| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_76282 |
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| Symbol | |
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| ID | 4837585 |
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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 | 2076311 |
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| End bp | 2079516 |
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| Gene Length | 3206 bp |
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| Protein Length | 1046 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640388900 |
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| Product | predicted protein |
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| Protein accession | XP_001382625 |
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| Protein GI | 150863965 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1026] Predicted Zn-dependent peptidases, insulinase-like |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.967871 |
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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 | 0.769643 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CCATATTTAG CAGCCGCAAA CCATTATGTT AGCCGCTCGT TCCCGAAGCA TAGTCAACGC
AGCAAGACGG AGCTTTGCTA CGGCAGCTTC TCCCTCTGCA GCAACTTCCG CCATTCTCTC
CAAATACCCC ATTGGCCTCA ACCTCTATGG GTTTGTCATA GACAATGTTC AGCCCATTCC
TGAGTTTTCG CTTGTGGCTG TCCATCTAAA GCATGAAAGA AGCGGAGCAG CACACCTTCA
CTTGGACTCA CCTACAGATA ATAATAACGT GTTTCTGATT GCGTTCAAAA CCAATCCTCC
AGATGCTACT GGTGTACCTC ATATCTTGGA ACATACCACC TTGTGTGGTT CGTATAAGTA
CCCTGTACGA GACCCATTCT TCAAGATGAC AAACAGGTCG CTTTCCAACT TCATGAATGC
CATGACTGGC CACGACTTCA CCTTCTATCC GTTTGCCACG ACTAACGCAA AGGACTTTGA
CAACTTGATG GATGTCTATC TTTCATCGGT ATTCGAGCCT CTTTTGTCAT ACAATGATTT
CATCCAAGAA GGATGGAGGT TGGAAAATGA GGATATAAAT GACCCTGAGA GCAAGCTCGA
ATTGAAGGGG GTAGTATACA ACGAGATGAA GGGCCAGAAT TCCAACACGT CGTACTACTT
CTACATCAAG TTCTTGGAAT CCATATATCC TTCTTTAAAC AATGCTGGTG GGGATCCAGC
AAAAATCCCT GACTTGCAGT ACGAAGACTT AGTCGATTTC CACCACAGAA ATTACCATCC
TTCCAATGCC AGAACTTTCA CGTATGGTAA TTTGCCGTTG ATGAACCATT TGAAACATTT
GAGCGACTAC TTCCAGACGT TTGGCGTCCG TCCTCAATCC AAGGATTTGA AATTGCCAAT
CTTCTCCAAC ACGACTTCGC CATCGTCAAC CACCGTTGTC AAGGTTCCTG GTCCTGTAGA
TACCATGTCG TCGAAACCAG CTGAACAACA GTACAAGGCT TCGATCACAT GGAACTTAGG
AAATGCTCTC GAAGAAGCCA ACCAGTACGA GTTGTTCAAA TGGAAAATCT TGAGTTCTCT
TCTCTGTGAC GGCCATAATG CTCCATTTTA TCAAGAGCTT ATTGAAACTG AGTTTGGTGA
TGACTTTTCA GCAAACTCAG GAATAGATGC CACGACTGCT TTGATATCGT TCACTATTGG
GTTGAACAAT TTGACTGTAG AAAAAGTTGG CCAGTTGGAA TCCAAAGTGT TGGATATTAT
TAGAAACAAG GTGCTACCCG AGTTCGAAAA TCCGGAAAGC TCCTACAAAA CTAGAATTGA
AGCTATTTTG CATCAGATAG AATTGAACTT GAAAAAACAT AAGCCAGATT TCGGTTTGAG
CTTGTTGAAT GTGATCGTTC CTACATGGGT GAATGGCTTG GACCCAATCA AATCGTTAAG
GGTTGAACCG ATTTTGAACC AGTTCAAGTC TGACTTTGAG TGCAAGGGAT TACTTGTTTT
CAAGGAACTC CTTGATAGTT CAATTTTGAA TCCACAATGT GAAAAGTTCT CGTTTGTCAT
GGAACCCCAG AATGAATTCA ACAAGAATTT AACCACAGTT GAAGCTGAGA GAGTAAAGAC
GATGGTACAA AGCTTATCTG AAGAAGATAA AAAGATTATA AACGAAAGAG GCCAAGAGCT
AGCTAGAAAA CAGACAGAAG AACAGGACGG AGAAGTATTG CCTACTTTGA CCATTAAGGA
TATACCAGAG AAGGGAGATT TCCATCCACT TTTGTACTCG CAAATTGGCT CCAATACATT
GCAAAAGAGA ATTGTAGATA CAAATGGTTT GGTGTACACT GCTGCTTTAA AGAATATCAA
ATATTTGCCA AAGGAGTACT ATAAATACCT TTCTTTGTTC AGTTCCTGTC TCACCAATTT
AGCAGGGACT TCTCATACAT CCGTTACCGA TCTTGAGACT AAGATAAGCA GATTGACAGG
TGGTATCTCC TTTAGCCACA GAATATCAAC CAATCCCTAT GATATCAGAG AAGTTGACTT
GTACTTTCAG ATGTCGGGAA TGGCTCTAAA AGAGAACTCT GAACATATCT ACAACTTGTG
GCATGAAGTT CTTACTGATA CGCAATTTGA TTCCAATGAC GAATTGGTCG TTGACAAGTT
ATTCACTTTA ATCAAGAATA TGAGCCAGAA CCAGCTAAAT GTAATAGCAG ACAGGGGTCA
TTCATATGCG AGTGGATATT CCAATGCCAA GTTGACTCCT GCTAGGTATA TTTCTGATAT
TACCTCAGGA ATTAGCCAAG TGGAATTTAT AATGGAGTTA AATTCAAATA TCGAAAAGAA
GGGTAAGCAG TATCTTGCTG ACGAAATTTT GCCAATTTTA AAGGAAATCC AGTTATTAAT
CATTGACAAT GCCAAGGGCG AATTCAAGTA TAGATTGGTA GGTGACAAGG ACATTATTGG
AGAGAATGAG AAGTTGGTAC AAGAATTTAA CGACAAAATT TCACATTTCA GCAACACTTC
TAGTCAAGGA AATGCGTCTG AATTGAAGAA TTTGGTCAAT GCTTTCAATA ACAACAATTT
GGGAATAAAT GCAAACCAAA ATACCTTGCT TAACTTACCT TTTCAAGTCA GCTATGCTTC
TCTCGGGAAA CTTGGTGCAG AGTATGCTTG CAAAGATGGA GCTAGTTTAC AGATATTGGC
CCAGTTATAC ACTTTCAAGC ATTTGCACTC TGTAATTAGA GAATCTAATG GAGCTTATGG
TGGAGGCTTG CTTTATGATG GATTGGGTGG TACTTTGAAC TTCTATTCCT ACAGAGATCC
TAATCCGTTG AAGTCAGTAG AATCTTTTGA GAAATCGTTT GATTTTGGGC TTCTGGTAAA
CTGGGAGCCT AAGGACTTGC AAGAAGCCAA ATTGAGAATA TTCCAGAGTG TTGACGCTCC
TACCAATATT GCTAGTCAGG GTTCTACTGA ATTTTACGAA GGAATCACAG ACGTGATGAG
ACAGGAAAGA AGAGAGAATT TCTTGAGCGT GAACAACCAG GACTTGACGA ACGTCATCCA
GAAGTATTTG GTTGACCAGA AGGATAACCT GGTTACAGTT ATCGGTGATA ACACAACTTT
AAATGTTGGA AAGGACTGGA CTGTCCAAGA GTTGAATGTT AACTAAACCT GTAAATAGAT
AATAGACGTT ATGTATATAT TAATAT
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| Protein sequence | MLAARSRSIV NAARRSFATA ASPSAATSAI LSKYPIGLNL YGFVIDNVQP IPEFSLVAVH
LKHERSGAAH LHLDSPTDNN NVFSIAFKTN PPDATGVPHI LEHTTLCGSY KYPVRDPFFK
MTNRSLSNFM NAMTGHDFTF YPFATTNAKD FDNLMDVYLS SVFEPLLSYN DFIQEGWRLE
NEDINDPESK LELKGVVYNE MKGQNSNTSY YFYIKFLESI YPSLNNAGGD PAKIPDLQYE
DLVDFHHRNY HPSNARTFTY GNLPLMNHLK HLSDYFQTFG VRPQSKDLKL PIFSNTTSPS
STTVVKVPGP VDTMSSKPAE QQYKASITWN LGNALEEANQ YELFKWKILS SLLCDGHNAP
FYQELIETEF GDDFSANSGI DATTALISFT IGLNNLTVEK VGQLESKVLD IIRNKVLPEF
ENPESSYKTR IEAILHQIEL NLKKHKPDFG LSLLNVIVPT WVNGLDPIKS LRVEPILNQF
KSDFECKGLL VFKELLDSSI LNPQCEKFSF VMEPQNEFNK NLTTVEAERV KTMVQSLSEE
DKKIINERGQ ELARKQTEEQ DGEVLPTLTI KDIPEKGDFH PLLYSQIGSN TLQKRIVDTN
GLVYTAALKN IKYLPKEYYK YLSLFSSCLT NLAGTSHTSV TDLETKISRL TGGISFSHRI
STNPYDIREV DLYFQMSGMA LKENSEHIYN LWHEVLTDTQ FDSNDELVVD KLFTLIKNMS
QNQLNVIADR GHSYASGYSN AKLTPARYIS DITSGISQVE FIMELNSNIE KKGKQYLADE
ILPILKEIQL LIIDNAKGEF KYRLVGDKDI IGENEKLVQE FNDKISHFSN TSSQGNASEL
KNLVNAFNNN NLGINANQNT LLNLPFQVSY ASLGKLGAEY ACKDGASLQI LAQLYTFKHL
HSVIRESNGA YGGGLLYDGL GGTLNFYSYR DPNPLKSVES FEKSFDFGLS VNWEPKDLQE
AKLRIFQSVD APTNIASQGS TEFYEGITDV MRQERRENFL SVNNQDLTNV IQKYLVDQKD
NSVTVIGDNT TLNVGKDWTV QELNVN
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