| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_27984 |
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| Symbol | SUT3 |
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| ID | 4839762 |
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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_009046 |
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| Strand | - |
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| Start bp | 1713364 |
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| End bp | 1716809 |
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| Gene Length | 3446 bp |
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| Protein Length | 550 aa |
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| Translation table | 12 |
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| GC content | 39% |
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| IMG OID | 640391077 |
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| Product | Sugar UpTake (tentative) |
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| Protein accession | XP_001386019 |
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| Protein GI | 150866423 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR00879] MFS transporter, sugar porter (SP) family |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 28 |
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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 | GAATTCAGAC CTGAAAGATG GGCGGATTTG AACAAGTTAG GATGGGCTTA CCTTCCTTTC
AACGGAGGTC CAAGAATCTG CTTGGGACAA CAGTTCGCTT TAACTGAAGC TTCTTATGTA
ATTGTCAGAT TGTTACAAAT GTTCCCTTCG TTAATTTCTA AAGACGACAG ACCTTACCCA
CCAAGAAAGT CTGTCCATTT GACAATGTGT CACCAAGATG GTGTTTTTGT TGAGATGTCT
TGAGCTGAAG ACCAATGCTT GATACGAGTT GTTTTAAAGG GAAGTACATA GATAGGTAGC
GAAATCGAAG TTTATTTTGA CGCGAATTTC TTGGTGTATT GGGAATATCC AGAAGTTTTA
TTTTTCTTGG ATGAGAAGAT AAAGCAGTAA GTAGTACAGA TACAATCTTG TTACAAAAGA
GTAGAAAAGG TTTAGATAGA AGTCGCCATC AAAGTTATCT CTGTAGTGTT GATTAATGGA
TTCTCTTCGT ATCCTCAAAT GTGAAAAGCT CACCTCTAGG GTCATATCTT TGAGTTGGCT
CTGTTAAAAC TACGATCACT ATGTTGCACC CATTCAACGA ACCAGTTTTA AATCAAGCGA
ACCCAAGTCT TGCATAAAAA GGTTGCCTCA GCAAATGGTG GATCATCTGT TTCTAATGCA
TACAACTTTC AACTATCAAC GTGAAAGCTG TATGATGTAT TTTGAATCTT CTACCAAGGT
GTTATTCGCC TGAAGGAGAC TATTCAGAAC ATGACAGATC TACAGAAGTT GCATGCGTTT
CTTTTCCGGA ACATTCTTAT TTTATCCGGA AATTTCTTTT TCAGAGATGC ATCAAGACTA
ATATGCCGGG TTTCCCCGAA ACGTGATAAA TTATACCCAC CTTTACAATT TCGGCTGTGA
AAGTCACCCC ATATGCCAGC AATCTACCAG GTGGCTTGGA ACATGTAACG CACAGATCAG
TTGTTGCAGA TGTGAAGACA AACAGGGAGA GGTGCAAAAG TCAACTGTAG TTTTTCCGCG
TTGGAAGGGG GTCCAGGTCC ATGCTGCAAG AAGTCCTTGG GCAAGCCCAA TTCAAATGTA
GATTGCCAAT ATCGAGTATA GAGCTTGCCA TCATGTCTTA GGATACTTCA CCTTATGTAC
ATAAGTGCCT CCAAGTACAA TATCGATGTA CTTGCGAGAA ATACTCATAC GTTATCCTCA
TTGCTATTTG AAAATCTTTT CCGAATTGGG GGCGCAGAGA TGTCATTTGC GCATGTCACT
AAGATTATTT TTTGGGTATT TTCCGGCTTA AGAATTTTAC CTCAGCCATC AATCAAATAT
TGCAGCCATC AAATTGAGTA TAAATATCGA CAGGAATAAA CCCTATTTTG CAACCTATTT
ACTTTTCTCT TCTCATCATC ACACATTATT CAATACAATG TCCTCACAAG ATTTACCCTC
GGGTGCTCAA ACCCCAATCG ATGGTTCTTC CATCCTCGAA GATAAAGTTG AGCAAAGTTC
GTCCTCAAAT AGCCAAAGTG ATTTAGCTTC CATTCCAGCA ACAGGTATCA AAGCCTATCT
CTTGGTTTGT TTCTTCTGCA TGTTGGTTGC CTTTGGTGGC TTCGTATTCG GTTTCGATAC
CGGTACAATT TCCGGTTTCC TTAATATGTC TGATTTCCTT TCCAGATTTG GTCAAGATGG
TTCTGAAGGA AAATATTTGT CTGATATCAG AGTCGGTTTG ATTGTTTCCA TTTTTAACAT
TGGTTGTGCA ATTGGTGGTA TTTTCCTTTC TAAGATAGGA GATGTTTACG GTAGAAGAAT
TGGTATCATT TCAGCTATGG TTGTATACGT CGTCGGTATT ATCATCCAGA TCTCGTCCCA
AGACAAGTGG TACCAACTTA CAATTGGACG TGGAGTTACA GGATTAGCTG TTGGTACTGT
TTCAGTGTTG TCTCCAATGT TCATTAGTGA AAGTGCTCCA AAGCATTTGA GAGGTACTTT
GGTATACTGT TACCAATTAT GTATCACCTT AGGTATTTTC ATTGGTTACT GTGTCACTTA
TGGAACCAAA GATTTAAATG ATTCAAGACA ATGGAGAGTT CCTTTGGGCT TATGCTTCCT
TTGGGCTATT TTCTTAGTTG TCGGTATGTT GGCTATGCCA GAATCCCCAA GATTCTTAAT
TGAAAAGAAG AGAATCGAAG AAGCCAAGAA GTCCCTTGCA AGATCCAACA AGTTATCTCC
GGAAGATCCA GGTGTCTACA CTGAACTTCA ATTGATTCAG GCTGGTATTG ACAGAGAAGC
TGCTGCAGGT TCTGCTTCGT GGATGGAATT GATCACTGGT AAGCCAGCTA TTTTCAGAAG
AGTTATCATG GGAATTATCT TGCAGTCTTT GCAACAATTA ACTGGTGTCA ACTATTTCTT
CTATTACGGA ACTACAATCT TCCAAGCTGT TGGTTTGCAA GATTCCTTCC AGACTTCCAT
CATCTTAGGT ACAGTCAACT TTCTTTCTAC ATTTGTTGGT ATTTGGGCCA TTGAAAGATT
TGGAAGAAGA CAATGTTTGT TAGTCGGTTC TGCTGGTATG TTCGTTTGTT TCATCATTTA
CTCCGTTATT GGTACAACTC ATTTGTTCAT TGATGGAGTA GTAGATAACG ACAACACCCG
TCAACTGTCT GGTAATGCTA TGATCTTTAT CACTTGTTTG TTCATCTTCT TCTTTGCCTG
TACATGGGCT GGAGGTGTTT TTACCATCAT TTCCGAATCA TATCCATTGA GAATCAGATC
CAAGGCAATG TCTATTGCTA CTGCTGCTAA CTGGATGTGG GGCTTCTTGA TTTCCTTCTG
CACTCCATTC ATTGTTAATG CCATCAACTT CAAGTTCGGC TTTGTGTTTA CTGGTTGTTT
ACTCTTTTCG TTCTTCTATG TCTACTTCTT TGTCAGCGAA ACCAAAGGTT TGTCGTTGGA
AGAAGTTGAT GAGTTGTACG CTGAAGGTAT TGCACCATGG AAGTCTGGTG CATGGGTTCC
TCCTTCTGCC CAACAACAAA TGCAAAACTC CACTTATGGT GCCGAAGCAA AAGAGCAAGA
GCAAGTTTAG CTTTACGATT AATGTTTTTC TCCCCTGCAT GACTTTTTAA CGTTTAGAAT
ATAGACACTA TAGATTTACA AAAAGGTTAT ACCTTTAAAT GAACTTTTAT GATGAAGATT
GATACACTAT AAACCAAGAA CTGTAATGAG GTCATTTGTT TTTGTACTAC TGATAGATTC
AAGTACTCCG AATTAACGTA TTCTAAACCA TATCTATTTC ATTTTCTAAA TTCCAGTCCA
GAGGCATTGG TTGTCAATAT AGATGGATTC GGTTTGAGAG ATATTCAGAC TACTATTTCC
AACATGGACC TTGTAATTTC CTTTTTGAAG GGACCACTGA TTCTGATATT CATCAAAGAA
GGAAAATGTA TCCTTGACAA GAATTC
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| Protein sequence | MSSQDLPSGA QTPIDGSSIL EDKVEQSSSS NSQSDLASIP ATGIKAYLLV CFFCMLVAFG
GFVFGFDTGT ISGFLNMSDF LSRFGQDGSE GKYLSDIRVG LIVSIFNIGC AIGGIFLSKI
GDVYGRRIGI ISAMVVYVVG IIIQISSQDK WYQLTIGRGV TGLAVGTVSV LSPMFISESA
PKHLRGTLVY CYQLCITLGI FIGYCVTYGT KDLNDSRQWR VPLGLCFLWA IFLVVGMLAM
PESPRFLIEK KRIEEAKKSL ARSNKLSPED PGVYTELQLI QAGIDREAAA GSASWMELIT
GKPAIFRRVI MGIILQSLQQ LTGVNYFFYY GTTIFQAVGL QDSFQTSIIL GTVNFLSTFV
GIWAIERFGR RQCLLVGSAG MFVCFIIYSV IGTTHLFIDG VVDNDNTRQS SGNAMIFITC
LFIFFFACTW AGGVFTIISE SYPLRIRSKA MSIATAANWM WGFLISFCTP FIVNAINFKF
GFVFTGCLLF SFFYVYFFVS ETKGLSLEEV DELYAEGIAP WKSGAWVPPS AQQQMQNSTY
GAEAKEQEQV
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