| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_85379 |
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| Symbol | |
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| ID | 4840650 |
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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_009047 |
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| Strand | - |
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| Start bp | 359230 |
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| End bp | 362090 |
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| Gene Length | 2861 bp |
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| Protein Length | 902 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640391965 |
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| Product | predicted protein |
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| Protein accession | XP_001386272 |
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| Protein GI | 126139499 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0542] ATPases with chaperone activity, ATP-binding subunit |
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| TIGRFAM ID | |
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| 
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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 | 12 |
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| Fosmid unclonability p-value | 0.403559 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TGTTTCCTGA ATTTAATCTT ATTTTGCGGT CTGATTCTTC AGATTTAATA CATTATCAAA
ATGGACGAAA CTCAATTTAC TGACAACGCC TTGAAGATCA TCACCTCGGC ACAACAGTTA
GCTAAGGACA ATGCGCATGC ACAGTTACTC CCATTACATA TGCTTGCTGC CATGGTTCCC
AGCGATGATC CCGAGTCTAC TGTGTACTTA AAGACGTTGA TCCAAAAGGG CAGATTTGAA
TGGCCCACTT TCGAAAGGAC CGTTAACAAA CATTTGGTCA GATTGCCTTC TCAAACCCCG
GCTCCAGATG AAGTCAGGCC TTCCTATGCT GCTGGCCAAG TTTTGACCAG AGCCAATAAC
ATCAAGGCTC AACAGAAAGA CAGCTACGTT GCTCAGGATC ATATTTTGCT AGCTTTGCTC
GAAGATCAGT CTATCAAGGA TATCTTCAAA GAAGCTGGAA TCAAAGTAGA TGCTGTCAAA
GCTGCTGCTA TAGAGTTGAG AGGAAACCAG AGAATCGACT CAAGACAGGC TGACTCGTCT
TCTACCTACG AATTCCTCAA CAAGTACTGT GAGGATTTGA CTGAAAAAGC CAGAGAAGGA
AGAATCGATC CGGTTATCGG CAGAGAAGAA GAAATCAGAC GAGTCATCCG TGTTTTAGCC
AGAAGAACCA AGTCGAACTC GGTCTTGGTT GGTGAAGCCG GTGTAGGTAA GACTTCCATT
GTGGAAGGGG TAGCACAAAG AATCATCGAT GGAGATGTTC CTGGAGTGTT ACAAAACTCA
AGATTGTTTG CCTTGGACTT GGGAGCATTG ACTGCTGGTG CCAAGTACAA AGGTGAATTC
GAAGAAAGAA TCAAGGGTGT TTTAAACGAA ATCGAAAAGT CGAAGGAGTT CATCATCTTG
TTCATTGACG AAATCCACAT GTTGATGGGC GATGGAAAAT CTGACGCTGC TAACTTGTTG
AAGCCAATGT TGGCCAGAGG TACTTTGCAT TGTATTGGAG CTACGACATT CGTAGAGTAT
CGTAAGTTTG TCTCTAAGGA TGGTGCATTT GAAAGAAGAT TCCAAAAGAT AGATGTTCCT
GCTGCCACAG TCAATGAGAC GGTAGCCATA TTAAGAGGAC TTCAGCCCAA ATATGAAATC
CACCATGGGG TCCGTATCTT GGATAGTGCC TTGGTAGCTG CTTCTCAACT AGCATCCAGA
TACTTAACAT ACAGAAACTT ACCAGATTCT GCCGTTGATC TTATTGACGA AGCTGCTGCT
ACCGTTGCTG TAGCTAGAGA CTCTAAGCCC GAAGAATTGG ACAACTTAGA AAGACAGTTA
CATCTTGTAG AAGTTGAAAT CAATGCTTTG GAAAGAGATG TCGATGCCGA TGCCGATTCT
AAGGATCGCT TAGAATTGGC CAAGAAGAAG CAGGCGGAAT TGGAAGAAAC TTTGGCTCCT
TTAAGAGAAA GATTCTCCGC CGAACGTGCT GGTCATGAAC AATTAATTTC TGCAAAGCGT
AAGTTGGACG AATTGGAAAT CAAGGCCCAG GACGCTGAAA GAAGACACGA CACCAGCACT
GCAGCAGATT TAAGGTACTT TGCCATTCCT GATGTACAGA AGCAAATCGA AGAATTGGAA
GTTAAAGTTG CTGAAGAGGA GGCTTCTATT GGTCCAGATG CCTTGTTGAA ACATGTTGTG
GGTGCCGAAC AAGTAGCTGA AACGGCAGCC AGATTAACTG GTATCCCAGT CACCAAATTG
ACCCAAGCAG AAAATTCCAA GTTGATTAAT ATGGAAAAGG AGTTATCTAG TGGTGTAGTT
GGACAATCAG ACGCTGTTAA GGCTGTGTCC AATGCCATCA GATTGACCAG ATCTGGTTTG
GCCAACCCTA ACCAGCCATC TTCATTCCTT TTCTTGGGTT TGTCCGGTTC GGGTAAAACA
GAATTAGCCA AGAAGGTTGC TGGTTTCTTG TTTGCTGATG AAAGAGCAAT GGTAAGAATA
GATTGCTCTG AACTTGGTGA CAAGTGGTCA GCATCCAAAT TGCTTGGTGC TGCTCCCGGT
TATGTTGGCT ACGAAGAAGG TGGTATCTTG ACTGAAGCAT TATTAAGACG TCCATACTCT
GTCGTTTTAT TCGATGAGGT CGAAAAGGCA GCTCCAGAAG TGTTGACCGT GTTGCTTCAG
ATCTTGGACG ATGGTAGAGT CACCTCCTCA CAAGGTAAGG TAGTCAACTG TTCTAACTGT
ATCATCATCA TGACTTCCAA CTTGGGTGCT GAGTACATCA ATGCCTCCAA GGGCTCCAAA
ATCACTGCCG AAACGAAGGA TTTGGTTATG GGCTCAGTCA GAGCACACTT CAGACCAGAA
TTCTTAAATC GTATATCTTC CACAGTCATT TTCAACAGAT TGTCCAAGAA GGCTATAGCC
AAGATTGTGC AAATCAGATT GAAAGAAATC CAAGACAGGT TTGCTGCTAA TGGAAAGACT
TTGACATTAG ATGTAGACGA TTCGGCCTTG GAATACTTGT GCAAAAAGGG ATATTCTCGC
GACTTGGGTG CCAGACCTTT GAACCGTCTT ATCCAAACCA AGATTTTGAA CCGTCTTGCC
GTATTGTTGT TGAAGGGACA AGTCAAGGAC AAAGAAACAG CTCATGTTAC CATGGGTGAA
AAGGGAATTG AAGTGTTACC AAACCACGAG CCTGATGACG TTGAAATGGG AGACTACGAT
GTTGAAGACT GGGAGGACTC TGATGACGGC GATGAAGACT CTGAAGAGTT TGGCGCTGGA
CTCGACTAGC TCCTAACTTA AATTACGATA TTTTGTTAAT TGTTTGATTT TTGTTCCAAG
GTTATAAATT AGGGTAATAA TAATACATAA TATAAATTTA T
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| Protein sequence | MDETQFTDNA LKIITSAQQL AKDNAHAQLL PLHMLAAMVP SDDPESTVYL KTLIQKGRFE
WPTFERTVNK HLVRLPSQTP APDEVRPSYA AGQVLTRANN IKAQQKDSYV AQDHILLALL
EDQSIKDIFK EAGIKVDAVK AAAIELRGNQ RIDSRQADSS STYEFLNKYC EDLTEKAREG
RIDPVIGREE EIRRVIRVLA RRTKSNSVLV GEAGVGKTSI VEGVAQRIID GDVPGVLQNS
RLFALDLGAL TAGAKYKGEF EERIKGVLNE IEKSKEFIIL FIDEIHMLMG DGKSDAANLL
KPMLARGTLH CIGATTFVEY RKFVSKDGAF ERRFQKIDVP AATVNETVAI LRGLQPKYEI
HHGVRILDSA LVAASQLASR YLTYRNLPDS AVDLIDEAAA TVAVARDSKP EELDNLERQL
HLVEVEINAL ERDVDADADS KDRLELAKKK QAELEETLAP LRERFSAERA GHEQLISAKR
KLDELEIKAQ DAERRHDTST AADLRYFAIP DVQKQIEELE VKVAEEEASI GPDALLKHVV
GAEQVAETAA RLTGIPVTKL TQAENSKLIN MEKELSSGVV GQSDAVKAVS NAIRLTRSGL
ANPNQPSSFL FLGLSGSGKT ELAKKVAGFL FADERAMVRI DCSELGDKWS ASKLLGAAPG
YVGYEEGGIL TEALLRRPYS VVLFDEVEKA APEVLTVLLQ ILDDGRVTSS QGKVVNCSNC
IIIMTSNLGA EYINASKGSK ITAETKDLVM GSVRAHFRPE FLNRISSTVI FNRLSKKAIA
KIVQIRLKEI QDRFAANGKT LTLDVDDSAL EYLCKKGYSR DLGARPLNRL IQTKILNRLA
VLLLKGQVKD KETAHVTMGE KGIEVLPNHE PDDVEMGDYD VEDWEDSDDG DEDSEEFGAG
LD
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