGGAGAGATT CCAATGCTAG ATGATAAGAA GAAGAATAAG TCTGGAGTAA
TTCACCAGTG CCACTTAATC GACCCTGGCA CTCTTCGTAA ATGTTTAAAG ATTTTCTATG
GTAAGAATGA ATTATTGAGA CACCAGGAGT TTGTTCATGC TACAAAGAAG AAAATCTACA
AATGTATCTA CTGTTCTAGA AACGGAGCCA AAGTTCAGAG TTATCCAAGG CATGACTCGT
TGGCAAGACA TATAAGAAGG AAGCACGGTG TTACCGGAAA GGAAAACAAA ATGGCTGTGA
ACTATGCCAA AGAGAACGTA GAAGTCATCG ATGATCCAAA ACTGCTAGTA ACAAAGCAAC
ATACCTTTGT AGAGCCATTG CCGCATCCTC AATTTCTCAA TCCAGACTTT ACAATCAAAT
CTAGCTATGC TGGATTTTTA CTGTTCAGCA CGAAAGAGGT TCCCAACCCT AAACTACCAG
TTATTCATAC TCACCACTAT CCAAAGAATA GGATTGTCGA CGTTGTAGAG TTTCCACCAA
TAGATCAGCC AGCAGGAAGT CTGTCAAAAG AGGTACTATC ACCTACAGTT TCAGCAAAGG
CACCCAACGT TTTCTTGTCG AAGATATCTC CCAAGTCAGT AAAGTCACAG GAAACATCTC
CAGTATTCAA GGTATCTCCA TTGAAGTCAA TTACTTCTCC AAAGGATTTG CCTTCTGTTG
CTACTAGTAC TAGTCCTCTT CAATCAGTGG CTCCACCTCC AGTTGCTCAT CTTTCAAGTG
GTGCGTCTCC TCTAATCGGT CACAACACCG TAGGAGGTCC ATCTCCAGCC AGAGGAGACC
CATCTGCTGG ACCTCCAATT GCACATAAAC CTGGAGTGCT TATTGGCCAA AACTCTCCTC
CCAAAAAAGG AACAGTGTTA CCCCTGATTA AAGAGCTTGA CAACAGCCAC AGTTTTGGGG
TTCACAGTTA CCCACGTTCC AGCAGCGATA ACATCCACAA AAGCATGAAT TTGTCTTACT
TGAATGGCCC ACCGCCTGCG GAAGATAGAA AGTAGACTAT GTAGCTATAT TGTATATCTC
ACGACGAATA ACGAAGAAAA TAGAAAAAAT G
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| Protein sequence | MLPNLEYFLK LIDFEVVDTV YGPLVRPPEN YLKDSMLSGL QYPFPYPFYN YSYHSFAQNV
DSKKYNRINT IPYEDITLKD VSPPKKRRGR PKSISEPMLK KKPGRKRKNP LTEDILVAQS
QTTQKDFPSN TESEMSGTES EHEGLGDYDD IPEEEEVIIL DDEYDEEGFD EDMEDDYVED
GAMRAAAFSP EASSRVASTQ PDFDRQDKVP QYNAGEREDH RLSLSSPPKS SPPMTQSSQY
TSQDISMRLP PPPQGLSPTV PYHPPPPIGN ETQQLKPPRL PSVHELPFLP QFQQPVPHYQ
PLTGQNRTPT IVQVRPVSFP TASQLSPVVQ EPPLPGIQNY QPRESPSSSI PTPQVVHSHI
MPQRRSISHI SPTISDRHLE ASPHSTHTRY IGQDGFVKIQ SDSSLQNPQA LYVESQLYPQ
THRPGIPSYS VPPPQGTQPS PPLQQQTIDS PQDRQPSKLL SQIQALKSPQ RGHESEHIEP
QELSRLADDS ARKLSFQLNS DRPREKGPDT HEKERVEKER VERERTEREK TEKEKIESER
IESERVESER IEKERIAKSV INDKPSDVSS SEDERETSME AGEYHPDDHE GSYVDYEGEP
MQGSSEGMED GNGIFQYQSR LRFIAQSPKS SAKLEGGEIP MLDDKKKNKS GVIHQCHLID
PGTLRKCLKI FYGKNELLRH QEFVHATKKK IYKCIYCSRN GAKVQSYPRH DSLARHIRRK
HGVTGKENKM AVNYAKENVE VIDDPKSLVT KQHTFVEPLP HPQFLNPDFT IKSSYAGFLS
FSTKEVPNPK LPVIHTHHYP KNRIVDVVEF PPIDQPAGSS SKEVLSPTVS AKAPNVFLSK
ISPKSVKSQE TSPVFKVSPL KSITSPKDLP SVATSTSPLQ SVAPPPVAHL SSGASPLIGH
NTVGGPSPAR GDPSAGPPIA HKPGVLIGQN SPPKKGTVLP SIKELDNSHS FGVHSYPRSS
SDNIHKSMNL SYLNGPPPAE DRK
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