| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_67483 |
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| Symbol | |
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| ID | 4838695 |
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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_009044 |
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| Strand | + |
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| Start bp | 336703 |
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| End bp | 339886 |
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| Gene Length | 3184 bp |
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| Protein Length | 657 aa |
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| Translation table | 12 |
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| GC content | 47% |
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| IMG OID | 640390010 |
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| Product | predicted protein |
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| Protein accession | XP_001384019 |
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| Protein GI | 150864981 |
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| COG category | [A] RNA processing and modification
[D] Cell cycle control, cell division, chromosome partitioning
[K] Transcription |
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| COG ID | [COG5147] Myb superfamily proteins, including transcription factors and mRNA splicing factors |
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| TIGRFAM ID | |
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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 | 21 |
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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 | CACCAATAAG TTATAAGAGC AAGCAACGAG CTGTCCGGCC CGACGCATCT AAAGCACGAC
ATCTCTCGAG GTACGACATT CCCCTCGACG CCCCAAAACC GCAACCCACA CCCAAGAGGC
CCACATCCAC TGGCTAGCTT AACTAGACGT CGCACGACAT TGTACCGCGA CATCCCACGA
CACGACAACC CCCACGGCCG CCTATCACTG ACCCAGCGTT TCTGTCAGTG ACTTGGTCCA
GAATCAGATT ATTATCTGCT CCATATAGTA ATCGTCCTTC CTAGGCTTCA AAAGTCAAGG
AGTAAACGAC GACATTGGAG GCCCCAGAAA ACCCTTCCAA ATATAAGGGG CACCAGCACA
ACAAAGTGGG ACCCACCCAG ACAAGTTTTA GACTCCACCA AAGGTCTAGC CGTGACAATT
TGTAGATCTC CAGTCACTTT ACGACATTAC TTTGACTAGG CTCTAGCACC AACTCTTTCT
CGTCCCCACA TTGCCACCAA TCTCATTGAT AGCCACTAGC ATATTCAGTC ATCTGGTTTG
AAAATTTCTC CACTACGTCA AATTTTCCAG CGAAGCAGAC TAAAGTCACC CTATCCAGAA
GTCTAGCAGG GAAAATATAT AAGGAGCCCT CTTTATATTA TCGAGACATC CGTAATTTCC
ATACCCCGTT CTTGACACTA TAGGAGAGTT TGTTCTTGAT CCTTTTGACA TTTATTGATA
AATCTTACTT TTCCTTGATC TTCCAGATCT TTATCCATAC TTGGTAGTCT CATTTATATA
GTAGTCCATT TGGCTCGCAT ACCGTTTTAC GCTACCTTTC CTCATACAAA ATTAATCCCT
GTTTTGGACC CAAAAATTAA CTAAAAAGCA TCTGCCATTC CACCATTTAG CAAGTAGCTA
ATCCAAATTA CCCCCTACAG CGATATCCTT CAGTGATATC TGCAGAGCCC CCACAAGAGC
CCCCCATCAT TCAGTCCCAG ATATATATTC GCACACCGGT GCTCACCATG AATTACCATA
ACTCAAACCC CGGCGGGCCC GACGCTACGT CGGCTTCCTC AGCACCAGCA TCCACAGCGT
CGTCAGCATC GGCAGCCGCT TCTGCATCCT ATTACTACGC TCCGGTACAA CAGTACCAGC
CGCAACCGCT CCACCACACC ATCCAGCCTA ATGGCCCGAA CTCGGTTCCA ACCACCCCAG
GAGCCCCCAC AAGAAGAGGT CCATGGTCTC CTATGGAAGA CAAGAAGCTT CTTGATCTCA
TCAACATCTT TGGTCCTACC AATTGGGTGC GCATCTCTAA TAGCATTGGA ACGAGAACGC
CGAAGCAATG CCGCGAGCGC TACCACCAGA ACTTGAAGCC GCTGCTAAAC CGTCTGCCAA
TTACAGTAGA AGAAGGCGAG TTGATCGAGC TGTTGGTAGC AAAATACGGT AAGAAATGGG
CCGAAATTTC TCGTCACTTA AATGGCCGTT CCGACAACGC CATCAAGAAT TGGTGGAACG
GAGGAGCCAA CCGTAGAAGA AGAGCCTCGT TGGTGCACGA ACCGAATGTG GCTGGTAACA
GCAACAGCAA TAATAATAAC AACTCGATGA GCAGCTCTAA CGGTAGTAAC GTCAATGCCA
ATGGCCTCAA TAGTAGCACT AGCATCTCGA CGATGTCGGC ATCCACTTCT GCATCCACCA
ACTCCACACG CTCGCAAAAC GGGTCGCTCT CCAGTCCTTC AGGACTTCCC ACGCTTACCC
AGAACAAGAG TTCTGCTAGC TTGCCTGAAG CAGTGTTGTC TGTCAGCTCG GCACAGGTCC
ACCAGTCAAA TTCGCTGCGC TCATCACTCA ACGAGCCTTC GCTCTCGGCA AACTCATCTG
CACTCAACTT ATCTGCTGCA AACCCGAACA GTCTTTCATC CTACGCCATC ACCAATAACC
ATAACACCAA CATCAACAAT ACCAGTAACA ACTCCACAAT ATTACCACCT CCTATCGGAG
CTTCGCAGCC TTCGACTTTC CCCCAGATTC CTCAGCTTCC CCAGATTTCA TTTAACACAT
CCATGTTTGG TAAGCCTGAT GCGCTGTTCA AAGCCCATAC ACCTCCTCCT GGGTCTATGG
CTGCAGCCGT CCCTCATACC ATGACTTCAC CTGTAAAAGC GACTTCACTT AGATCTGCTA
GTTTTGACGT AACCTCGGCT ACTGGAGCCA CGAACGCATC CACTTCAACT CTTACATCCA
CCACTCTTCC TCCAATTTCT TCATCTAACA AGAGAAGACT CTTGGACGAC CCCATCAGTA
GAAGACATTC CACTGCAAAC TACCACTATG CCCATCCCAA CGGAAACACA AATAACAATA
ATAATAATAA TAATAATTTC GCAGTTCCGA CTTCTTCGGC TCCTGGTTCG GCATCTGCTG
CTACAGGTTC AATTATCGGA GGTGCTGGCA CCGTTTCTCC CTCGTACTAT GGCTCGCCAC
TACTTCTCAG TACTCAAGTA TCGAGAAACA ACTCGATCTC ACACTTTGAG TTTCTGACGT
TGAACTCAAC CTCGCATTCT CTGAGAAGAT CGAGTTCGAT AGCACCAGAC TTCTTTCCAA
ATCCATTAAA GGAGCTACAG GCAGCCGCAT CTTCCTTGAA CAAGGAGGGA AACGTGAACC
ACAAACGTAA CATGTCGCAG AACTCGTCGT TCAACTCTCC TTCTTTGACT CCTTCTACCC
GTTTCTCCAT CTCATCAACT ACCTCCCTTT TAAATAACAC TTCTACCAAC TTGACAATGC
CATCAGCCAC AACCCTGCCT TCCAGCAATT ACAACGGTCT CAAGAACGAT CATTCTTCTA
GCAGTGGGTC CATTCCAGCA CTCAAAGAAG AAGTCGAGTT GAAGTTGAAG CACAAGAACG
ACTTGGACGA TGTAGACATG GACGACTCCC ATAACCACTT GCAAAATCCC AGGACAACCA
TGGTGAAAAC CAAGATCTCG GTTCTGAGCC TCATTGATTG AATGAGCGGT GGATCCGTTC
TCTCGGACTG TTTTCGTACT TCCATCTGTA ACAATACTTG TTTTCCTTAT AGACCTCCAA
AAACAGTTTC TTCAATTCTT GGTTATCTAT TTTTCAATTC TCGGGAGTTT ACTCTGTAAC
TAATAATTTG ACTATTACTT CAAGAAAATG AAATACATAT TTAAGAATAC ATGCATCGTT
CTAC
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| Protein sequence | MNYHNSNPGG PDATSASSAP ASTASSASAA ASASYYYAPV QQYQPQPLHH TIQPNGPNSV
PTTPGAPTRR GPWSPMEDKK LLDLINIFGP TNWVRISNSI GTRTPKQCRE RYHQNLKPSL
NRSPITVEEG ELIESLVAKY GKKWAEISRH LNGRSDNAIK NWWNGGANRR RRASLVHEPN
VAGNSNSNNN NNSMSSSNGS NVNANGLNSS TSISTMSAST SASTNSTRSQ NGSLSSPSGL
PTLTQNKSSA SLPEAVLSVS SAQVHQSNSS RSSLNEPSLS ANSSALNLSA ANPNSLSSYA
ITNNHNTNIN NTSNNSTILP PPIGASQPST FPQIPQLPQI SFNTSMFGKP DASFKAHTPP
PGSMAAAVPH TMTSPVKATS LRSASFDVTS ATGATNASTS TLTSTTLPPI SSSNKRRLLD
DPISRRHSTA NYHYAHPNGN TNNNNNNNNN FAVPTSSAPG SASAATGSII GGAGTVSPSY
YGSPLLLSTQ VSRNNSISHF EFSTLNSTSH SSRRSSSIAP DFFPNPLKEL QAAASSLNKE
GNVNHKRNMS QNSSFNSPSL TPSTRFSISS TTSLLNNTST NLTMPSATTS PSSNYNGLKN
DHSSSSGSIP ALKEEVELKL KHKNDLDDVD MDDSHNHLQN PRTTMVKTKI SVSSLID
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