| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_29444 |
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| Symbol | FST6 |
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| ID | 4837170 |
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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 | 274723 |
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| End bp | 278130 |
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| Gene Length | 3408 bp |
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| Protein Length | 1135 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640388485 |
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| Product | Fungal specific transcription factor |
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| Protein accession | XP_001382818 |
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| Protein GI | 150864115 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 0.746145 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTTTCC ACGTCAACAC ATTTCGGGCC ATGGACCAGT CCAAGCTCGA AAACCGCAAA
CAGGAGCTGC ATTCACGTGA ACGACCAGCT TTCCACGATC CTCTTGGCCC TGTGGTTGGT
ACCACCATTA CTAATCAGAC GGGTGCAAAT AATCGAAGTG AGCATACATT TGCTCCAGAA
AATGGAAAAC AAATCAGGTT TGAAAACTCA AGTGGAAATT CAAGCGATAA CTCAAGCGAC
AACGTAGTTG ATAATCTGAG CGTTGCCATG AGTCGAAGAT TTTCCAAAAA CGAAAATAAT
GGTGGGGCTG CCACTTTGAA AAATTCTCGC AATACTATGG TAGATGAAGG CTACAGCCAT
AAAGCTAGCT TTAAGGTCAA GCTGGAGCCT CGGAAGAGAC ACAGACTCAC TTTGGTGTGT
AACAACTGCA AAAAAAGAAA GATCAAATGT AACAAACAAG TTCCATGTGA CTCTTGTGTC
AAGTCCGGAA ACTCCCAAAG TTGTTGTTAC GATGCTGCAC TCAGTCCGTC TAACACCACT
ATGCCATATG TCTCTAGCGC TAGAAGACCA ATAGTGCTTA AGGAGGAACA GATAGTTATG
CCAAAGAGAC ACAAGACTTC ACAAGATAGA AAGCTCATAC CTCATACAAC AACTATTGGT
AACAAGGCTG CCTATAATGC AAAAAATGAC GTTTTTCACT CTGCCATAGT TGCGCTGAAT
GGTAACAATG GTGAAACCTA TTCTGGAAAT GTAGATTCTT CTGGAGGTGG ACAAAAAGTC
AATATATATA AGAAGGAACT AGATGCCTTG AAGGAGAGAA TTCGGCAGTT GGAGTCCTTA
AACGGTCTGC AAACCGCTTT GGCTCCAACA AGCGGTGCTT ACTCTGCTGT TTCGGAATCT
AATATGACTC CTTCTCTCGT TCCTACATCA TCATACGCCG TGGACGAGTC TGCTCAGAAA
CAGATGAATC TACCACCACC ACCTTCTTCT TCTATTCTAT CGTCATATTC TCCCTTGTCA
GGTGAGCAAC AGAGTGGCAG TACATCGAGT ACTACTCTTG GCACCCCTTC TCTGGTAGCT
ATACAAAAGA TATTGGATTC CAAGCCTTTA TATCAACCAA CATACAATGC ACCAATCAAG
TTGCCTCCTA TCAATTGGAA GGCCACGCAA TCTAGCTCAA CTGTTTCATC GACTCCAGTG
TCTGACGATC TAGCAAAATC CAGAAGTCAT TCACAGCCTG ACGGAAACGC CCAGGAATTG
ACATCCCTTC TTGGTATCAA TCCGGTTCTG CAGCAGCTGG ACGGTATCAA CTTCTACCGT
TTTGACAAAG ACACCCCCTT CAGTTGGTCG TCTCTAATGA AGAGTGATGA CCAATTACGA
CTGCTCTTGC AATATGTCAA AACTCAACAC GCAGTGCTAG ACGAGGATAT CAGTTATCCC
AAGAGTCCTT CCGAGTTGGA AATGTTTGAT ACTAGCACCC AGGAGTATCG GTCTTTAATT
CGTCAAACTA TGTCTAGAAC TACTTATGAC CACCACCAAT CGCTCACTGA TCGTATTACC
GAACGCTTAC CAGAAAAGGA AATAGTGTGG TTGTTGATCG ATCGATTCTT CGAATTCTTG
TATCCGTTTT TACCCTTTGT CGATCAATTG ACATTTATAG AAGATATGGA AAGACTATTG
GGTCCAAGAG AGCAAGAGTC TACTGGCTTC GATATTCCTT CACATATAAA GCTACACAAA
GAAACGTACG AACATGATAT GGCAATGTTA GGAATATTGT TGCTTATGAT GAGATTTGGT
TACCTCTCTC TTTTCAGAAA CAATGATGAT TTCAATATCG AGACAATTCA AGGAGGAACT
AGTGCAAGAG TTATATCAGT ACTGCGTTTA CTTCGTCATC CTATATCTAT TGATTTAGCA
GAGTTGGCCA GAGAATGCTT AGCTGGTTTT AATGTTCTTG ACGAAAACAT TCCATTCACT
TTTTCTACCT TGCAGTTAAT GTTTTTCATG AGATTTTACT GTAGACTCCT GCCAGAGGAC
GGCTGGGTTC ATGATGTAAT AGACTATCAT GGCGCCATAG TGCGAATGTC TCTTGCGATG
AAGTTGAACA TTGATCCAGA TCAGGTACAT CCTTCGGAGA GTCCCAGAAT GAAGAATTTG
CGAAGGAAGA TGTGGAATTT CTTGGTTATA GCTGATGTTC ACAACAGTCT AGCATTCGGT
AGTCCGTTGT ATATCAAAGA AGAAACTTGC CACACAAAAG TTGTATACAT CACTGAAGAA
AATAGCAACA TCATAGGCAA TTTTGAAAGA GAAAAATTCA TTTTTGAAGT TGTCCATAAA
AAGTCTTACG ATTTTCATGT TCGTATGAAG TCAATGTTGA AGTTTATCTT GGATAGAAAC
TCCACTACTC CATTAAGTCA AATAGTTGAC AAGTTGAATG ATTTTGAAGT ATTGGTGAAC
GAGCATTTTG GAGGCTCTCT GATTGTCAAT GCTATCTGCG GAGACTGTAA GTGGAAGGTG
GTTTGTAATA AGGGTGATTA TGTTAACATA TTGAATGAAG ACGACCGGCT CTCGTTGAGC
TGTTTTGAGA GAATTCATAC AATCAAAGTC TTCTTATCGA TCAATACCTT CTTGATGACT
ATTTATTATT ACATGTATTT GTTCTATGGG GACTCCCTGA ACAATATTTC GTGGTTTTAC
TTGAAGAAAT CGATGATCTA TATTACTGAT TTGATCCCTA CCTATCACAG TCTCTTGAAT
GAATCTCAAA CATGTTCTGA CTTCATTATC AACCCTACTT TGCAGGGATT GATCCACAAA
TCCAATCAAG TACAGCTTTC TTTAATCATA AAGTTCAGTA TGAATAGCGG AGACGAGAAA
TTGCGTTCTT TACTTGTGAC AACATACCAG ATCTTGATCA ATTTGATAGG TGGAATCAGT
AAAAGATATT ACTACGCTTG GAAGATTACA AAAGGACATA CATATTTCTT GTCAGTGATC
CAGAGTCAAG CGTTTCAACG GTGGATGTTG CAGCAAGGTG GTGTCGAGTC AAGGTACAGC
AAGTATCAGT TGGACGGCTT GAAGACTATT GTTTCACGAT GCATAGACAA GACTCAAGAA
AACAGGGAAA ACAGAAGAAG TGGTAAGAAT AGGAACGCAT TAACTGAGTC CGAGTGCCTG
GAAAATACTC AGGAATTCTC TAGAGAAACT CTGAGAACTC CGCCTCTGTT ACCTGGTTCT
AACGTGGCGA GCAGCCCATC GATGGCAAAT ACCGATCAGC AATGGATAGA CTTGATTTTC
AACATAAAGA ACGATCCGGC CACACGCGAG TTGACGTTGT TCGACTTGTT CGACGAGTTG
GAGAGTAATC CTTTGGGTGC AAAAAACAAG CTACAAGACG ATAAGTAG
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| Protein sequence | MAFHVNTFRA MDQSKLENRK QESHSRERPA FHDPLGPVVG TTITNQTGAN NRSEHTFAPE
NGKQIRFENS SGNSSDNSSD NVVDNSSVAM SRRFSKNENN GGAATLKNSR NTMVDEGYSH
KASFKVKSEP RKRHRLTLVC NNCKKRKIKC NKQVPCDSCV KSGNSQSCCY DAALSPSNTT
MPYVSSARRP IVLKEEQIVM PKRHKTSQDR KLIPHTTTIG NKAAYNAKND VFHSAIVASN
GNNGETYSGN VDSSGGGQKV NIYKKELDAL KERIRQLESL NGSQTALAPT SGAYSAVSES
NMTPSLVPTS SYAVDESAQK QMNLPPPPSS SILSSYSPLS GEQQSGSTSS TTLGTPSSVA
IQKILDSKPL YQPTYNAPIK LPPINWKATQ SSSTVSSTPV SDDLAKSRSH SQPDGNAQEL
TSLLGINPVS QQSDGINFYR FDKDTPFSWS SLMKSDDQLR SLLQYVKTQH AVLDEDISYP
KSPSELEMFD TSTQEYRSLI RQTMSRTTYD HHQSLTDRIT ERLPEKEIVW LLIDRFFEFL
YPFLPFVDQL TFIEDMERLL GPREQESTGF DIPSHIKLHK ETYEHDMAML GILLLMMRFG
YLSLFRNNDD FNIETIQGGT SARVISVSRL LRHPISIDLA ELARECLAGF NVLDENIPFT
FSTLQLMFFM RFYCRLSPED GWVHDVIDYH GAIVRMSLAM KLNIDPDQVH PSESPRMKNL
RRKMWNFLVI ADVHNSLAFG SPLYIKEETC HTKVVYITEE NSNIIGNFER EKFIFEVVHK
KSYDFHVRMK SMLKFILDRN STTPLSQIVD KLNDFEVLVN EHFGGSSIVN AICGDCKWKV
VCNKGDYVNI LNEDDRLSLS CFERIHTIKV FLSINTFLMT IYYYMYLFYG DSSNNISWFY
LKKSMIYITD LIPTYHSLLN ESQTCSDFII NPTLQGLIHK SNQVQLSLII KFSMNSGDEK
LRSLLVTTYQ ILINLIGGIS KRYYYAWKIT KGHTYFLSVI QSQAFQRWML QQGGVESRYS
KYQLDGLKTI VSRCIDKTQE NRENRRSGKN RNALTESECS ENTQEFSRET SRTPPSLPGS
NVASSPSMAN TDQQWIDLIF NIKNDPATRE LTLFDLFDEL ESNPLGAKNK LQDDK
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