Gene PICST_76670 details

Gene Information

• Locus tag: PICST_76670
• Symbol: FST5
• ID: 4837758
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Scheffersomyces stipitis CBS 6054
• Kingdom: Eukaryota
• Replicon accession: NC_009043
• Strand: +
• Start bp: 1742226
• End bp: 1745640
• Gene Length: 3415 bp
• Protein Length: 1026 aa
• Translation table: 12
• GC content: 43%
• IMG OID: 640389073
• Product: Fungal transcriptional regulatory protein
• Protein accession: XP_001383619
• Protein GI: 150864684

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 20
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

GTTTAACCAT TTTTCCTACG TCCTAAGCAC AACGCTGGTA CTGGCGTCAC TCAGCGAGTC 
CCGTGACGTT TTTCCTTACC CTGCCACCTC TTCCCACCGC TTCCATCCAT GGCCCAATAG 
CCATGTCTAC CAAGAAGCGC AATAGAGCCA CTAAGGTGTG CGACTTCTGT AGAAGGCGCA 
AAGTTAAGTG TGATTTGGGG AACCCCTGCT CCACCTGTGT CAAGTACGGC CACCGCAATT 
GCCGATACAA GGAACAAGAC AACGAGGCCG ACTCAGACTT CAAAGTCCAG GATCAGTTGC 
TCCAGTTAAA GGAGAAATTG AGACTGCTCG AAGAGTCTGT AAATCAGAAC CCAGCCTTCA 
GTGAGTACCA CAAGGAAAAG AGCAGCATCA GCAGTAGCAG CAGCAGCAGC AGCAACATTA 
ATAACTATAA CAGTAATCGT AACATTTCTA GTAACAACAG TGTCAATAAC AGTAGTAGCG 
TGAATAGCAA GATCAATAAC AATCTAAACA ACAATCTTAG CAATCTTAAC ATTAACAACA 
ACCCTAACAG CATCAATGTT AATGACAACC TCAATATCAA CAACGAAGAT GTCAACTTCA 
ACAGCAATAT CACCAACAAT AACAAACGAC AACATCTTGC GGCCAGCAGT TCGCCACCAT 
TTGAGAACCC TGGTTTTGGA ATCTTGGATG TACGGAGCGT CTTAGGGAGA AACCCCGTTG 
CATCAGAGGA GGATGTAATC AACTTCTACG ATGGATACTC GTCCGTCTAC GACAAGGAAC 
CAATTAGAAG ACGGAATTTC GGGCCCATGG CATGGGTCAC TTTAGTAAAA GTGGATAACT 
GTAGTGGGAA GCTCTGGGAC TATATACATT GTGTCAAGAA CTCGAACAAG GAAATCCGGG 
GCGCCAAGTT TAACGGCGAG ATGTTAAGCA AAGTAGACGT TTTTCCCACA GCCAACGCAG 
TGGACCAGGA TTTCCGAGAA AAGGTCACCG AAGATGAAGG GTTCAACGAA GTGAGGCCAT 
ATAAAGATGT TGCCTATAAA CTCTCACCGG GACACAATAA GTCTTCTATT GACAATAAGC 
ATTCTCAGAA TACTTTGAAT GAGAAGGCCA AGAGCTTAGG CTTGATGTTC TACCAAGGGG 
GATTGGACGA GGAGTTGGCG TTGATCGAAA AGATCCGCTT GGTCTTGCCC AAACGTAAAG 
TCATATGGCT ATTGTATAAG CGATACTTCA CCCACTTGTA TCTGGCCTTG CCATTGCTTG 
ACGAAGTCGT CTTCAAGGAA AAGATCCAGA AGCTCGTGGG CCAGGAAAGC TACGAGGATG 
TAGATGTCAA AGTGCAAGTG GAGATGCGAT TGGATTTCGC CCAGTTGGGA TTGTTGCTCA 
TAGTACTTCG TTTGAGTTAC TTGACGTTGT TCACGAATGT CGCTTCTATC AATGAGGCGA 
ACTTGATTCT GAATGATCCA TCACCAAGAG CCCAGGAAAT CAAGTATTTA TTGAACAATC 
CCATCAACAT CGACGTTATA GATGTGGCTC AGAGCTGTCT TAACCAGTTT AACCTAATGA 
AGAATGTCAA CATGACCACC ATGCAATTGG CCATGTACAT GAGGATCTAC CACATGTATG 
CTCCTGAAGA AGGCGACGGT ATCGACGGTG GAGATGCGCA GGTGTTTAAT GCCATGTTGA 
TTCAGATGGC TTACTCTCTA GGCTTGCATC GTGAACCAGA CAAATTTCCC AAAGAATTGA 
ACGACGAAAA GACAAACAAC CTTGGAAGAA AAATGTGGTA CATGTTGTTG GTGTTTGACA 
TGAACAACTG TATGGCTAAT GGTACTCCCA TGAATGTACA CAGGTTGTCT TTCGACACCG 
TATTCCCTTT TTATAGACCA GGAAACGAGA ACGTCATAGA TGTGGAGGTA GAAAAAAGCG 
TCTTAAGTTC ATTCAACCGT TTCAACAACG TGTACGCTCC CATGACAGAA ATTCTCGATA 
TGATTGTCAA AGTCAAGGGA GGGGTCAAGA TGACCGATCT TGCTGAGAAA TTGTCGTATA 
TGGAATCTCA CTTTGTAGAG GAGTATGGCA AGATAGGCAA TCATTTCGAC GCTGGAAACT 
TGAGTCAAGT TGAAGTATAC CAGACAACAT TAAAAGTCAA AATCCATCTA ACCTCCAATA 
TGTTTGTTGT CACAATTTTT TTCCACATCT TCAACTATTA CGAGAAGAAA GGATTTTCTG 
AGTTAGCCTT CTTTTACCTC AAGAAGATTT TCTTGATCAC CATCTTAGAC TTAATGCCTT 
TCTATTTTGA ATTCTTAGAC CGCTCCCATA TTATTTTCAA GAATTCCACG GATTTGAGCA 
TTACTCCCGC ATTTGAAATG GTGACTCATA AGGCTCTTAT TGTATTGATG AGTATACTAT 
TAAGAGTTAG ATTTGCTATC AAGACGAGCG AGGACTCCTT TGATCACAAT ATGAAATTAA 
TCAAGGTTAT CAGCTACAAG ATATATTACG ACTGTTTGAT TAGAATTAAG GGTCTTCTCG 
AAAAGTGTTT GGGCGTTTTC AGAGAGAGCA TTGCAAAGTT AAGTCACAGA TATTACTATT 
CGTGGAGAAT TACCAAGGCA CAGAACTTCT TAAACACACT TTTGACAAGC GACCAGTTAT 
ACGAGACTTA TGCTCCCCGC ATGAGCGGGC CCAGATTGGA ATTCACTAAT GCCATGTTGG 
AAGAATTGAC CACTATTCTT GAAAAGGCTT TATACAAAGT GAAGGAACAC AAGAAGGCCC 
AAAAAGGTGG GTCTCAAGCA TCTAAAGCAG ATCCAACGGT CAAGAGGGAT CCTGCGAGCT 
ACACCGTTAG TGGATCTGTT GGACTGAGTG ACGATCGCTG TAATTCATAC GAAGATCGTG 
ACAAGATTAC ACCTACTTTT TCGAGTACTT CTGTTGGATC AACTACCTCT AATGACAACT 
ATTTTGACGG TGACTACTTG CCCAATGACC AGATCGACTC CATTTGGTTA CAGATGATGT 
CGTTGAAGAG TCAGGCGGCA GATCCCACAG CCAACTTCAA CACCCCTGCC CCACTTGGAG 
TGGGCATTCC TGGATCAAGT ATGTATGACG CATTGGGAAC GCCTGGTGCG TCCCTTGGTG 
GGGACATGGG TCCTTATCTT GAGACAGATA ATCTCAACCT CTATCAGCGA GACGATTTCT 
TTGGAAACAT GCCTCTTGAA GAGATCTTCA AAGACTTCAG CTGATTTTTT CGTTTTTTTT 
CCACGACTTG TTTTACTATT GCTTTTGAAA CTAGAAATTA CCATAAAAAC CATCAAAAAG 
ACTAAAAAAA AGAATGCTAA TTGAATTCAG GAGATCTATT CCAGATTTTG TATATATCAT 
TGTTTATTAA CTTGTAAATA GAACGATTGT GAATGAATGA ATGTCTATGT AAATG 

 

Protein sequence

MSTKKRNRAT KVCDFCRRRK VKCDLGNPCS TCVKYGHRNC RYKEQDNEAD SDFKVQDQLL 
QLKEKLRSLE ESVNQNPAFS EYHKEKSSIS SSSSSSSNIN NYNSNRNISS NNSVNNSSSV 
NSKINNNLNN NLSNLNINNN PNSINVNDNL NINNEDVNFN SNITNNNKRQ HLAASSSPPF 
ENPGFGILDV RSVLGRNPVA SEEDVINFYD GYSSVYDKEP IRRRNFGPMA WVTLVKVDNC 
SGKLWDYIHC VKNSNKEIRG ANKVDVFPTA NAVDQDFREK VTEDEGFNEV RPYKDVAYKL 
SPGHNKSSID NKHSQNTLNE KAKSLGLMFY QGGLDEELAL IEKIRLVLPK RKVIWLLYKR 
YFTHLYSALP LLDEVVFKEK IQKLVGQESY EDVDVKVQVE MRLDFAQLGL LLIVLRLSYL 
TLFTNVASIN EANLISNDPS PRAQEIKYLL NNPINIDVID VAQSCLNQFN LMKNVNMTTM 
QLAMYMRIYH MYAPEEGDGI DGGDAQVFNA MLIQMAYSLG LHREPDKFPK ELNDEKTNNL 
GRKMWYMLLV FDMNNCMANG TPMNVHRLSF DTVFPFYRPG NENVIDVEVE KSVLSSFNRF 
NNVYAPMTEI LDMIVKVKGG VKMTDLAEKL SYMESHFVEE YGKIGNHFDA GNLSQVEVYQ 
TTLKVKIHLT SNMFVVTIFF HIFNYYEKKG FSELAFFYLK KIFLITILDL MPFYFEFLDR 
SHIIFKNSTD LSITPAFEMV THKALIVLMS ILLRVRFAIK TSEDSFDHNM KLIKVISYKI 
YYDCLIRIKG LLEKCLGVFR ESIAKLSHRY YYSWRITKAQ NFLNTLLTSD QLYETYAPRM 
SGPRLEFTNA MLEELTTILE KALYKVKEHK KAQKGGSQAS KADPTVKRDP ASYTVSGSVG 
SSDDRCNSYE DRDKITPTFS STSVGSTTSN DNYFDGDYLP NDQIDSIWLQ MMSLKSQAAD 
PTANFNTPAP LGVGIPGSSM YDALGTPGAS LGGDMGPYLE TDNLNLYQRD DFFGNMPLEE 
IFKDFS