| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_27983 |
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| Symbol | SUT2 |
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| ID | 4838413 |
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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_009044 |
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| Strand | + |
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| Start bp | 1774240 |
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| End bp | 1777906 |
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| Gene Length | 3667 bp |
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| Protein Length | 550 aa |
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| Translation table | 12 |
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| GC content | 38% |
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| IMG OID | 640389728 |
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| Product | Sugar UpTake (tentative) |
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| Protein accession | XP_001384295 |
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| Protein GI | 150865183 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.180127 |
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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 | 13 |
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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 | GAATTCTTCT ACTTTAAATA AGAGATGTTG ATTCAGCCAA GATGACCTTT CCTAAAGGCT
TTTGTGATAG TTTCTATTGT GGTCGGAGAG AGCGCAAACT CCAGAAATAG CGGCAGTACC
TGGGAGGTTT GGAGGCTAAT TACATGGTAG CACAAGCAGC ATTAGATCAT TAGTTCGTGG
AGAACTTTAG AAATCTAAGT TGTAACTACT TCCATTAAAA TTAGGAAAAA TATCCCAAGA
AGTTGTGTAG TTACTGATGG AAATTGAAAA TATGTCCTCA TAATTTTTCT CTAAGTAAAT
TCTCAATTGT AAGCGAAAAA GTGTTGTATC GACTTGAAAT TGAATTTAAA TTTACATTTC
CATTTATCAA TGGTTCAATT CACTAAAACC AGAGGACTAA CTTGCTTGGT CGCTATACTG
TTAAACGTGG GCTCTTTGGC GCAGAAGAAG AAAATGCAAA ATGTGAGAGC TAATGGTCAA
TGTTGTAATG AGTTCTGGCA CAGTCAAATA CATAAGAAGG AAGTGCTAAG TCGACATTTA
TTCCTAAACG AGATTCTTTG CACATAGGAA ATTTCCAGTA CATCTATATA TTCATCAATT
GATCTCGGAT GAAAGGTAAA TCTTTGGAAG TTGAGGTAGA CTATTGTGAT ATAAACGTAG
AAAAGGTTTG AATGGAAGTC GTCATCGACG TTAACTCTGT AGTATTATTT AATGGAGGAT
ATTGCGTAGC TTCAAATGTT AGATGCTCAC CTCTAATAAC CTTAGTTGGC GCCATTGGAA
CTACGATCAA TATTTTGCAC CCATTCAACC AACCAGAAAA AAAACATACG TTCCCAAGTC
TTGCATAAGA AGGTTGCCCC AGCAAGTGGT GGACCTTCTG TTTCTAATGT ATGCAATATT
CAACGTGAAA GCTCTATGAT GTAATTTGTA TCTTCAACCG AGGTATTCGC TAAAGGAAAT
GTTCCGATAA CTATCCAGAA ACATGACAGA TGCACAGAAA TCGCGTGCGT TTCTTTTCCG
GAACATTCAG ACTTTATCCG AAATTGGAAA TTTCTTTTTG CGCAGCATCG GACTGAAGAA
CCAATATGCC GGCTTTCCCC GAAACATGAC AGTTAGACCA GCTTTACAAT TCCGGATGTG
AAAGTCACCC CATATACCAG CAAACATTCA GGATGCTTGG AACATGTAAC GTACAGATCA
GTTGGCTCAG ATGCAAAGAC AAACTGGGAG CAGTGCAAAA GGCAACTGTG GTTTTTCCGT
CATGGAAGGG GATCCAGGTC CATGCTGCAC GAAATTTAGG TGCCAGTCCT ATTCAAAAGC
AGATTTCAAT GAGTAACTCT TGAGAAATTC ATTGAAGCAT ATCGAAGTAT CTCCTAGTAC
AACATCAATG TAGTTGCGAG AAAAAAATTG GGTTAGCCTC ATTGCAAATT GAAAATCTTT
TCCGAATTGG GGGCGCAGAG ATGTCATTTG CGCATGTCAC TAAGATTATT TTTTGGGTAT
TTTCCGGCTT AAGAATTTTA CCTCAGCCAT CAATCAAATA TTGCAGCCAT CAAATTGAGT
ATAAATATCG ACAGGAATAA ACCCTATTTT GCAACCTATT TACTTTTCTC TTCTCATCAT
CACACATTAT TCAATACAAT GTCCTCACAA GATTTACCCT CGGGTGCTCA AACCCCAATC
GATGGTTCTT CCATCCTCGA AGATAAAGTT GAGCAAAGTT CGTCCTCAAA TAGCCAAAGT
GATTTAGCTT CCATTCCAGC AACAGGTATC AAAGCCTATC TCTTGGTTTG TTTCTTCTGC
ATGTTGGTTG CCTTTGGTGG ATTCGTATTC GGTTTCGATA CCGGTACAAT TTCCGGTTTC
CTTAATATGT CTGATTTCCT TTCCAGATTT GGTCAAGATG GTTCTGAAGG AAAATATTTG
TCTGATATCA GAGTCGGTTT GATTGTTTCC ATTTTTAACA TTGGTTGTGC AATTGGTGGT
ATTTTCCTTT CTAAGATAGG AGATGTTTAC GGTAGAAGAA TTGGTATCAT TTCAGCTATG
GTTGTCTACG TCGTCGGTAT TATCATCCAG ATCTCGTCCC AAGACAAGTG GTACCAACTT
ACAATTGGAC GTGGAGTTAC AGGATTAGCT GTTGGTACTG TTTCAGTGTT GTCTCCAATG
TTCATTAGTG AAAGTGCTCC AAAGCATTTG AGAGGTACTT TGGTATACTG TTACCAATTA
TGTATCACCT TAGGTATTTT CATTGGTTAC TGTGTCACTT ATGGAACCAA AGATTTAAAT
GATTCAAGAC AATGGAGAGT TCCTTTGGGT TTATGTTTCC TTTGGGCTAT TTTCTTAGTT
GTCGGTATGT TGGCTATGCC TGAATCCCCA AGATTCTTAA TTGAAAAGAA GAGAATCGAA
GAAGCCAAGA AGTCCCTTGC AAGATCCAAC AAGTTATCTC CAGAAGATCC AGGTGTCTAC
ACTGAAGTTC AATTGATTCA GGCTGGTATT GACAGAGAAG CTGCTGCAGG TTCTGCTTCA
TGGATGGAAT TGATCACTGG TAAGCCAGCT ATTTTCAGAA GAGTTATCAT GGGAATTATC
TTACAGTCTT TGCAACAATT AACTGGTGTC AACTATTTCT TCTATTACGG AACTACAATC
TTCCAAGCTG TTGGTTTGCA AGATTCCTTC CAGACTTCCA TCATCTTAGG TACAGTCAAC
TTTCTTTCTA CATTTGTTGG TATTTGGGCC ATTGAAAGAT TTGGAAGAAG ACAATGTTTG
TTAGTCGGTT CTGCTGGTAT GTTCGTTTGT TTCATCATTT ACTCCGTTAT TGGTACAACT
CATTTGTTCA TTGATGGAGT AGTAGATAAC GACAACACCC GTCAACTGTC TGGTAATGCT
ATGATCTTTA TCACTTGTTT GTTCATCTTC TTCTTTGCCT GTACATGGGC TGGAGGTGTT
TTTACCATCA TTTCCGAATC ATATCCATTG AGAATCAGAT CCAAGGCAAT GTCTATTGCT
ACTGCTGCTA ACTGGATGTG GGGCTTCTTG ATTTCCTTCT GCACTCCATT CATTGTTAAT
GCCATCAACT TCAAGTTCGG CTTTGTGTTT ACTGGTTGTT TACTCTTTTC GTTCTTCTAT
GTCTACTTCT TTGTCAGCGA AACCAAAGGT TTGTCGTTGG AAGAAGTTGA TGAGTTGTAC
GCTGAAGGTA TTGCACCATG GAAGTCTGGT GCATGGGTTC CTCCTTCTGC CCAACAACAA
ATGCAAAACT CCACTTATGG TGCCGAAGCA AAAGAGCAAG AGCAAGTTTA GCTTTACGAT
TAATGTTTTT CTCCCCTGCA TGACTTTTTA ACGTTTAGAA TATAGACACT ATAGATTTAC
AAAAAGGTTA TACCTTTAAA TGAACTTTTA TGATGAAGAT TGATACACTA TAAACCAAGA
ACTGTAATAA GGTCATTTGT TTTTGTACTA CTGATAGATT CAAGTACTCC GAATTAACGT
ATTCTAAACC ATATCTATTT CATTTTCTAA ATTCCAGTCC AGAGGCATTG GTTGTCAATA
TAGATGGATT CGGTTTGAGA GATATTCAGA CTACTATTTC CAACATGGAC CTTGTAATTT
CCTTTTTGAA GGGACCACTG ATTCTGATAT TCATCAAAGA AGGAAAATGT ATCCTTGACA
AGAATTC
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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 PGVYTEVQLI 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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