| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_69971 |
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| Symbol | |
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| ID | 4837317 |
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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_009042 |
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| Strand | + |
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| Start bp | 2368296 |
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| End bp | 2374487 |
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| Gene Length | 6192 bp |
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| Protein Length | 649 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640388632 |
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| Product | predicted protein |
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| Protein accession | XP_001382679 |
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| Protein GI | 150864009 |
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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 | 1 |
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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 | 19 |
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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 | AGCAGCAACA GCAGCAGCAG CAGCAACAGC AGCAACAGCA GCAACAACAA GCCCAGATCC
AACAGCAAGT GCAACATGCC CAGCAACAGC AAGTTCAGCA ACAACAACCA GCTCCTTTAC
AGAAACACAC CATGATCAAC GTAGATAACG CTAATACTAT ATACTGGCAA CACCAACTTC
AATTGTGCCA GTTGTCGAGA AATGCCAATA TTCCCCATTA CTATGCCAGA CAGTATGCTT
CTAACTCGAG GAAGAACAAG AACCCATACA GTGAAGTCAA GTCGGTTAGT TTGGTGGAGG
CAACACGCCA AGTCATGACT GCTGTAGAAG AACAAGAAAA GAGTATAAAA GCCAACAATA
CTGGTGGATC GAACACTCCC ATTGCCAGCT CTGCCTTGTT GCACAACAAA AAGCTTGCTC
ACGATATGGA TGATGATCAC ACTCAGGAAG AACAGAGAAT GAGATTGAAG ACCCAAGGAA
GGCAGTTATG GTGCCAGTTG GACTTGAGTG GACAGGGACT AGTAAATTTG TCGCCAAAGC
TCTTTCATTA CGACTTTTTG GAATCATTGT ATATCAACAA CAATAAGTTG ACTTCCATTC
CTCCCATAAT AGGTAAATTG AGAAGCTTGA GAACGTTAGA CTTGTCTCAC AACAGAATCA
GTGAAGTTCC TCCAGAATTA GGGTTATGTT ACAACTTGAG ATACCTCTAC TTATTCGACA
ACAATATCAA GACTTTACCA AACGAGTTCG GCAACTTAAT CGAGTTATTG TTCTTAGGTA
TCGAAGGCAA TCCCTTGGAT TTGAACATTG CGAACTTGAT TTCCGAAAAG GGAACCAAGG
AGTTGATTGC CAATTTGAGA GATGTGCGCC CTCCAATCTT GACTCCAAAG CCACGACAAT
GGCTTCTCTT GGAAGATGAT GGAGAGATAA TCGATCCAGC CACCAACCCT GAAGCTTATG
CCAACGAAAC AGAATCTCCA GATTCATTCA CTTTGATGTC CTATAATACC TTATGTCAAC
ACTACGCACC ATCTAAGATG TACAAGTACA CACCTTCGTG GGCCCTTGAT TGGGAATACA
GAAGAAACCG CTTGAAGGAA GAAATCCTCA ACTACGGCAG TGATATTATT TGTATGCAAG
AAGTGGAAAC CAGAACCTAC AACGAGTTCT GGGTGCCCCT TATGGAAGAG AAGGGCTACA
AGGGTCTCTT CTTCAACAAG ACAAGATCCA AGACCATGAC TGAAGCCGAT GCCAAGAAAG
TTGATGGTTG TGCTACTTTC TACAAGACCA ATAAATTCAC CTTGCTTCAA AAGCAGAACT
TCGAGTACAA CAGTGTCTGC ATGGGCTCTG ACAAATACAA GAAGACAAAA GATTTATTTA
ATAGATTCAT GAACAAGGAT AATGTTGCAT TGATCACGTT CATGCAGCAC AACGACTCAG
GTGAAAAAAT TGTCATCGTC AATACACATT TGCATTGGGA TCCTGCTTTC AACGATGTCA
AGGCATTGCA AGTGGGTATT TTGTTGGAAG AATTGCAAGG TATTTTGAAG AAGTTTCAGC
ATACGAATTC GCTTGATGAT ATCAAGAACT CGTCATTAAT CATCTGTGGT GATTTTAATT
CCGTTGAAGA CAGTGCAGTA TACCAATTGT TCTCTACTGG TTCAGTTTCT AAACATGATG
ACTTGAATGG CAAAGATTAT GGTAAGTTTA CTGATGAAGG CTTCCGTAGT ATTTTCAAGT
TGAAATCCAC CTATAGCAAT GTTGTGGATT TATCGTTTAC AAACTTCTCG CCAGGATTTA
CTGATGTCAT TGATTACATC TGGTACTCGA CTTCTACGTT ACAAGTTAAG GGGTTGTTGG
GTAATCTTGA CCAGGACTAT ATCAGCCACT GCATTGGTTT CCCCGACGCC CATTTCCCAT
CGGATCACAT TCCACTCATT ACCAAGTTCC AGGTCAAGAA AAGTGGTGCT AAGAAGCCAG
ACTTCAAGCC AGACTTCAAG ACTGGACCAT CGAGGAAGAC GTGAGAGGTC AGATTCGCCA
GTTCTACATT TCAAACATAT GTATATTATT AATTATTACT ACTCCGAAGC CGAATAGGTA
TGGTTGTATT TTTACTGTTT GGTTTTTCTG TTAACGTTTA CTCATACAGT TACTTCTAAC
GAATTCTACT TATCTTTTTA TAGCTTTACA GTTCGAACCA CGATCTAGAT CATACTAATT
ATTTGTAATT CTGACTGCTT ATTCTACTGT AGATTCAGAC TTTTGTGACT TTTCAGACAC
TAGTTATCGA TAGCTACATG CTGCATCCAG CACTCCGATG ATTGTTCCGG CAAAAATTTA
TCCGAGCTTT GATCCGCAGC CAAATTCGAG ACGTGTTATA CATAAAGAGA AAATTCAAGC
AGTACCGATT GCCTTCGACA AAAGAGGCAT TGTTCAGGAA CATACACCTT GGTTAGTTGG
CTAATTGAAG TTGAAGTTAA TAAAATGTCG TTGTTAATTC CAACTCAGAA CGATTATGAA
GATGCACACG GAGAGCTCGA GGCCGAAAGA GAATACTATG AATACTTCGA GAAGGTCAAA
GATCAAAAAG ACGACAACGG AAACTATATA TATCCTTGGG ACTTCGAAGT AGTCGAAGGA
TTTTTCAGAC AATCTCACCC AGAAACGGAC GACTCTGTGT TCAACTACGC TTTGGAAGAT
TTCGGTAGAA CGAAGAGCTG GCCAGAATTG ATTGCTGACT TGAAACAGTT GAACGAAGCA
GCCAACGACA ACGAAATATA CAAGCTCATT TTCTTTGCTA GACATGGTCA AGGATACCAC
AACGTATGTG TCAACAAATA CGGTGTTGAA GAATGGAAGA GAAAATGGCA CTCGCTCAAA
ACTGACGGAG AAATAATCTG GGCTCCAGAC TCCAACTTAA CCGATTTGGG AATAGCTCAG
GCCAAAGAGA ATAAGGAAGC ATGGAAGAGA GAGATTGAAA AAGGTGCTCC CATTCCCTCA
AAGTTTTACG TTTCACCATT ACAGAGATCC AGTCGTACTT TGGTTCACAC ATGGGACGAT
ATCAAACCTA GAGACATCAA ACCGATTGTA GCTGAAAGTA TACGTGAAAC TCTTGGAGTC
AACTTGTGTG ACAAGAGGTC AACTAAGACA GTGATAGAAG AAAGATTTGG TGAATATGGC
TTCGTTTTGC CAGAAGATGT GACTGAAGAA GATACTTTAT TTCAATCCGA CTACAGAGAA
ACTATGTTGG AACAAACTGT GCGAGTTTCC AAGTTCTTAC ATCTGCTTTT TGACGAAGAT
TTGGCTGCCC ATGGAGGAGT AGATAGAGCC AAGTCTCACA AGCACTCGTT CGTTTCGACT
ACTTCACATG CGGGAACCAT TAGATGCTTC ATTATAGCCT TGAAGCACAG ACACTTCACC
ATCTCTACTG GTGGAATGAT CCCCATAGTA GTGAAAGCCA CAAGAAAGTC ATAATTCCAT
AATTCTGGAA AGGCTACAAA TGCTTTACAT GCAACCTAGA TGTTAAATAT AGAAAATTAG
AAGCTAAACA AATATAAACA GTACAGATTT TTGAGACAAA AAATCGTGTA GCTTCAAGTT
TCTAATATGC TTATCCAGAT TATATGAAAG CATTTTGGAA TTTTCGCAGC CCCTTAGTGA
AATTTTGAGT TTGCGCATTC CCAATAGGGG CACCTGAGAA CTTATTTTAA TCTCAAATAC
AAACAAATGG CTCCGGTGCA GGCCCAACTG TTGGCCAGAA CCCAACCCAG CTCTAGTTAT
GAACTCAATG GTGGATGACA GAGTGAGTAT TACTGAACTC AAGGTGGAGA GCAGAGATTC
TTGTCTCACA GAAGTTAGGA ACACTGGTAA ATAATAATAC GCATAGAACA TTTTCTTTGA
TGCATTATGT ATAGAATATT GCATCACTTT AGATAATAAC ATCACCTCAT CTCCATATAG
AAGTTACTTG ATAACCTCCC CAGATTTTCA ACTTATGCAA TAGCTTTCTT TCCTTTGAAT
TGCAAACACA TTCACTACAT ATACTAGTAG ACTATGGCAC AGAAGTCACT TCTAGCTTTC
TTTTTGCTTT ACTTGCTTAT ACCAGCAGCC TGTTGGAAAT GGCCCTGGCA AAGCAGTTCC
TCTGATTCCA GCTCTGACAG CTCCAATGAT TCAGGGTCTG GCGACATGAT ATCGAGTATT
TTCAACTTCA CCTTCTTTTC TCAGCCAGAC AGAAACCCAT ATGCTCCATT CCCAGCCACA
TGTCCTGACC ATGCTATTGT TAGAGAAGCT AGCAACATTT CTGATAACGA GAAGCTGTAC
ATCCAACAAA GACAGGCAGT CACCAATAAA AATTTAATCA CATTCTTGAA CGACAGAGCT
AACCTCTCCA ATTTCGATGC TGAAAAATTC ATCAATGACT ACTCTAGTGA GCACAATATC
ACTTTAGGCT TAGCCTTTAG TGGCGGAGGA TATAGAGCCA TGTTATGCGG AGCAGGAGAA
ATGCTTGGGC TCGACAGCAG ATACTCTGGA GCCAAGTCCA ATGGCTTGGG AGGGCTTCTA
CAAAGTGCAA CTTACATGTC CGGACTCTCT GGAGGAAGCT GGCTTGTAGG GCTGGTGGTA
CTCAATGACT TCATATCTAT TGAAGATGTT CTCAACGGAG ACATCAACAT TTGGAACTTG
GAAGATTCCA TCATTAATCC CTCTGGTATC AATATATTTG GTACCGTGCA GTACTATACG
GACATTGAGG AAGCTGTTCT GGCCAAGATG GATGCCGGGT TTAATGCCTC GATCACCGAT
GTCTGGGGAA GAGCTCTTTC GCATCAGTTT TTCCCAGACG ATAACAGTGG AGAAAATGTT
ACCTGGTCCA GCATCAGGAA CTTGTCAAGT TTCCAAGATC ATCTGATGCC CTACCCTATT
GTAGTTGCCA ACGGCAGAAC TCCAGGATCG TATATTATCA ACGAAAATTC AACTGTTTTT
GAAGTTAGTC CCTACGAACT TGGATCCTGG GATCCATCAT TGAACAGTTT TAGTGATGTA
CAGTTCTTAG GCTCATACAT GGACAATGGT ACCCCAAATA ACTCAGACAG TTGTATAGTC
AACTTTGATA ATGCTGGATT CATTATGGGG ACCTCCTCTT CCTTGTTTAA CCAATTTATC
TTGCAATTGA ATGGTACAGG AATTCCGGAT GCCATTAAGT CAGTTATCAA TGACATTCTC
AGTCGTGTGA GCCACGCTGA AGTTGATATT GCTCTCTATT TTCCGAACCC TTTCAGACGT
GTTGAAACAG CTGCACTGAT AAATATCGTA TTGAACAACA CTTTGTATCT CGTTGACGGA
GGTGAAGATT TACAAAATGT TCCATATTAT CCACTCATCC AACCAGATAG AAAGTTAGAT
ATAATCTTTG CTTATGACAA TTCTGCCGAT ACCGAGCAAA GCTGGCCAAA CGGAACATCG
ATTTCGTACA CTTATTTGCG GCAGTTTTCT GACCAGGGAA GAGGTACTCC ATTCCCGTTT
GTGCCTGGAG TAGATGATTT CCTTGATCAA GGTCTCAACC AGCGTCCTAC TTTCTTTGGC
TGTGATGCTG AAAATATGAC AAATTTACTC AATTTCCATG GGAATCCCGA CCTCAATGTA
ACTGATATCC CATTGGTGGT ACAGTTGACG AACCAGAGAT TTTCTTATAA TTCCAACACT
TCGACATTCA AGATGTCGTA TGATGATGAC GAGGTGAGAT CCATGATTCA AAATGGATTT
GAGGTCTCTT CTAGAGGAAA TTTCAGCGAT GATGACAACT GGGCTAGGTG CGTAGGGTGT
GCTATCATAA GAAGATCTCA GGAGAGACTT GGGTTGGAAC AATCGGAGGA ATGTAAAGAA
TGTTTCGACC AATACTGCTG GAGGGGTGGT GAAAAAGGGG CTGCTTCTGC CACTGTTGAT
TTGGAAAGTT ATACCACTTT GGCTTCGATC GCTACTAGTT CGCATTCAGA GTTGCCAGAG
CAATCATCAG CTACTGCCGA AGCAACAACC ACTTCAAGCA CCACCAAAAA AAGTGGTGGG
CAGCACCGCG CTGTAATCAC GTGGTCGATT GCACTGTTTT TCGTACATGC ATTAGAGTTT
ATGTTCCTAT TTTAATCAAA GTATATCATT TTAGTATCTT ATATATTATA ATAAAAAATA
GGTGGATACT TC
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| Protein sequence | MISSIFNFTF FSQPDRNPYA PFPATCPDHA IVREASNISD NEKSYIQQRQ AVTNKNLITF
LNDRANLSNF DAEKFINDYS SEHNITLGLA FSGGGYRAML CGAGEMLGLD SRYSGAKSNG
LGGLLQSATY MSGLSGGSWL VGSVVLNDFI SIEDVLNGDI NIWNLEDSII NPSGINIFGT
VQYYTDIEEA VSAKMDAGFN ASITDVWGRA LSHQFFPDDN SGENVTWSSI RNLSSFQDHS
MPYPIVVANG RTPGSYIINE NSTVFEVSPY ELGSWDPSLN SFSDVQFLGS YMDNGTPNNS
DSCIVNFDNA GFIMGTSSSL FNQFILQLNG TGIPDAIKSV INDILSRVSH AEVDIALYFP
NPFRRVETAA SINIVLNNTL YLVDGGEDLQ NVPYYPLIQP DRKLDIIFAY DNSADTEQSW
PNGTSISYTY LRQFSDQGRG TPFPFVPGVD DFLDQGLNQR PTFFGCDAEN MTNLLNFHGN
PDLNVTDIPL VVQLTNQRFS YNSNTSTFKM SYDDDEVRSM IQNGFEVSSR GNFSDDDNWA
RCVGCAIIRR SQERLGLEQS EECKECFDQY CWRGGEKGAA SATVDLESYT TLASIATSSH
SELPEQSSAT AEATTTSSTT KKSGGQHRAV ITWSIASFFV HALEFMFLF
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