Home/GT Families/GT1/ugt52
ugt52
Dictyostelium discoideum · UDP-sugar-dependent glycosyltransferase 52 (EC 2.4.1.173)
GT1Model organism · annotation ≥ 4Fold GT-BInverting
External resources
Identification and annotation
| CAZy family | GT1 · CAZy entry |
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| Gene symbol | ugt52 |
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| Synonyms / alternate names | - Sterol 3-beta-glucosyltransferase
- UDP-glycosyltransferase 52
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| UniProt accession | Q54IL5 |
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| NCBI Gene ID | 8626744 |
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| Source species | Dictyostelium discoideum |
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| Taxonomic domain | Eukaryota |
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| UniProt annotation level | 4 |
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Function and localisation
| Enzyme function | UDP-sugar-dependent glycosyltransferase 52 (EC 2.4.1.173) |
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| Subcellular location | not curated |
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Structure and mechanism
| Fold type | GT-B |
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| Catalytic mechanism | Inverting |
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| Cation dependence | No |
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| Oligomeric state | not curated |
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| PDB structures | not curated |
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Donor and acceptor specificity
| Sugar nucleotide donor | UDP-alpha-D-glucose |
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| Donor CCD code(s) | UPG |
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| Acceptor substrate(s) | a sterol |
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| Acceptor CCD / GlycoCT | sterol |
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Protein sequences
Full protein sequence
1697 aa
MDEFTSDSLTTSRLLRQISHSDSLSSVGSSSNRSNSNYENKINNGIINDFDSTNANDGISNNSNNSNNNNNSSSILKIHQSPQSILSTEQQHQIQQYQQYHQQQIYESGYVPPHVYIFDPDYKSNNDEEDKEKRSLIELNKSTDLSNIKTTTTTTTTTTPPPLMIPENEEENKQLRQEILNELSKSESFTKIKEPGEIYGFCECSLLYNHLTCANLVITSNYLIFLPQQQVDSDYVLENYLYKKGDFFWKKYWFVLTPDSISWYKSSILKETHYPNGTILLSKIVTVDKLDPEETGKPFCLQIMTNTSIHLIQLDTEPQLEHWYHEINRMQKNLNVTIPIGDIVSITMESNAALFFDSLCLTLKKGENCLVTPSSSSNEVYSLLIKLWNRNRGVTVVEPEKQQRLLEFQKTFKLSQGVNLLIETPCVFYQDEEFSYEGVLYATTEGTLYFSSLDSVLIIPESDIYAITIDRKSDNRDALKVYTTDYDVLFFDSIDDIETFFNVISTSLARSNPKIFFSTVGQIPPIDEPKHDEKEHKSTYQTISSGIRSWKIPIPSLPNFSIPIPKSIPIPLFRSKSSSHLDPQNSQQQQQQQQQSSSLQLDDNNNNIVIPHTSNPTTIIPSTSSSSAIPPPPSSTSSTSSTTHEKTIIIQKNSSINSTFHDIFPLLPLDETVIMFQNCSLYYYSYDSNVEGIVYITKSYIAFNPSPLDKQQQQQQQQQQQQPNSSSITSTTYDRDLDTDSDTDSESDFDYPKQSQHDNSVVMVNNNQYKVKEVLMKKALIPIEDIVSVTKERFLLFFNQCVKIITLDHKWIFGSLNNINSFYNLILETWKQIPKTLLDSSSSSSSSSSSSLLSSSPNNNNSDLNINGNSEGSIFTPLESIKIKNKLGLPADEVLITWFNCTNFKGAQLKYGFLYISNNNICFRSKFGFQKRTIVIPLSQVIEIKKYSAFIPNGIKITTASHHEFQFASFIHRNRVYQILYETWLKANNKKSNSSNSLSSSPTITSPLAISPSIASPSITPPSSTPPSSTTPSSTTPTITSPTIHSTLPSTVVYNDIQEIIDGENNSNNNNNNNNTNNTNKSNSFIGNVEEDVDKIKRSIKSLPILKIHSAQQQQQQQPKTTTTTTSTTTTNLISPRLLTPLTITQSPGFSSLVNSPILPVKPLRITILTIGSRGDIQPFIALSLGLKEYGHNVTLATHELYRDLISKEFGLNYQPLGGDPRELMDLCVRNGIFTPKFIKEALSRFRSFIDDLLLTCWKAVQNSNTQVLIATPGCFAGPHIGEVLQIPFFNAFTMPFTRTRTYPNPFAPFASHQMGGVFNLATHVMMEKVLWQPISGQINQWRTETLKIPPWNSSVSINETYRMPYLYCFSKYLVPKPPDWSGEIAITGYWTLKNQANSDSPPDDLIQFLNEESSTENDDIPIYIGFGSIVIDNPTALSLLLIEAIKLSGKRAIISQGWGGLSIDEHNNNNNNNNNNNNGENSDSNKSSLQSNRIYLLKKPVDHSWLFEKVSLVISHGGAGTVAASLLAAKPTIVVPFFGDQFFWGERIKQTGIGTSIPFDILTAKSLSSHIISILNEPSVRAKVNKMSHLLKREDGVKTAIDFIHRYLPFSFIPPREIPFSSAPNSCMGCKQPFTLLHVMKARVHCHCCGKIFCESCTSHKCPIKKYRINTPVRVCDKCFNDLQSNPSSNSFILND
Catalytic domain sequence
445 aa
LRITILTIGSRGDIQPFIALSLGLKEYGHNVTLATHELYRDLISKEFGLNYQPLGGDPRELMDLCVRNGIFTPKFIKEALSRFRSFIDDLLLTCWKAVQNSNTQVLIATPGCFAGPHIGEVLQIPFFNAFTMPFTRTRTYPNPFAPFASHQMGGVFNLATHVMMEKVLWQPISGQINQWRTETLKIPPWNSSVSINETYRMPYLYCFSKYLVPKPPDWSGEIAITGYWTLKNQANSDSPPDDLIQFLNEESSTENDDIPIYIGFGSIVIDNPTALSLLLIEAIKLSGKRAIISQGWGGLSIDEHNNNNNNNNNNNNGENSDSNKSSLQSNRIYLLKKPVDHSWLFEKVSLVISHGGAGTVAASLLAAKPTIVVPFFGDQFFWGERIKQTGIGTSIPFDILTAKSLSSHIISILNEPSVRAKVNKMSHLLKREDGVKTAIDFIHRY
