| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_66654 |
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| Symbol | |
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| ID | 4851803 |
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| Type | CDS |
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| Is gene spliced | Yes |
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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_009068 |
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| Strand | + |
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| Start bp | 2870728 |
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| End bp | 2874232 |
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| Gene Length | 3505 bp |
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| Protein Length | 860 aa |
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| Translation table | |
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| GC content | 43% |
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| IMG OID | 640393511 |
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| Product | predicted protein |
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| Protein accession | XP_001386884 |
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| Protein GI | 126275648 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG1893] Ketopantoate reductase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 17 |
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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 | CACAAGGTGT ATAAACGGCT TCTGCAACTA GCTCAGGTTC TCCCGAAGCC ACGTCTCAAC
CACCGAAAAT CTGAAACAAG TCTAGACCTT CGTTCTATAC GACCGAGACC TGATTTGATT
TCTGATAGAA ACTGATTCGC TTGATTTACT AGAATTTTAC TGGGTTTTCC ACATCTTCAA
ACTGAAACCA ATATAGTAAT ACTAGAAGCT GCCGATCCAC GTTCCCAGAA CAGACACTCG
CTAATATCGG ATCAGACTTA AATCTACAAG ACCGTCGCAC AAAGTTCACT GTAGTTGACT
AAGAAGACTG AATCTTCAGA AAGGACCTTA AAGGATCAAA TAAGTTGAAT AAAACCATCT
GGATTTGAAC CAGTTCATCA ACTCTCAAGG ATCCTCGACG GCTTGATATC AAAAACTCAT
AAAACTTTCT ATTGTTAGTT GGACTGTGCG ATAAGATACT GAAATCATAC AAAACTCCAC
TTTTTCAAAT TGCTGAAATT TCTCATATCA CTGAATACTT AATACCATCC AGTGCAATTC
AAGTTTTCGG ATCTTTGAAT CTTTGAATCT TTGAATCTTC ACATTATCGA ATCTTCGAAA
TACTGAATTC CTCAGTAGCC TCATTTTAAA ATTTTAACAA CCATAATGTC TGCCGTTCAG
GTTCTTGCTG TTGGAGTTAA TCCCAACGTT GCATTTTATG CATGGCGACT CCATGAAACG
AAATCGGTTG AGGTCACTGT GGTCAACTCA ACGTTGTCTA ACTCCACTAT CTACTGGACA
TCTTCTTCGT TTGGAGACAA CATTGGCTAC AAACCGCAAC AGTGCTATCG CTCTGTGGCC
GAAATACCTC GTAAATCGTC CGTGTCGTAC GACATTATTG TATTGAGTAG TCCATCTCTT
CAAGATTTCC AGAAGCTCTG TTCTTCTTTT GCTCCCTACA TGAGAGACGA TTCTATCATC
TTGATCGAAT CCACAGGTTT TGTCAACTTG GAGCCGTTTG TTCAGCTTTG CTTTCCCAAG
AAGAGCAATT TGTGTATCAT GTCGATCATG AACGAAAGTG ACGTCAGACA AGTTGGAAAC
AACAGGTACT TACACACTAT AAGAAACTCA GACACCAGAA TCTACTTTGG AACGTCTTTG
GGTTCCAACA GGATCAACGC CAACCCAAAT TTTCAAAGAA TGTACAAACT CTTGCAAACA
ATCCAGAAAG ATTCAGCCAA TAACATTAGT CTCTTGAAAT CTTTGAATCC GAAGGAGTTC
ATGACTTACC AGTGGAAAAT GGCCATTCCT CGTATCATAT TCAACCCTTT GTCGATTATC
TTCGAATTTG AATTCCCCCA GATGTTGGAG TCGCAGATTC TTTGTAAGCC ACTAGTGACA
GGTATTATCA ACGAGTTGTT CAAGATCATC AAGAAAATGG ACTGTAAACT TGTGAAAGGA
TTCGAGAATG AGGAGAACTT GTTGAAAAAC TGGACTTCTC TTTTTCCAAA AACATCCAAC
AATAGCGAGT ACATTAACTC CAACAACTTG TTCTACAACT TCTACAAGAA CTATGACTTG
GACGTTGACT TACTTCTCTT GCAGCCCATC TTATTAGCGG ACGATCACGG CATCAGAACT
CCCTATTTGG AGAACTTGTA TTCGACTATG TGTCAGTACG CCAAGCTTAA TAATGGTAGT
TCTCTTTTCT TTGCCAGAAA GGGAGGTGAC CAGGACAAGC TTGAGACAAT CGGCCAATTG
GACGAAGAAA TCAAGAAGAG AACTGCCCAG AAGAGCTCAT TAGACTCCAC TATAAGAGAA
TCTGAAAACA AGAAGGCTCA GCATGAAAAC GCTATTGTCG CATTACTGGT TCAGATCCAC
GATAAGGAAA CTTATTTGGC CAGTTTGCTC TCAAAGCAAG AGCAGAAATT GAAACAGTTG
GAAGGTCAGT ATAACCAAAA GTTCAAGGAC TTGGATGATC AGTATCAAAG ACAATACGAA
CAGAACCAGC AGCGATTGCA GGAGAAGCCA TTGCCTGAGA GGAATGATTC TTCCAACCCC
GTTAATGGAA ATAGCAGTGG TAATGTTCAC GGCAATGGCA ATGGTAACAG TAACAATAAC
AACAATAATG GAGGGAGCGG TAATGGTAAC ACTAATGGCA ACAGCAATAG TAATGGCGTC
GTTAATGGCC CCGTGAACCG CAACAGTTCT CCATCTGGCA CCGACAGCTT GACGGACTTG
ACGGATATTG CTTTGTATGG AGCAGCTATC AACAACGAGT CGTCAAATCA ACAGCAATAC
GCTCCATACG CCTCTGGAGA TGCCAATGGA AACGTCCAGT TGGTCAATGG AGATCTTCCC
AAACACCTCT TGGACAAGGA AATGGAATTA AGAAGACGCG AGCAGGAGAT TCTCCGTCGC
GAGTCTCTTG CTGGTGACCA TAACTACCAA CAGCAACAGC AGCAGCAGCT CTACGTCGAT
ACCCAGTTTG GGCCACAACA GCAATATGCT CAACAACAGT ATGTTCAAAA GTATAACCAG
TATAACAACG TTCCCAATGG ATATCAGCAG TCGCCCATAG ACCAGCAGCC TCCACATGGA
TTACCACCCA ATGGAATGCC GCAGAATGCC CTTCCGCCTA ATTTGAGGTC TAACCTGATG
ATGCTGACCA GATATCAGCA GCCCCCACAA CCCAATGGAT ACTACAATGC TCCTCCCAGA
AGAGTCAGCT CTATTCCTAA CAACGTGAAT GGATACTTTG AAGGTGGATA CCAACCACAG
CAGTATCCAC AACAGCAGCA GTATTATCCA CAACAGCAAT CTAGCTTCAA CAATGCTGCA
CCCATTGATC CGATGCTTGA ACTGAGATTC AAGGCTAAGA AGCAAAATCG TCGTTCTCAG
ATGCCTTTAG GTACCGGCTC GATGAGTGGA AACTTGGATG GCTTGGATAT GGGAGGTCGT
GGTGGAATGC CGATGCCGGG TGCGCAAAAG AACAGACCGA TGGGACCACC AGGCAACTAT
AGAAGATCTA CGGGCCCTGT CAACACTCTC AACGGCCAGT TCAACAACCT TGCTGTGAAT
AACACCGGCG GGCTGATGCC CATGAACCAG CATCCACTGC AGAATTACTT GCAACCACCT
TTGTTGCACG GTTCCAATGC TTCAAGCAAC TCCTCCACCA ATTCCAACGA TACGCCCAAG
ACCCACAGCA GCAACGACAA CGTTAACATC AACGAAAGCG TGCTGTTGTC GGTGCCTGCA
GCTGATACTT CAGCTAAACC ACTAGGAGGT ATCTCGCAGT CTAACAGAAG AAGTCTCACC
GACAGACTGC TGAAGAAAAA GGGCGGAATC TTTGGGAAAA AGGGATAGGG AATGCTGAAA
AACGCTTAAT ATAATTTGTA ACTGTATTTA TATAGTGGGA CAAGGCCACT ATGTGGAGTA
GTTGATAAGA CGTTGACTAG TGGTGGCTGA TCCTGAGGCT TGTTTGCTTT TTTAGTATTC
GTATATATTT ATTGATTTTA TTGAT
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| Protein sequence | MSAVQVLAVG VNPNVAFYAW RLHETKSVEV TVVNSTLSNS TIYWTSSSFG DNIGYKPQQC
YRSVAEIPRK SSVSYDIIVL SSPSLQDFQK LCSSFAPYMR DDSIILIEST GFVNLEPFVQ
LCFPKKSNLC IMSIMNESDV RQVGNNRYLH TIRNSDTRIY FGTSLGSNRI NANPNFQRMY
KLLQTIQKDS ANNISLLKSL NPKEFMTYQW KMAIPRIIFN PLSIIFEFEF PQMLESQILC
KPLVTGIINE LFKIIKKMDC KLVKGFENEE NLLKNWTSLF PKTSNNSEYI NSNNLFYNFY
KNYDLDVDLL LLQPILLADD HGIRTPYLEN LYSTMCQYAK LNNGSSLFFA RKGGDQDKLE
TIGQLDEEIK KRTAQKSSLD STIRESENKK AQHENAIVAL LVQIHDKETY LASLLSKQEQ
KLKQLEGQYN QKFKDLDDQY QRQYEQNQQR LQEKPLPERN DSSNPVNGNS SGNVHGNGNG
NSNNNNNNGG SGNGNTNGNS NSNGVVNGPV NRNSSPSGTD SLTDLTDIAL YGAAINNESS
NQQQYAPYAS GDANGNQQQQ QLYVDTQFGP QQQYAQQQYV QKYNQYNNVP NGYQQSPIDQ
QPPHGLPPNG MPQNALPPNL RSNLMMLTRY QQPPQPNGYY NAPPRRVSSI PNNVNGYFEG
GYQPQQYPQQ QQYYPQQQSS FNNAAPIDPM LELRFKAKKQ NRRSQMPLGT GSMSGNLDGL
DMGGRGGMPM PGAQKNRPMG PPGNYRRSTG PVNTLNGQFN NLAVNNTGGL MPMNQHPLQN
YLQPPLLHGS NASSNSSTNS NDTPKTHSSN DNVNINESVL LSVPAADTSA KPLGGISQSN
RRSLTDRLLK KKGGIFGKKG
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