| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_80830 |
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| Symbol | SUL2 |
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| ID | 4851365 |
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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_009068 |
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| Strand | + |
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| Start bp | 1615054 |
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| End bp | 1618303 |
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| Gene Length | 3250 bp |
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| Protein Length | 824 aa |
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| Translation table | |
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| GC content | 43% |
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| IMG OID | 640393073 |
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| Product | high affinity sulfate permease |
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| Protein accession | XP_001387542 |
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| Protein GI | 126274406 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0659] Sulfate permease and related transporters (MFS superfamily) |
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| TIGRFAM ID | [TIGR00815] high affinity sulphate transporter 1 |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 23 |
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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 | AATCAGTAAG ATAAACCAGC CGTAGCAGCA GCGTTTTAGG CGAAACGTTC ATAACCACAT
TCTGAGGCAG TCAACACAGG GCAAATTTTG TATAGAGACT TTAACTGGAA ATCACAGCCT
AACCACAAGA ATTCCATCAA TTTCTCAGCC ATTTTGCAAC GACAAACCAG GCTCTCTAAT
AAAAAGAAAA GCTAATTTAA TTGCATTCCC CAGTAGGCAA TTTAAGATAT ATTGGCAATC
AAAAGAAGTC ACCTAAGGCA TCGAAAGCTG CCGAATCGAC CAACAAAAAC CTGGTGTAAT
ACATCCAAAC AAGCCCCCTG TTATCGGAGC AATTAACCGG CGTAGGTTGC AGCAGAAAAT
AAGATCTTCT CAATTTCGCC GTGTCCATTA CCCCCTCTGT AGATTCCAGA TTAAGACGGA
CAATAGAAAT ATCCTGTTGC ATATCTTCCT GAGTATTATT TGCATAGACA GTTCGTATTT
CAGTGTCGCC CTATTGCAAT TCGGGTACTA GCATTTAATC ACTTTCCTTG TCTATAAAGT
CAAGACGATC TGCCCGTTTT CTTACCCAGC TTTTTTCACT TATTATTTTT CCATTGCATT
TTCTCTGCAT AGCATTGCAT ACTAGCCGCT AGCAGCTTTT AGCATCCAAT TCAATATGGC
TGATATTCTC CACGCCTTGA ATTCCAACAA CCCTCCGGAT TCCCAGGTGC CTCATATCTT
GGACGCTGAA GAGATCATCT CGCACAGATC CAAGTCGCAC GAGTTCTCCG ACATCAGAAC
CCACGAATAT GCCTCCTTCG GAAACAACAC CGTCGTTCCC GAGTATACAG AAAGAGAAGT
CACTGTTGTA GACTGGGCCA AACATGTCTT TGGCCATCCC TTGCAGAAGA TTGCCAACTA
CTTCATCTCG TTGTTCCCAA TTGCTAAGTG GATCTTGCAC TATAACGGTA AATGGCTCTA
CGGTGACTTG GTTGCTGGTA TCACTGTTGG TGTCGTGTTG GTTCCTCAGT CTATGTCGTA
CGCTCAGTTG GCTGGATTAG AGGCTCAATT TGGTTTGTAC TCTTCTTTTG TCGGTGTTTT
CATCTACTCG TTCTTTGCCA CGTCGAAGGA TGTTTCCATT GGTCCTGTTG CTGTCATGTC
GCTTCAGGTG TCGAAGGTTA TTGCTCATGT TCAAGGAAAG GTTGGTGACA AGTACGCACC
AGAAGTCATT GCTACCTTCT TGTCTTTGAT CTGTGGTGGT ATCGCAGCAG GTATCGGTAT
CTTGAGACTT GGTTTCATAT TAGAATTCAT CTCGATTCCT GCCGTGATTG GGTTCATGAC
TGGTTCTGCC CTTAACATTA TCTCTGGTCA AGTTCCAGGG CTTATGGGCT TCAACTCGTT
GGTTAACACC AGAGCATCTA CCTACAAGGT TATCATCAAC ACCCTTAAGA ACTTGAAGCA
TAGCAATTCC GACGCCGCCT TTGGTTTGAT TCCTTTGTTC ATCTTGTACG TATGGAAATT
CTCGACTGAC TACGGTCAAA AGAAATACCC AAAGTACAAG TACTGGTTCT TCTACATCCA
GCAGTTGAGA AATGCCATTG TAATTATCGT AGCTACTGCT ATTTCCTGGG GTATTGTACA
TCCCAAGAAG GTAGCCTGGA AAGGCGACCC CAAGAAGTTC AAGGGTCCTA TCTCTACTCT
TGGAACTGTG CCAAGGGGTT TGAGAAATGT TGGTGTCATG ACTGTTCCAG ATGGAATCAT
AGATGCCATG TCGTCAGAAA TTCCAGTCTC TACTGTCATC TTGTTGTTGG AACACATCGC
CATCTCCAAG TCATTTGGTA GAATCAATGA TTACAAAGTT GTTCCTGATC AAGAAGTTAT
TGCTATCGGT GTCACCAACT TGATTGGTAC TTTCTTCAAT GCTTATCCAG CCACCGGTTC
GTTCTCTAGA TCGGCTTTGA AGGCTAAGTG TGGTGTCAGA ACTCCTATTG CTGGTATCTT
TACTGGTGCC GTTGTCTTGT TGGCTTTGTA CGCTTTAACC TCTGCTTTCT TCTACATTCC
TAAGGCAACC CTTAGTGCCA TCATTATCCA TGCTGTGTCG GATTTGATTG CCAACTACAA
AGTCACCTGG TCTCTTTGGA ATATTTCTCC CATTGACTGT GGTGTCTTTA TTGTCTGTGT
CTTGATCACC GTCTTCTCCT CCATCGAAAA CGGTGTCTAT TTCGCTGTCT GTGCCTCCGT
TGCTATTTTG TTATTCAGAA TCGCTAAGCC AACGGGCCAG TTTTTGGGTA GAATCCAAGT
GGCTGAAGTT GTTAACCCCG TCATCGAAAC CTTAGAGAGC GATTTGTACT CTATCAAAAA
AGAGGGTAAC TTGTCTAACT CATCCAATTC TTCCAACGAT GAAATTGAAA TCAACCAAGT
CATCAGCAAC AACTCCAATT ACGACGCCAA GAAGACCAAG TCCCAGACTA AGGGCCAAAA
GTCTGTTGTC AACACCGAAG CTTTGTTGAA GAACAACCCC AGAGTCAAGT TCCACACCAG
ATGGGTTCCT TTGACGAAAG AAAACATCAA TTCTGACATC AATGTCCAGC CTCCTCCTCC
AGGTGTGATT GTTTTCAAGC CTATCGAATC TTTCACCTAC CCTAACTCGT CTTCACAAGT
TGATCGTGTC TCTGATGAAG CCAAGAGATT GACAAGACGT GGTAAGCCAT ATGATCTCTC
AGATACTGGT TCTAGACCTT GGAATGATCC TGGTCCTTTG AGATGGAAGC TTCCCTTCAT
CAAGAACGAG ACAGCCAAGG AAGTCAACGA ACATGACCAC AGACCTTTGT TGCGTATCAT
TCACTTTGAC TTTAGCACTG TTTCTTCTAC CGATGTTACT TCTATCCAAG CCTTGGTTGA
TTTGAGAAAG GCTCTCAACA TCTACGCCGA CCGTGAAGTT GAGTTCCACT TCTCTGGTAT
CTTGTCTCCA TGGATCAGAA GAGGGTTGTT GAATGCTGGT TTTGGTACTT ACGAAGATGG
TTTGGTCAGT GAAAATACCT ACGTCAACAT CGCTGCTGAC CAAGATATCG AAAGAGGCGA
TAACTCCGAA TACGTCGCTG CTATCTCTAC CGATACTCCA TTCTTTCACC TCGATATTCC
TGACTACTAG GTGTTCTTTC CGATAGATTT TCATGTATAA ATAGGGTTCA CGCTTCATTT
TACTTCTTTA ATTGCAACGA TTCTGGGGAT ATAGGTGTAA TACTTACCTA TTATTATTTA
TTTCCACCTC
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| Protein sequence | MADILHALNS NNPPDSQVPH ILDAEEIISH RSKSHEFSDI RTHEYASFGN NTVVPEYTER
EVTVVDWAKH VFGHPLQKIA NYFISLFPIA KWILHYNGKW LYGDLVAGIT VGVVLVPQSM
SYAQLAGLEA QFGLYSSFVG VFIYSFFATS KDVSIGPVAV MSLQVSKVIA HVQGKVGDKY
APEVIATFLS LICGGIAAGI GILRLGFILE FISIPAVIGF MTGSALNIIS GQVPGLMGFN
SLVNTRASTY KVIINTLKNL KHSNSDAAFG LIPLFILYVW KFSTDYGQKK YPKYKYWFFY
IQQLRNAIVI IVATAISWGI VHPKKVAWKG DPKKFKGPIS TLGTVPRGLR NVGVMTVPDG
IIDAMSSEIP VSTVILLLEH IAISKSFGRI NDYKVVPDQE VIAIGVTNLI GTFFNAYPAT
GSFSRSALKA KCGVRTPIAG IFTGAVVLLA LYALTSAFFY IPKATLSAII IHAVSDLIAN
YKVTWSLWNI SPIDCGVFIV CVLITVFSSI ENGVYFAVCA SVAILLFRIA KPTGQFLGRI
QVAEVVNPVI ETLESDLYSI KKEGNLSNSS NSSNDEIEIN QVISNNSNYD AKKTKSQTKG
QKSVVNTEAL LKNNPRVKFH TRWVPLTKEN INSDINVQPP PPGVIVFKPI ESFTYPNSSS
QVDRVSDEAK RLTRRGKPYD LSDTGSRPWN DPGPLRWKLP FIKNETAKEV NEHDHRPLLR
IIHFDFSTVS STDVTSIQAL VDLRKALNIY ADREVEFHFS GILSPWIRRG LLNAGFGTYE
DGLVSENTYV NIAADQDIER GDNSEYVAAI STDTPFFHLD IPDY
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