| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_84038 |
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| Symbol | |
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| ID | 4839557 |
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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_009045 |
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| Strand | + |
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| Start bp | 1172767 |
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| End bp | 1175467 |
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| Gene Length | 2701 bp |
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| Protein Length | 805 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640390872 |
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| Product | predicted protein |
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| Protein accession | XP_001384902 |
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| Protein GI | 150865612 |
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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 | 11 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.104068 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CAACCATCCA CCAATTCCTT TTCTCTACAC CCATAGAACG TCTCCTATTT ACGGCAACAC
CACCGTATCA CTTCCGTCCC GTCTATATCG TCCAGTTCTG TGTGTGTCTC CAAGATGATG
AAAGGTTTCA AAAACAGACT AACGCGAAAC AAGAACCAGA CTACAAGCAA GAAATCCGAC
AAGAAGGTGG GAGACAAGGA GAAAGAAAAA GATCCTAAGA ACGACAAAAA GTCACTGTCA
CCTTCCGCGT CGTCGTCGAA TTCAAAGACG CTAACCACTT CTTCATCGTC TTCGTCGTTG
AAATCCAACT CGCCATCTCC TTCCCGAAAC AACAGCGGAG GCTCGGTCAA GTCTGGAAGC
TCCAACACTT CCAATACGCC ATCGTCGCAA CCCGTAGGAA ACTCTTCTTC ACCTCAACCG
CTGCCTATCA AACCGTCGAT GACTCTGATG TCTCTGACTA CTCAGTCTAT GACTCTGATG
AATCTGGTTA CGCTGGCCGA TTCTCCCAAA ATAGTCATCA GCAATTCTGA CTATGATGCT
CCCATTGGTA CTGGTACCAT AACATCACCT CCCACCATCA TAACTCCCAA CGCGACAGTC
CCCGTAACTC CCACTCCCAC GTCGCCCATT ACTTCGCATG CCCACAATAT TGCATCCATA
TCGTCGCCTA CTTCCCCCTT TGAAGGTAAA GTTCAACACA GCCAACTGGC CCAGATCCAT
CCTTACCAAT TGAACCCAAA CATCCCTTCG CCAACCAAAG AGGCTATTGA TATAGATCTA
ATAGTCACGC CTAAGAGACA TTCGTCGTCC AGATTCGAGC CCCTGACCTC AGACAAATAC
CAGGAAATCG TCAAACTTCC TAACTTTGAC GAGGTCTTGC CTGAAGACCA GATCCAGCTC
TTCGTCCAGA AGATCGACCA ATGCAACATT ATGTTCGACT TTGGTGATCC CACATACGAT
TTGCGAGGAA AGGAGATCAA ACGCATCACA TTGCAAGAGT TGATTTCTTT TATTTCCAAT
AACAGATTCA CCTATACGGA TGAAATGTAC AAACATGTAG TGTCCATGTT CAAGAAGAAC
TTGTTCAGAC CCATACCTCC ACCGGTTAAC CCCATTGGAG ACCTTTATGA TCCCGATGAA
GATGAGCCTG TGAGCGAATT GGCCTGGCCA CATATGCAAG CAATCTACGA ATTTTTCTTG
CGTTTCATCG AGCTGCCTGA TTTCCAGCAC CAGATCGCTA AGCAGTACAT TGACCATGAG
TTTATCTTGC GAATCTTGGA ATTGTTTGAC AGCGAAGACC CCAGAGAAAG AGATTGTTTG
AAAACGACCT TGCATCGTAT CTACGGGAAG TTCTTGAGCT TAAGAAGCTT TATCAGGAAG
TCCATCAACA ATGTTTTCTT GCAGTTTGTC TACGAGACAG AGAGATTTAA TGGAATTGGT
GAACTTTTGG AGATCTTGGG ATCAATTATA AATGGGTTTG CCTTACCATT GAAGGAAGAA
CATAAGATAT TTTTAGTCAG GGTCTTGCTT CCGTTGCATA AGGTCAAGAG TTTGTCCTTG
TACCATCCAC AATTGGCGTA TTGTATAGTT CAATTCTTAG AGAAGGACCC TACTTTGACT
GAAGATGTGA TCATGGGTTT GTTGAGATAC TGGCCCAAGA TCAATAGTCC TAAAGAAGTT
ATGTTCTTAA ATGAGATCGA AGACATTTTT GAAGTCATGG AACCTAACGA ATTCTTGAAG
ATTCAGATTC CATTGTTTGC CCAATTATCA AAGTGTATTT CTTCTCCCCA TTTCCAGGTT
AGCGAAAAGG TATTGTGCTA CTGGTCTAAT GAATACTTCT TAACGTTGAT TACTGAGAAT
GCCGAAGTGG TTTTACCAAT CATTTTTGCT TCGCTCTATG AGTTAACCAA TGCGACCCAA
CCAGGTATAG AAAATGGAAT CATGCAACAG AAGTTGTTGG AGCACCCAGA AGCGACAACC
GACGCCAACG GTAACTTAAT CGACAACGGT TTAGTACTCC AGGACTTGAG CCAAGGAATT
ATCCCAAGTT CCAATGACCC AAACCATCCA CATTACAATC TACTTCAAAT TCACGGCGCC
GTAGATCCAC AGCATCACAA CCATCAAGAC GTGAATGGAA ACGTGATATC TGAAGAAGAA
TACTACGATT CATTCTCGTC TATGCAAGCA GGCAGTGGAC ACAACCCCTT GGGAGAAGAC
TACGGTGGAT ATGAAGATGG TGGAAACATG CTTCAGCACA ACTCTGCTAC GTCCAACTGG
AACAGAAGCA TTCATTCATT AGCATTTGGT GCATTAAAAG TATTCATGGA TCACAACCCT
ATCTTGTACG ACCACTGTAC AATGTTATAC CACCAGTCGT TAGAAGAACA GAAACAGAGA
GAAGTCGCCA GAAAAGAAGG GTGGAAGAGA ATAGAGGAAT ACGTCAAGTC CGTCAAAGAA
AAGCAAGGAT TGGACCAACT GTCCACAGCC CACAGTAACA GAAGCACAGG AAACGAAATG
AGCATATCTT GACCTTTCTC CTCTCTAGAC ACTTTTGACA AATCTTTGTT GATAATTTAC
AGTTATATTT ATGTTTTGTT TCCACCTATA GTTTGCATTT TAGGTTTTCC ATTTGCGCTA
AGTAAATTAC TTATATTGCC GAGAGTCATT CCTTATATAG TTCTAATGTA TGGCCGCAAA
G
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| Protein sequence | MMKGFKNRLT RNKNQTTSKK SDKKVGDKEK EKDPKNDKKS SSPSASSSNS KTLTTSSSSS
SLKSNSPSPS RNNSGGSVKS GSSNTSNTPS SQPVGNSSSP QPSPIKPSMT SMSSTTQSMT
SMNSVTSADS PKIVISNSDY DAPIGTGTIT SPPTIITPNA TVPVTPTPTS PITSHAHNIA
SISSPTSPFE GKVQHSQSAQ IHPYQLNPNI PSPTKEAIDI DLIVTPKRHS SSRFEPSTSD
KYQEIVKLPN FDEVLPEDQI QLFVQKIDQC NIMFDFGDPT YDLRGKEIKR ITLQELISFI
SNNRFTYTDE MYKHVVSMFK KNLFRPIPPP VNPIGDLYDP DEDEPVSELA WPHMQAIYEF
FLRFIESPDF QHQIAKQYID HEFILRILEL FDSEDPRERD CLKTTLHRIY GKFLSLRSFI
RKSINNVFLQ FVYETERFNG IGELLEILGS IINGFALPLK EEHKIFLVRV LLPLHKVKSL
SLYHPQLAYC IVQFLEKDPT LTEDVIMGLL RYWPKINSPK EVMFLNEIED IFEVMEPNEF
LKIQIPLFAQ LSKCISSPHF QVSEKVLCYW SNEYFLTLIT ENAEVVLPII FASLYELTNA
TQPGIENGIM QQKLLEHPEA TTDANGNLID NGLVLQDLSQ GIIPSSNDPN HPHYNLLQIH
GAVDPQHHNH QDVNGNVISE EEYYDSFSSM QAGSGHNPLG EDYGGYEDGG NMLQHNSATS
NWNRSIHSLA FGALKVFMDH NPILYDHCTM LYHQSLEEQK QREVARKEGW KRIEEYVKSV
KEKQGLDQSS TAHSNRSTGN EMSIS
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