| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_70016 |
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| Symbol | |
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| ID | 4837190 |
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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 | 1158343 |
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| End bp | 1161763 |
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| Gene Length | 3421 bp |
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| Protein Length | 638 aa |
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| Translation table | 12 |
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| GC content | 44% |
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| IMG OID | 640388505 |
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| Product | predicted protein |
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| Protein accession | XP_001382439 |
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| Protein GI | 150863830 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4850] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.165048 |
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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 | 22 |
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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 | AAACTCCAAG CTCAAACTCA TCGCAGATAT CTATCGAGAC TACCGCGCTC TCAAGAAGCA
CTACCCTGTT TCGCCCGAGC TTATCAGATT CTCCCGCAAA CGCTATGCCA AAATGACCAG
TCCCTCTGAA TTCTCAAACA TCAATGGCAG AACGTCTTCT CCGCTAGATT CAGATCTCTC
GCAGCCTCTT TCTCGTAGAC AAAGACTCTT GGGCCTAGCC AGAGCCACCA GAGACAACTA
TATACCACGA CTCACTGGTC AAGTCACCCA GATAGCCTCA GGAGCTTCTC GCGCTTTTGC
TACACCTGGA AGTGATCTCT ACGATGAACA GGGAAACGTC ATCTTCCCCA AAGATGCTTC
TATTACCTTG TTCCCGTCGT ACACCAGACA GGTAGGCGAC AAATACTACA TAGACATCAA
GGGCTGGGTC TCGTGCCCCG GTCTCATGAC TCGTAAAAAC AGATTGATCC TCTCATTAGT
GAGGCAAGTT ACACGGTACA ACTCGGCCAA CTCAGATCAG GCTATACACC AGTTGGAAAG
CGACAAGTTG AAACAGGATA TGCTCCAGGA TGACGTTTCT GATTTGGAAT CGTTTCATTC
CGAAGCTTCT AAAGATTCGA ATCCAGACCA ACTTAGAAAT GTCACGAGCT CTAGCTCATC
TGTACAGACT GGTCCGTCTG CTTTCAACAA CGAAGAGTTG ATGAAGGAGA GATTGGCATC
ATTTATCGCC AGATCAATCC CTAATGCAGC ACTAACTGTG GTTATAGGCT CTCACGTAGT
CCATTCTGAA ATCGCAGAAA AGGAAGTCTT CACAGATGCC AGTGGAAATT TCGAAACAAC
AGTCCAGACC AGCTACCTTC CCTCAGTTAT TCAGGTCAAG GCTAACTCCG ATGATACTAT
CTTTTCGTTT CAGGACGTCA TGTTCGTACC AGGTGAAGGG ATTGGTGTGA TCAGTGATAT
CGACGACACT GTCAAATTGA CTGGTGTTAT AGGCGACAAA AGAGAATTGA TGACAAACCT
TTTATTGAAG GAAGTGACAA CTTGGAGCAT TCCTCCCGTT ATTAGCTGGT ATGATAACAT
CAAAAAACTA GACAACGTTT CGTTCCATTA TGTTTCCAAC TCACCCTGGC AATTGTTCAG
TACAATCGAA CAATATTTTC GTGCCGTGAA ACTTCCCTAT GGGTCGTTCC ATCTAAAGCA
CTACACCGGT AATATTATTT CCTCCCTTAT GGAGCCCTCT TCTTCTCGTA AAAAAAAGTC
ATTAGACAAG ATCTTGAATG ATTTCCCTGA AAAGAAGTTT ATATGTGTTG GTGATTCAGG
TGAAGCAGAT CTTGAAGCCT ACGTGGACTT GGCCAAATCT CACCCAGGGC ACATTTTGAG
CATCAATATT CGTGTTGTAG AGGATTCTTT GTCTGACGTT GACGACAATA AGATCCTCAA
TGAGCTTGTA AGAATATTGA CTACGAAAAG AAGAGTAACG TCTTCATCTG CAACTCCACA
GCCGGTAGAA ATACCAAATT TGATTGACTT ATCTGATGAT AGCCCTGTAT CTACTCCACA
GGCAGAAGAA AGAAGAGCCA AATTACCTCC AATGATACCG AAGAAACCAA CCAATTTGAA
AGGAAATTCG CTTGAAAAGA AGCCACCCTT ACCTAGAAGA GATTATTTGG CAAGAGCTCA
TACCGATTCT GAACTTGCTT CTAAACCTAC TGTGATTGAG TTAACAACTG TTGAACTGCC
ACCTTTACCC AAACGACCTG ATGCCGTCTT GCATCACGCC AAAACTGAAA GCGATGAAGC
TTTTTCACAG CATGAAAACA ATCTTTTTGA CAACTTGCAG AACATATACG ATTCGCCAAA
TTTCTACGAA CTTGAAGAAA TGGATAGAAA AGGAGCCAAT TGGATTCGCA GAGTGATAAC
ATCGTTACAA GATCTAGAAG GCTCCGGTAC GGAACTCAGG TTATTCTCTG ATGGAGACCA
ACAGTTCTTT GCCAACAGCA CCGAGGACCT CCGAAATTTG AAGCGTTGAT GGTTACGAAA
AAATTTCAAT GATGTTATAA TGTTATATAT AACGTAGGTA TATATAGATA TGGTACAAAC
GTGAAAATGC TAGAGATCAC AATCAGGGAG GAAAATCAAT TCGTCTCGGA TCTGGAGATC
AAGAATCTTT AAATGTATTA AAGACGAATA TCTTTAAGTA TTAAAGCTTA TGCCGACGAG
ACGATGGGTT GCCCTTCTTC GGACACCGTC TCTTGAACAG AAGTATCCAC CTCTGTTTCT
TTCGTGATTT CTGCTGTTTC TGAAGCAGCC TCTGGAGTAG ATCCTGGACC TGTCTCTGCC
TCACTAGATT CAAGCACAGG CTCCTTTGGC TCTTCGGATT CCTTTGGTTC TTCAGATTCA
TCGTTCTGTA AGTAAAGCTC CTGGATATGA GAACCATCGC CGTAATCTCT GACGTTTTCG
TCGCTGTCTT CTGGTAAGTC CTTCCTGAAC TGCGACAAGT CCCATTGGTC TCCTTCATCC
TCTTCGGTGT AATACTTGTC GGAGAACTTC TCCAATATGA CTTCTTTACC GGTCTTGGGT
CTCTTTCCAG ACTTCTCGTC CTTCCTTTTG TCGTCTTCTC TCTTCTTCAA CTGATTGGCT
TTCCATTTCT GGAATGTCTC GATAGTGATA GGCGTGAACT TGCTTTTGTC CAACTTGGTT
CTTTCAAGCT CAAGGAACTC TTCCAAGGAA ATCTTGGGCT GTGACTCGGC AGCCAATCTT
TCCAATCTCT TTTGTTCCTT TGTCTTCAAC ACAAATCCTG GAGGCAAAGA GTGTCTGTAC
TTACATTCGT TACCACCATT GGGGCATACC CAGAACCAAC CATACTTTCC GTTTTCTACA
GCTTCAATGA AATGCTTACA GACTTTATCA GTGGTAGTCT TGGGATTACC ATGCTTGGAC
AGAATAACCT TACGTAATTT CTCTTCATCC CATTGGTCCA TGGTATCTTC TTCCTTTTCA
GCTCTGGCAT CTGTGTACAA GTCCTTCTTG GCATCTTTTC TGCCGACATT GATATCGTGG
GAAAACTTAC ACTTGTTACC TTTAGTACAA AGACCCTTTT TGAAAAATTC ACATAACACC
GATTTGGGAT CCACACCAAA AGGAACTTTC TGCTGGACAA TACCAAAAAG TGCAGCTGCC
TCTTTTTTTG CATCTTCCGC TGCCTTCTTC TCAGCTGCTA GTCTTTTAGC TTCAGCTTCC
TTCTTTTTGG CCATTCCTCC ATCGATACCA GCCTGGATCT GCGAAATCTG CTGTTGCACT
TTCTTGGATT TGTTCTTGTT CTTCAACCCG AACGTTTTAT CGTCCGCAGA CTTGGCCTTG
GCCTTGGACT TGTTCTTGTC TGAAATCTGG GGCTGCTTCT TCTTTGGTGG CATCGCTGTT
T
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| Protein sequence | MTSPSEFSNI NGRTSSPLDS DLSQPLSRRQ RLLGLARATR DNYIPRLTGQ VTQIASGASR
AFATPGSDLY DEQGNVIFPK DASITLFPSY TRQVGDKYYI DIKGWVSCPG LMTRKNRLIL
SLVRQVTRYN SANSDQAIHQ LESDKLKQDM LQDDVSDLES FHSEASKDSN PDQLRNVTSS
SSSVQTGPSA FNNEELMKER LASFIARSIP NAALTVVIGS HVVHSEIAEK EVFTDASGNF
ETTVQTSYLP SVIQVKANSD DTIFSFQDVM FVPGEGIGVI SDIDDTVKLT GVIGDKRELM
TNLLLKEVTT WSIPPVISWY DNIKKLDNVS FHYVSNSPWQ LFSTIEQYFR AVKLPYGSFH
LKHYTGNIIS SLMEPSSSRK KKSLDKILND FPEKKFICVG DSGEADLEAY VDLAKSHPGH
ILSINIRVVE DSLSDVDDNK ILNELVRILT TKRRVTSSSA TPQPVEIPNL IDLSDDSPVS
TPQAEERRAK LPPMIPKKPT NLKGNSLEKK PPLPRRDYLA RAHTDSELAS KPTVIELTTV
ESPPLPKRPD AVLHHAKTES DEAFSQHENN LFDNLQNIYD SPNFYELEEM DRKGANWIRR
VITSLQDLEG SGTELRLFSD GDQQFFANST EDLRNLKR
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