| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_45091 |
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| Symbol | KRE5 |
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| ID | 4838880 |
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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 | 1511442 |
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| End bp | 1516004 |
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| Gene Length | 4563 bp |
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| Protein Length | 1520 aa |
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| Translation table | 12 |
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| GC content | 38% |
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| IMG OID | 640390195 |
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| Product | UDPglucose- glycoprotein glucose phosphotransferase |
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| Protein accession | XP_001384246 |
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| Protein GI | 150865146 |
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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 | 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 | 12 |
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| Fosmid unclonability p-value | 0.290781 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTCAGTC GATGGTATTT TCTGTTGCTA GTAGTGCTAC TGGTCCAGTT TGTAGTGGCT
GAAAATCAGA AGACTGGTCC AGATCAGAAT ACGTTACTGG TTCAACTACA GGCACCATGG
AAAGAGACGG ATTTCGAATT GAACCTTCTA GAAAGTATTG CCGCTGCCAA CGAACTGTTG
TACGTTTCAA GCGTATTGAA ATTAGCTGGT ATTTCGAATA TTGAAGAAGA AGTTGAAGAT
CTAGAAGACT TTGAAGATGA GGACCTCGAA TTGTCACGGA AATCTCACAA GGACAAGTAC
GAATTGTTGA TGAAAAACAT TGATAACGAA GAAACCAGAG CTACTATCAA TTTCACATTA
GTCAATAAAT ACTACTCTCC TAGAATTGAG TCGCATTATG ATCATTATGC TTCAGATGTG
GAAGCGGAAT TGTCCGAGAG ATTGAAGACT GAATGTGCTG TAGACTCTTT TGGTAACAAA
TTGGACACGT TAGATGTGTG GCTCTTGTAC AACAACAAGC TATATTGTTC TAAGGATGAG
TTGTATGCGT TACAAACTGA TAGCAGATCA GACGTACAGC CCTTGTTATT CGACAGAGTC
ATTGGAACAA ATGAAAAAGC TCCACTTGTT GTACTTTATG GAGATCATAA GTCAGATCAG
TTCCGCGATT TCTTCGAGAA CTTATACGAA AGTGCCAATA TTGGAAAACT CAGATTCGTG
TGGAGATATC TTCCTCCCAA AACTGTAAGA AAGAACGATA TTTTAACTGG TTATGGTGTA
GACTTGACCT TGAAAAGAAC AGATTATGTT GTAATTGACG ACAGAGATGT TTCGAGCAAA
ATTTCAAATT CAAAGAAGAA GTCGTCCAAA CCCAAACTCG ACATTCGTAA AGATTTACAC
AAGATAGCAG CCTTGCAGGA ATTGTTCCCT ATTGACAAAC TGTCGTTGCA ATCTTTGGGT
CTAAAATTAA CTTCTTTCGT CAAAAGCAAC AAACAAAAAT CTAGCTATGA CACCTTGGTG
CAGATTTTGG AGGATTTCCC AAAGTACGTT TCTTTCTTGG CTGACTTACC AAGAGACAAT
AATGAAATTC TTGTTGGTGA TATCGTTGAT TCGAATGAAA AATTAGGTCT TTCCAAGGAA
TCATTTGGGT TGTATGTTAA TGGCTCTCCT ATTCATAGGC TTGAGTTAGA TTTACTAAAA
TTATTTGAAA AAATTAAGGA TGAGCTTGAT TTCATCAATA AGTTGCAAGA GTTGGGTTTC
ACAATAGAGC AAGCCAAGTT CCTTCTTACC AAGTTTGCCT TGCTCAGTGC TGTAAAACAG
ACCCAATTCA GAAACGGCAA TACTATCATG GGAAAAAATG AAAATAGATT CAAGGTCTAC
GATTATGCCT TTACTAAGAC ATCTAAAAGA GGAGTAGTCT TCTTAAACGA TCTTGAAAAT
GACAATAGCT ATCTGCATTT CACTACGAAT AGTAGAGAAG CATATTTGGG TCCTGAATCA
TATCGATTGC GGCCAAATCA GATACCCCCA CTGAGAGAAA ATATTCATGA TTTGATATTT
GCTGTTAATT TCGGTAATAG GGAACAATTA AGAGTACTTT TCACTCTTTC AAAGGTGATA
TTGGACAACG GGATTCCTCA GCAAGTTGGT ATAATACCAG TTCAAGGTGA AGATCCTCTT
GATTTGATTC TTGCAGAGAA GTTCTATCAC ATTGTAGCAA CTTCAAGCCC TCAAGAAGCT
TTGGCATTTC TCTATAAATA CTTAGAATCA AAATCTGTGG ATGAAACTCA GAATTTGATT
GACACAATCA CAATACCCAT TGGTCAAGAA ATTGGTCCAG AAGCATTCCA AGATGTTTTG
CTCAGGTTTT CAATTGATCA AGCATCTGTT ATCTTCAATG GTGTGATCTA TGAATTGACT
TCCCCTAACT GGCAGATAGC GATGAGCAAA CAACTCAGCC AGGATATTGC CTTATTGAAG
CTGCATCTTC GAAACGGTAA TGCAGAAGGA AAATCCTTGA AAAGTCTACT CTATGAAAAC
GCAGGCACTG AGAGAAACTT GAGAATAATC CCAATTGAAC CAAGTGATAC ATTGTACAAG
GCAGTAGATG AAGACCTTAT CAAGTATTCA ACATTGATTC GCAAGGATAC TACTGAAGGC
ATAGCTGGTA CATTTTGGTT AGTGGGTGAT TTGAACAAGA AAATATGTCA AACCCAGCTA
TTGAATTTAC TAATTTCCTT TAAGAAGTCA AAGTATGACT ACCAAATCAG AGTTATAAAC
TCGGGAACCA CTTCAGCTGT GCTTAATAAG GTGAAGAAAT CCTTTAAATT GGATAAATTA
TCTAGCCCAA AGATCGATAA GGTTATAGAA TTGTTCAAGT CAGAGTTCAG GGAAGTCTCA
GCTTCTTCAA ATAATACCAT TATCAAATTT TTGGAATCCA AACAGTTGCC CCTGCATCAC
GACTTCCTAT TATTCAACTC AAGATATTTC CGTCTTGATA TTCCTCTTTC AAAGAAAGAA
ATTGAACTTT TGTTGGAATA TGAGTACTCT CAGCGATTAT CACTTTTTGA TGATATTCTC
AAGGCTTATC CTGAAGTTTT CCATGGTCAG CAAATTGATA ACTTCAGTCT ACCAGCATCT
GTTGGAAGTA GAGAAGACTG GATGGACTTG GTAACTAGTG TGGTCACGAA ATCATTCCAT
TTCGATGATA GGCTGTTCAT CACTGATGTG TCTAGATTTG ATTTTAGCAA GTTGAACTAT
GGAAATTGCA TTGACGTGAA TACTTATGAA GTAACCAAGA AAATTGACAT ATTACTTATA
GTTGATCCTC TTGACGAGTA TTCACAAAAG CTTGCAACTA TTGTCAAGTC CGTAGCTGAC
ATCCCGTTTG TCAATACTCG AATTTTGTTG CAACCATCAA CGGAAGAGGT TGAAGATATC
ACAATCAAAA GATTCTACAG AGGAGTTTAC GAGAGCTCTT CCCCAATGTT CGTAGATGGA
AAGTGGAGTT CAAATTCCAG TGCATCGTTT GAACTGCTTC CTGGAAGTGA ATTGTTCACC
ACTGATTTGG ATATTCCAAC AAGATGGTTA ACAACTCTCA AGGAAAGTCC AATAGGTGTA
GACATGGACA ACATTAAATT TGACAACTAC AACAATAAGA ATGCCTACGG TGTATATGAG
CTTAGAAACA TTCTTATTGA AGGATATGCT AGAAATGTAG CAAATGGAAA TGCTCCTTCT
GGCATTTCTA TGAAATTGGC AAAGTCAGGT TCAATAACTG ATACTATAGT TATGTCCACT
ATGGGATACC TACAATTGAG TGCGCTTCCC GGGATCTGGA AGCTTTTCCT CGACAGTGGT
AAAAGTTCCA AGCATTATTC ATTACTTTCT GCTTCTTCTA ATAAGTTTGA AGCTAATACG
GCCTCTTTGG AATATGTCGA TATTGGTATT TTCAACCTCA ATGGCCAATT GATTTTCCCA
AGATTAAGAA AGAATCCAGG CTACGAAGGA GTTGAATTTT CCAACGATGC TGAAGCTGAT
AAAAATGAAG GTATCAAGAA CGCCGGCATT ATACAATCGG TATTTAAGAT GGACAAGCCA
GCAAAGGAAG CAGATATAAA TATCTTTACT ATTGCTAGTG GGCACTTGTA CGAGAGATTT
GTGGGCATCA TGACTGCTTC CTTGAGAAAG CACTCACATA GACTGATTAA GATATGGATT
ATTGAGAACT ATATCTCGTC TCACTTCAAG AGGTTACTCC CATATTTGTC TGAAAAATAT
GATGTGGAGT TTGAACTCAT TTCATACAAG TGGCCAAATT TCTTGCGCAA ACAACGTGAA
AAACAAAGAA GTATCTGGGG ATACAAGATT TTATTTTTGG ATGTGATATT TCCCCAAGAC
CTTCACAAGG TGATATTCGT AGATGCTGAC CAGGTGGTCA GAACAGATAT GCAAGATTTG
GTTGATATGA ATTTGGAGGG TGCTGCTTAT GGATTTACTC CTATGTGTGA TTCTAGAGAA
GAAATGGATG GTTTCAGATT CTGGAAACAA GGCTACTGGA CACAAGTTTT GAAGGATGAT
TTGAAGTATC ACATTAGTGC TCTTTATGTC GTAGATTTGG ATAAGTTCAG ACAGATTAGA
GCCGGCGATC GCTTGAGGTC TCATTATCAA AAGCTTTCAG CAGACCCCAA CTCATTGTCT
AATTTAGATC AGGACTTGCC CAACAACATG CAAAGAAGCA TCAAGATCTT CAGTCTTCCC
CAGGAATGGT TGTGGTGTGA GGCTTGGTGT TCTGACGAAT CCATGAAGAC GGCCAAGACA
ATTGACTTGT GTAACAATCC ATTGACTAAG GAAAGCAAAT TGGAGAGAGC CAAACGGTTG
ATTCCAGAAT GGACTGTGTA TGATGAAGAA GTGCAAGAAT TGGTTGTTAA GGCTACTGAA
GAGTACTACG AGAAGAAAGA AAAGGAATCG GAAGAATTCA AGAAGCTTGA AGAACAGGAA
AGGCTGAGGG AAGAGGAAGA GGAAGAGGAA GAGGATAACG ACATCGACCA CGACGAATTA
TAG
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| Protein sequence | MFSRWYFSLL VVLSVQFVVA ENQKTGPDQN TLSVQLQAPW KETDFELNLL ESIAAANESL
YVSSVLKLAG ISNIEEEVED LEDFEDEDLE LSRKSHKDKY ELLMKNIDNE ETRATINFTL
VNKYYSPRIE SHYDHYASDV EAELSERLKT ECAVDSFGNK LDTLDVWLLY NNKLYCSKDE
LYALQTDSRS DVQPLLFDRV IGTNEKAPLV VLYGDHKSDQ FRDFFENLYE SANIGKLRFV
WRYLPPKTVR KNDILTGYGV DLTLKRTDYV VIDDRDVSSK ISNSKKKSSK PKLDIRKDLH
KIAALQELFP IDKSSLQSLG LKLTSFVKSN KQKSSYDTLV QILEDFPKYV SFLADLPRDN
NEILVGDIVD SNEKLGLSKE SFGLYVNGSP IHRLELDLLK LFEKIKDELD FINKLQELGF
TIEQAKFLLT KFALLSAVKQ TQFRNGNTIM GKNENRFKVY DYAFTKTSKR GVVFLNDLEN
DNSYSHFTTN SREAYLGPES YRLRPNQIPP SRENIHDLIF AVNFGNREQL RVLFTLSKVI
LDNGIPQQVG IIPVQGEDPL DLILAEKFYH IVATSSPQEA LAFLYKYLES KSVDETQNLI
DTITIPIGQE IGPEAFQDVL LRFSIDQASV IFNGVIYELT SPNWQIAMSK QLSQDIALLK
SHLRNGNAEG KSLKSLLYEN AGTERNLRII PIEPSDTLYK AVDEDLIKYS TLIRKDTTEG
IAGTFWLVGD LNKKICQTQL LNLLISFKKS KYDYQIRVIN SGTTSAVLNK VKKSFKLDKL
SSPKIDKVIE LFKSEFREVS ASSNNTIIKF LESKQLPSHH DFLLFNSRYF RLDIPLSKKE
IELLLEYEYS QRLSLFDDIL KAYPEVFHGQ QIDNFSLPAS VGSREDWMDL VTSVVTKSFH
FDDRSFITDV SRFDFSKLNY GNCIDVNTYE VTKKIDILLI VDPLDEYSQK LATIVKSVAD
IPFVNTRILL QPSTEEVEDI TIKRFYRGVY ESSSPMFVDG KWSSNSSASF ESLPGSELFT
TDLDIPTRWL TTLKESPIGV DMDNIKFDNY NNKNAYGVYE LRNILIEGYA RNVANGNAPS
GISMKLAKSG SITDTIVMST MGYLQLSALP GIWKLFLDSG KSSKHYSLLS ASSNKFEANT
ASLEYVDIGI FNLNGQLIFP RLRKNPGYEG VEFSNDAEAD KNEGIKNAGI IQSVFKMDKP
AKEADINIFT IASGHLYERF VGIMTASLRK HSHRSIKIWI IENYISSHFK RLLPYLSEKY
DVEFELISYK WPNFLRKQRE KQRSIWGYKI LFLDVIFPQD LHKVIFVDAD QVVRTDMQDL
VDMNLEGAAY GFTPMCDSRE EMDGFRFWKQ GYWTQVLKDD LKYHISALYV VDLDKFRQIR
AGDRLRSHYQ KLSADPNSLS NLDQDLPNNM QRSIKIFSLP QEWLWCEAWC SDESMKTAKT
IDLCNNPLTK ESKLERAKRL IPEWTVYDEE VQELVVKATE EYYEKKEKES EEFKKLEEQE
RSREEEEEEE EDNDIDHDEL
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