| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_68531 |
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| Symbol | |
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| ID | 4841150 |
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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_009048 |
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| Strand | + |
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| Start bp | 755469 |
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| End bp | 758850 |
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| Gene Length | 3382 bp |
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| Protein Length | 1114 aa |
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| Translation table | 12 |
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| GC content | 37% |
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| IMG OID | 640392465 |
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| Product | predicted protein |
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| Protein accession | XP_001386553 |
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| Protein GI | 150866828 |
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| COG category | |
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| COG ID | |
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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 | 0.134601 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0417383 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCAGGA ACGGTTTAGA TGACCGTGTG AATAGATTGT ACTCGTTGAG CAGACGATGG
TATCCAGAAT TGAAGAAAGA CTTCTCCAAT ACACTCATCA ACAATGTACA CTCTGAGCTC
TACGATCTGG AGAATCTGTA CTTGCCCCAG ACTTCATGTC TTGAAGTATT GTTAGAAACA
AAATACTTCG AGAAAGTGCT ATGGGCGAAC TTTAATGAAG ATGTCACAAC GACCCACATT
GAACAAATTT TGCATTTGGA CTGGCTCTCG ACCTATTTTG AATATGAGAA GTTTCGTCAC
AATTCAATCT CTAGTATGTT GAGGAGCGAA GACAACATCA ACTTTATCAT TAGAATCTTG
GAAATTACCT TCAAACTCAC AGCATCTACC AATTATAGAC TCAATTCCCT CGTATTGCGG
TTTTTCAGTA TCTCCAAACC CCTTCCTCTG TGTTTGGATG AGATAACAGA TATAATCATA
TGGAATAATG TACCTAGTCT AACGTCGAAT CTCGCCAGCC CCTACAAAGA ACGCTTAAAA
GAAGCAGTTG TTAAATTTGA AAAGATAGAA GATGCTTCTC AAAGAAGAAT ATCAACGCTC
ACAAACAAAT GGCTCTTTAA TTTATTGCAT GATACAGCTA GACAACACAT ACTAATATCC
ACCAAATCGT CCATTCCTCC ATTTTACTTC GAGTATCTAA ATGAACTTTT AAATTTCTTA
GCTTTTCTCG TTTTTAACTA TCCGGAGAAA GCAGATGAAT TTATTTTACA GTCCAACATA
GTCTCTATTG TTTCATTCAA TTCGTCCCTC AAGAATCTGC TAGAACAAGT GAAGCAGAAA
TTTCTTTCCC ATTTTGCTAC AAAGCAGAGT AGCTTCGAGA TACTACAACA TTTAATTTAC
AATAGAACTA AGGTTGTTGT AGATGTTGAT ATTGCTGTTC CACATAACAT AGCTATAGAT
GAGATTTCAA AGCATTTACA GAATTTTAGT ATTCTAGATT TAGCATCATT GGCTAGTGAT
TTCAGATCAA TTAAGGATCC ATTGGTTCTC TTTGGGTCTA CAGAGTTGGA TGATAAGATG
AAACTTAGTA TTTTAGTTCA AACAGTATGT GATGGAATTG CTCAACCTAA TGAATCTATC
TCAAAATTTA TTTCTAAGTT GGATGAATAC GACTTGATGG ACAATCCAAA GTTTTCGTAC
CCTCGAGGAT GTATTTCTTC CATTCTCAGT CCATACAGAT ATCCATTTGC GAATAAAAAT
AATTCGTCTT TCACAATTAA GAATCTTCAG GAAGAGTTTC AAATTTATCT TCATCAACAT
ATTTCAGGAG TATTGGAAAG GCTACGGATT GATCCAAAAA GTGGCATTCA AGGCAAGAGC
AAATATTTCC ACAAAGTTGA ATCACTTGAG AATGTTAATG GAAGTACATT TTCTATGAAA
ACCAAATCAA TTGTCCCTGC ATCAATACAG TTTATCGTCT TGGTAGAGAT GTTAAAACCA
GTACAGTATT CTAAACAGAA GCGTATGAAG GAATTTGGAG TTAATGTGAT TAGAATCGTA
CAAATCAGTT CGAATTCTGT GGATGGAAAA GATGCCACTT TCAAGTTCAC TTTTAATGAA
GAAATTCAGT CATTTTCAAG TAGAATAAAT CATTTTATTT CTGTTCCGTT TTCGGTGCCG
GGAAGTTCAC TCCTTGCACT TTCAGACAGT AAAGCTGTTC CAATACAAAA AAAGAATGAA
TCAATATCTC CAGTAGACTA CCAAACTCCA TTGGGAATCT CCATTTTGTC TGAAACAAAG
AGTGAAAATG GTAAAGACCG ATCGCATGAG AACGAATTAT GGGAAGTTGA AAGAAATGGA
GACATATTGA GCAGTTATCA AAGAGATATT ATGGCAAATA TTATTAAAGG ACATGGCAAA
GCGTTCAGGT TTGAGAAAGG GTGTGGCATG AAAAAGTTGA TTTCACTAAT CTTGACTCTG
AATCTTAGTA ATTCCCGATG TCTTGTCATA GTACCCAGCA GAAATTACTC AAGACAAATT
CCTGCTTCTA TTTTAGAAAA TCGAGTCTCA TACTTGAGAT ACGGTAGCGA ACAGGACATT
CGGTCTCTCA GCAATTTTGT CAAGGAAACA TATAAAGCGA CGATCGGTTT AATAGGCGAG
AAATGCGAAG TGGAAGAGAA TGAGCTGGTA TCCATTGCTG GTATTTACAA GTTCGAACAA
CGTCTTAAAT TGGAGTGGTC TAAGATTGCG AACTCTTTAT CTCTAGGAGT AGAGACAAAA
AATGAATTGA AGAGCGCCTT CGCTTTCTTT AGTGGCGCTG ATTCACCAGT GCCACAATCG
GTGAACTTCA AGATGGTATT CAAGGCATAT AAGAAACGCC GATATGCCTT AGCACTTGCT
GCTACATTAA TTCCGATTAT TGAATTGCAT AGCAAGGGGA GAAACGATGA CGTATGGAAC
CTTTTGTTTC GCAAGTTCAG TTCTATCATT GCTTATGAAG ACTATTTGAA CTTATTACAA
AACAATTCTC ATCATAATAT GAACAATTTC GATAATATAA TTGTCGTCAA CGGATGGCCG
GGAGCAGCAT TAGTGGCGGG TTTGAAAAAT ACCCATACAA GGAAAGTAGT TGAAATTGGT
GCTAGACATG TGCTCAGTTC GACTAAATTA GGCGAGCAGG AACCAGTATT GTTTCAGTGG
AGGCCAGAAT TTATACCAAT CTCTAAACAG AATCTCAAAC TCGTTAACAA GAAGATTAGA
AATTTCAACC CTGGTTTGAA GCATGTCTTT CAAGTTATAT ATACCGAGGA TCAAGTCGAT
AGCATGGAGT ATAGTGTATT GTTGTATCAA TACTTAAGAC TTCTCGGATA TCCGTCATCA
AAGATATGCA TTTCTGTCGG TTCTCTTTTG CATAGAGCAC TCTTAGAGGA AGTCTTGAGT
AAGCATTGTA CAAAGATTAG CAAAGATAAG TCTATCAAGT CAGCCAATGA AAGTAGTGAT
GATCCAAAAG ATTTCCAATT CGGATGGCCC GACATCTTAA TTTATGATGA TCCAGATTAC
TACTTTGATA CTTATGAATA TGGTATCATT TCAGCAGTCA GTCAGACTGC AAACAGGTTG
GAAGTCATTA GTTTACCAGG AAGATTTGGC AATTACATTA TTGGACTGCA AATATATTCA
CATGAGTTCG AGCTTCCTGA GGTGGCTGAT CTTGAAGTTG TTGTAGGAGA GAACTACAAT
ACTGAAGTGC GGAAGCAGTC GCAGCTGTAT CCTATCGAAA GCAAAGACCA TTTTGAACAG
TACATTCACA ACATGACAAA GGTAAGGCTC GGGCACAAGA AGTAGCATAC ATAATAGAAC
TAATAGAATA AAATACCATT TT
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| Protein sequence | MSRNGLDDRV NRLYSLSRRW YPELKKDFSN TLINNVHSEL YDSENSYLPQ TSCLEVLLET
KYFEKVLWAN FNEDVTTTHI EQILHLDWLS TYFEYEKFRH NSISSMLRSE DNINFIIRIL
EITFKLTAST NYRLNSLVLR FFSISKPLPS CLDEITDIII WNNVPSLTSN LASPYKERLK
EAVVKFEKIE DASQRRISTL TNKWLFNLLH DTARQHILIS TKSSIPPFYF EYLNELLNFL
AFLVFNYPEK ADEFILQSNI VSIVSFNSSL KNSLEQVKQK FLSHFATKQS SFEILQHLIY
NRTKVVVDVD IAVPHNIAID EISKHLQNFS ILDLASLASD FRSIKDPLVL FGSTELDDKM
KLSILVQTVC DGIAQPNESI SKFISKLDEY DLMDNPKFSY PRGCISSILS PYRYPFANKN
NSSFTIKNLQ EEFQIYLHQH ISGVLERLRI DPKSGIQGKS KYFHKVESLE NVNGSTFSMK
TKSIVPASIQ FIVLVEMLKP VQYSKQKRMK EFGVNVIRIV QISSNSVDGK DATFKFTFNE
EIQSFSSRIN HFISVPFSVP GSSLLALSDS KAVPIQKKNE SISPVDYQTP LGISILSETK
SENGKDRSHE NELWEVERNG DILSSYQRDI MANIIKGHGK AFRFEKGCGM KKLISLILTS
NLSNSRCLVI VPSRNYSRQI PASILENRVS YLRYGSEQDI RSLSNFVKET YKATIGLIGE
KCEVEENESV SIAGIYKFEQ RLKLEWSKIA NSLSLGVETK NELKSAFAFF SGADSPVPQS
VNFKMVFKAY KKRRYALALA ATLIPIIELH SKGRNDDVWN LLFRKFSSII AYEDYLNLLQ
NNSHHNMNNF DNIIVVNGWP GAALVAGLKN THTRKVVEIG ARHVLSSTKL GEQEPVLFQW
RPEFIPISKQ NLKLVNKKIR NFNPGLKHVF QVIYTEDQVD SMEYSVLLYQ YLRLLGYPSS
KICISVGSLL HRALLEEVLS KHCTKISKDK SIKSANESSD DPKDFQFGWP DILIYDDPDY
YFDTYEYGII SAVSQTANRL EVISLPGRFG NYIIGSQIYS HEFELPEVAD LEVVVGENYN
TEVRKQSQSY PIESKDHFEQ YIHNMTKVRL GHKK
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