| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_65774 |
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| Symbol | |
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| ID | 4839113 |
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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 | 836045 |
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| End bp | 839135 |
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| Gene Length | 3091 bp |
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| Protein Length | 961 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640390428 |
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| Product | predicted protein |
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| Protein accession | XP_001384829 |
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| Protein GI | 150865562 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.169462 |
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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 | 0.537048 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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| |
Sequence |
| Gene sequence | TTTCTGAGCT AGCAAAGCTT CCAGAAGACA CAGACACGTC ACTGTCGTAC CCCACCAACC
ATCTCCTAAA AGCTCATAGT CGCAAGCATT GCCATGGTCG CTGGAGATAA CTTACAACAG
CTAAAGCTGG CATTGGAGAC TATGTACTCC AATGCTAACC AAAACGATAA AATCAACGCT
ACCCATTTTC TCGAGACATT CCAAAAATCC CAAGATGCTT GGGAAATCGT CCATACCATT
CTCAACGACG CGCATTTAGA TATCCATATT CAGCTCTTTG CCGCCCAGAC GTTGCGTTCA
AAAGTGACAT ACGATTTGTC TCAATTGCCA GAGCAGAACT TTGCAACCTT GAAAAATTCC
ATTATTCAAT TACTAACGGT GTTTACCGCC AACAACCAAC GTCTTGTGCG TACGCAGCTC
TGTGTTGCGT TAGCACAGCT TGCATTGCAA TATTTGACGT GGCAGGATGC TGTGTCGGAA
ATTGTTACTA AGTTATCGCT GACGGCAACG TACTTGCCCT GTTTGTTGGA CTTCTTGAAG
ATCTTGCCCG AAGAGTTGTC TGACGTCAAA AAGACATCTT TGTCCGACGA TGAGTTCAAC
ACGAGAACTA GAGAATTGAT AGAGAACAAC GTAGAACAGG TGTTACTCTT GTTGAAGAAC
TTGACCGACA CTAACTCCAG TAACTCGTCA CAAGACTCAA TGGTTCTCGA CTGTTTGAAC
TCGTGGATCA AGGAATGTCC CATAGAAAGC ATTCTCCGTA TTGATTCTTT AACTTCACTT
ATCTTCCGTA GTTTAGCCAG CGAAGAAACC TTTGATAAGT CTATTGAATG TCTCTGTACG
ATTATTAGAG AAACAAGAGA CATCGACAAC CATGAGCTCA TCGAAGCCTT ATACAAACAG
ATCATCGAGT TGAACTCGTT TATGCATGCT AACCCTGATA GACTTGAAGA TCCCGAAACA
TTTGACGGTT TGTCACGTTT GTATGTGGAA GCCGGCGAGT CGTGGCATGT TCTTATCGCC
AAGAACCCGA AGCACTTCAA GCCGTTGGTG TTAATCCTTT TGGAAATCTG TAAATACCAA
GACGACTTGG ACATCGTCAA GTACACATTC TATTTCTGGC ACTTGTTGAA GCAGTTGCTC
ACCATTTCCA AGTTCCAGGA ATCAAAGGAA GAGTTGGCAG ATATCTTTGC CAATTTAATC
ACCATCATAA TAAAGCATTT AACCTACCCC ATAACTGGAA ATGACCACGA CCTTTTCAAT
GGTGATAGAG AACAGGAAGA CAAGTTCAAA GAGTTCCGTT ACGAAATGGG GGACGTTCTC
AAAGACTGCT GTGCAGTAGT AGGACCCTCG AAGGCTTTGA GCATTCCCTT CCACCAGATC
CAGACCATTT TATCCTCAAA CATGCCTTCG ACCAACTGGC AGCACTTAGA GGCACCTTTG
TTTTCCATGA GAGCCATGGC TAAGGAAGTT TCTACCAAAG AGAAAGTCAT GTTGCCTACT
ATCATGTCAT TTCTTGTGCA GTTGCCGGAA CATCCAAAGG TCAGGTATGC AGCTACATTA
GTATTGGGAC GGTATACCGA ATGGACAGCC AAGAATCCGG GATTTTTGGA ACCACAATTG
AACTACATTA TCAAGGGCTT TGAGATTGTC AGCTCCAACA GCGCAGACGA ACAGGGAAAA
CACGACATTA TCATTGCTGC TTCTCGAGCC TTGATGTATT TTTGTCAGGA TTGTTCCGAA
TTGTTGGTCA GTTATTTGGA ACAGTTGTAC ATGTTGTATG GGCAAGTTCG TGACCAACTT
GACTTGGAAT CAACGTACGA ACTAGTTGAT GGTTTGGCCC ATGTAATTTT GAAGTTACCA
ACGGAAAACT TGTACACCAC TACAGAAATG TTCATTTCGC CAACTTTGCA GACTTTAAAT
CAATTGCTCG TAGCTGGTGA AAATGAAGCG AACTCCAAGT CTGTTGCTGA TCAAATTGAG
GTTTTGACAA AGTTCATATA TGTCTTGAAG GCTAACAATT TCAGTAAGCC TGATAGCCCT
ATTGCACGTT TATTCATAGA AAAGATATGG CCAGCTATTT CTCAATTGTT GGCTGCATAT
GGTAAGTCGG TCATTGCAAG TGAGAGAATT TTGAAGTTAG TCAAGTCAGG AATTCAATCC
CAGAGCACAT ATTTGAACAG TCTTTTGCCC GAAATGGCTA CCTTGTTGAT TCAGGGCTTC
CAGCAGTCAC ACTATGGGTG CTATCTTTGG GTATCTGGGG TTTTGATCAG AGAATACGGT
GATGAGTATA CCTCGGAAGA TATCAAGGAT GCTGTCTACA GATTTGGTAT GGAACAATGC
TCGTATTTCT TTAACCTATT GTTCAATACC AATGAAGAGG GAGTTCGTGC CATGTCGGAC
GTTGTAGAGG ATTACTTCCG TATGATGAAC GACTTGCTTA TGTTTTACCC GTTTAAGGTG
ATAGCCAACC AGGACTTATT AAAGTCTACT CTCAAGGCAT CGTTATTGAC TTTGAATCTG
ATCAACGAGT TCAACCCAAT CATTTCATGT ATACACTTCC TTGTAGACTT GGTATCATGG
GGATTGCCTA GCCCTCCAAT TTCGTTCTTT GATGAGAGCG ACTTGACTAT TCCCAGACAC
GGCATGCAAC AGTTTCTCGT TAGCGAGAAT AACGGAGGAG AGTTGTTGAG AGTGGTGTTG
AATGGCTTGA TTTTTAAGTT CAACAACGAT ATTCAGCAGG ACACCAACGA CTTGATTCTC
AAGATCTTGG TAGCTGTTCC AGATAAAAAT ATTTCTATAG GCTGGTTGCA TGAAGTGGTG
AAGGCTTTAC CCAACGTCAA CCAGAAAGAG ATCAGTAAGC TTATGGATAC AGTTTCAGTG
GCATTGCCAA ACAAGGACAA TAGAAGAGTG AGGTCTGCGC TTCGTGACTT TGTCAACTGG
TACAGCCGTA AGAACGTGAC ACCCAGAAGT GAATTCTAGG TGGAAATCTA CAGACTAAAA
GGGAATCATA CGTCAAAAGT TATAGTTAAT GGATACTAGA TAGAGAAGAT GTAGAGGAGA
GAGAGGTTGT GAATAGAATG AGCCACCACG G
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| Protein sequence | MVAGDNLQQL KSALETMYSN ANQNDKINAT HFLETFQKSQ DAWEIVHTIL NDAHLDIHIQ
LFAAQTLRSK VTYDLSQLPE QNFATLKNSI IQLLTVFTAN NQRLVRTQLC VALAQLALQY
LTWQDAVSEI VTKLSSTATY LPCLLDFLKI LPEELSDVKK TSLSDDEFNT RTRELIENNV
EQVLLLLKNL TDTNSSNSSQ DSMVLDCLNS WIKECPIESI LRIDSLTSLI FRSLASEETF
DKSIECLCTI IRETRDIDNH ELIEALYKQI IELNSFMHAN PDRLEDPETF DGLSRLYVEA
GESWHVLIAK NPKHFKPLVL ILLEICKYQD DLDIVKYTFY FWHLLKQLLT ISKFQESKEE
LADIFANLIT IIIKHLTYPI TGNDHDLFNG DREQEDKFKE FRYEMGDVLK DCCAVVGPSK
ALSIPFHQIQ TILSSNMPST NWQHLEAPLF SMRAMAKEVS TKEKVMLPTI MSFLVQLPEH
PKVRYAATLV LGRYTEWTAK NPGFLEPQLN YIIKGFEIVS SNSADEQGKH DIIIAASRAL
MYFCQDCSEL LVSYLEQLYM LYGQVRDQLD LESTYELVDG LAHVILKLPT ENLYTTTEMF
ISPTLQTLNQ LLVAGENEAN SKSVADQIEV LTKFIYVLKA NNFSKPDSPI ARLFIEKIWP
AISQLLAAYG KSVIASERIL KLVKSGIQSQ STYLNSLLPE MATLLIQGFQ QSHYGCYLWV
SGVLIREYGD EYTSEDIKDA VYRFGMEQCS YFFNLLFNTN EEGVRAMSDV VEDYFRMMND
LLMFYPFKVI ANQDLLKSTL KASLLTLNSI NEFNPIISCI HFLVDLVSWG LPSPPISFFD
ESDLTIPRHG MQQFLVSENN GGELLRVVLN GLIFKFNNDI QQDTNDLILK ILVAVPDKNI
SIGWLHEVVK ALPNVNQKEI SKLMDTVSVA LPNKDNRRVR SALRDFVNWY SRKNVTPRSE
F
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