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(Last modification: 16. November 2010)
Index of Type III Polyketide Synthase Pages
0.0.0.0.0..English Start Site0.1.0.1.0........Resveratrol: Basic Aspects and Biosynthesis0.1.0.1.1.0.......New: Human Sirtuins: Structure, Enzyme Activities, Functions0.1.0.1.1.1.........New: Sirtuin Activators (e.g. Resveratrol)0.1.0.1.1.2.........New: Sirtuin Inhibitors (Cancer Suppression by Inhibitors?)0.1.0.1.1.3.........New: Sirtuins: Selected References0.1.0.1.1.4.........New: Human Sirtuins: Sequences0.1.0.1.2...........Resveratrol: Some References of Interest and Links to some Internet Pages0.1.0.1.3........Resveratrol in Transgenic Plants and Other Organisms0.1.0.1.4...........Resveratrol in Transgenic Plants: References1.0.0.0.0....Projects Overview1.1.0.0.0......Type III PKS: CHS-Related Polyketide Synthases1.1.0.0.1........Book 2006: Polyketides: Biosynthesis, Biological Activity, and Genetic Engineering1.1.0.0.2........New Book 2010: Comprehensive Natural Products II, Chemistry and Biology1.1.0.1.0........Multiplicity of Products Synthesized via Type III PKS: Plants, Fungi, Bacteria1.1.0.1.1........Overview of Enzyme Reactions of Plant Type III PKS1.1.0.1.2..........PDF File: Relationship Tree of Selected Plant Type III PKS1.1.0.1.3..........Links to Sequences of the Relationship Tree1.1.0.1.3.1..........Accession numbers: 1 and 2 Condensation Reactions1.1.0.1.3.2..........Accession numbers: 3 Condensation Reactions CHS-type1.1.0.1.3.3..........Accession numbers: 3 Condensation Reactions STS-type1.1.0.1.3.4..........Accession numbers: 4 and more Condensation Reactions1.1.0.1.3.5..........Accession numbers: Other Type III PKS1.1.0.1.3.6..........Accession numbers: Type III PKS from Rheum palmatum1.1.0.1.3.7..........Accession numbers: Type III PKS from Aloe arborescens1.1.0.1.4..........Prosite Pattern of Active Site1.1.01.0.0........Plants: One condensation1.1.01.1.0..........Benzalacetone Synthase1.1.01.1.1.............Benzalacetone Synthase in Raspberries (Rubus idaeus)1.1.01.1.2.............Benzalacetone Synthase in Rheum palmatum (13.05.2010)1.1.01.3.0..........C-Methylated Flavonoids in Pinus strobus1.1.01.3.1.............Biosynthesis of C-Methylated Flavonoids: Results, Proposal, and Model1.1.01.3.2.............Comparison of Pinus strobus CHS1 and CHS21.1.01.4.0..........Phenylphenalenones and Model of Biosynthesis1.1.01.4.1.............Phenylphenalenones: An Introduction1.1.01.4.2.............Phenylphenalenones in Wachendorfia thyrsifolia1.1.01.4.3.............WtPKS1, a type III PKS from Wachendorfia thyrsifolia1.1.01.4.5.............In vitro Products of recombinant WtPKS11.1.01.4.6.............Discussion: WtPKS1 from Wachendorfia thyrsifolia1.1.01.4.7.............WtPKS1: One Enzyme of a Two-Component System?1.1.01.5.0..........Curcumin Synthesis in Curcuma longa: Two Cooperating Enzymes1.1.01.9.1..........Proposal: Quinolines1.1.01.9.2..........Proposal: 4-Hydroxycoumarins1.1.01.9.3..........Proposal: Psilotonin in Psilotum nudum1.1.01.9.4..........Proposal: Benzylacetone Synthase1.1.02.0.0........Plants: Two Condensations1.1.02.1.0...........Pyrone Synthase (Gerbera hybrida)1.1.02.1.1.............Pyrone Synthase: Enzyme Reaction1.1.02.1.2.............Pyrone Synthase: Keys to the Active Site Pockets1.1.02.1.3.............Conversion of CHS into Pyrone Synthase1.1.02.1.4.............Active Site Size Comparison of CHS and 2PS1.1.02.1.5.............Cover Picture from Chemistry & Biology (2000)1.1.02.4.1...........Proposal: Styrylpyrone Synthase (SPS) in Equisetum arvense1.1.03.0.0........Plants: Three Condensations1.1.03.1.0...........Comparison of chalcone (CHS) and stilbene synthase (STS) Reactions1.1.03.1.1.............Brief Overview: Biology of Chalcone and Stilbene Synthase Products1.1.03.1.1.1.............Picture: Flavonoid Pills1.1.03.1.6.............Comment on Resveratrol in the Freiburger Uni Magazin (December 2004)1.1.03.2.0..........Chalcone Synthase (CHS)1.1.03.2.1.............CHS Reaction Mechanisms1.1.03.2.4............CHS-type Ring-Folding: Other Enzymes1.1.03.2.4.1.............Acridone Synthase (ACS)1.1.03.2.4.2.............Benzophenone Synthase (BPS)1.1.03.2.4.3.............Valerophenone Synthase (VPS)1.1.03.2.4.4.............DIF-1 in Dictyostelium discoideum1.1.03.2.4.8.............Proposal: Hyperforin Biosynthesis1.1.03.3.0..........Stilbene Synthase (STS)1.1.03.3.0.1...........STS: Reaction Mechanisms1.1.03.3.0.2...........STS: 3D Structure1.1.03.3.0.3...........STS: "Aldol Switch"1.1.03.3.0.4...........STS: The Hydrogen-Bond Network1.1.03.3.0.5...........STS: Scenario of STS-type Cyclization1.1.03.3.0.6...........New in April 2010: STS: Generalization of the Aldol Switch? (13.05.2010)1.1.03.3.1............STS from Pinus strobus: Effects of a Single Amino Acid Difference1.1.03.3.2............STS-type Ring-Folding: Other Enzymes1.1.03.3.2.1............Biphenyl Synthase (BPS) from Sorbus aucuparia1.1.03.3.2.2............Alkylresorcinol Synthase in Sorghum bicolor1.1.03.3.2.3............4-Methyl-5-pentylbenzene-1,3-diol in Dictyostelium discoideum1.1.03.3.2.4............New: Proposal for Bis-5-Alkylresorcinol Biosynthesis1.1.03.3.2.8.1..........Proposal: Olivetolic Acid and Bibenzyls in Cannabis sativa1.1.03.4.0..........Stilbenecarboxylate Synthases (STCS)1.1.03.4.1...............Hydrangea macrophylla1.1.03.4.1.1...............Hydrangea Type III PKS1.1.03.4.1.2...............Sequences: Hydrangea macrophylla1.1.03.4.2...............Hydrangea macrophylla var. thunbergii1.1.03.4.3...............Marchantia polymorpha1.1.03.4.3.1...............Marchantia polymorpha STCS2 3D-Structure1.1.03.4.3.2...............Sequences: Marchantia polymorpha1.1.03.4.4...............Proposal: Anacardic Acid and Urushiol (13.05.2010)1.1.03.4.5...............STCS: Just a "Degenerate" STS or CHS ?1.1.04.0.0....... Plants: More than Three Condensations1.1.04.1.0...............Four Condensations: Chromone Synthase (PCS)1.1.04.1.1...............Four Condensations: Proposal for 4-Hydroxy-5-Methylcoumarin1.1.04.1.1...............Vier Kondensationen: Vorschlag für 4-Hydroxy-5-Methylcoumarin1.1.04.2.0...............Five Condensations: Plumbagin1.1.04.3.0...............Six Condensations: Aloesone1.1.04.4.1...............Seven Condensations: Anthrone in Aloe arborescens1.1.04.4.2...............Seven Condensations: Hypericin in Hypericum perforatum1.1.04.5.0...............Functional Interconversion between Four and Seven Condensations1.1.05.0.0........'Orphan PKS': Proteins in Search of a Physiological Role1.1.05.1.0................'Orphan PKS': Ipomoea (10.05.2010)1.1.05.2.0................'Orphan PKS': Huperzia serrata1.1.05.3.0................'Orphan PKS': Curcuminoid synthase from Rice (Oryza sativa) (10.05.2010)1.1.05.3.1...................Relationship Tree: Type III PKS in Oryza sativa (PDF-file)1.1.05.4.0................'Orphan PKS': Alkylpyrone/Alkylresorcinol Synthase from Physcomitrella patens1.1.05.5.0................'Orphan PKS': Alkylpyrone Synthases from Arabidopsis thaliana1.1.08.0.0........Byproducts, Promiscuity, Functional Identification1.1.09.0.0........Polyketide reductases (PKR)1.1.09.1.0........... PKR in the Biosynthesis of 6'-Deoxychalcone1.1.09.2.0............PKR in the Biosynthesis of Stilbenecarboxylic Acids1.1.21.0.0........Fungi1.1.21.1.0............PKS Reactions in Fungi: Type I, but Hardly Type III PKS ?1.1.21.2.0............Relationship Tree of Type III PKS from Fungi and Plants1.1.21.3.0............Neurospora crassa: Oxoalkylresorcylic Acid Synthase (ORAS)1.1.21.4.0............New in June, update August 2010: Pyrone Synthases from Aspergillus oryzae1.1.21.5.0............Proposal: Palitantin and Frequentin Biosynthesis1.1.21.6.0............Accession numbers: Fungal Type III PKS1.1.31.0.0........Bacteria1.1.31.1.0............Tree of Type III PKS in Bacteria (PDF-file)1.1.31.1.1............Accession numbers: Bacterial Type III PKS1.1.31.2.1............Complex Ring-Folding: 1,3,6,8-Tetrahydroxynaphthalene1.1.31.3.1............CHS-Type: 2,4-Diacetylphloroglucinol in Pseudomonads1.1.31.4.1............STS-Type: (S)-3,5-Dihydroxyphenylglycine in Streptomycetes1.1.31.4.1.1..............Balhimycin Structure1.1.31.4.2............STS-Type: in Alkylresorcinol Biosynthesis in Streptomyces1.1.31.5.1............STS and Pyrone Type Ring-Folding: Cyst Formation in Azotobacer vinelandii1.1.31.6.1............Pyrone: Germicidin in Streptomyces coelicolor1.1.31.7.1............'Orphans': Pyrone Synthases from Mycobacterium tuberculosis and Bacillus subtilis1.1.31.8.1............New in August 2010: Unusual: Stilbene Synthesis in the bacterium Photorhabdus luminescens4.00.0.0.0...Plant Photos and some Comments4.02.0.0.0........Peanut (Arachis hypogaea)4.03.0.0.0........Scots Pine (Pinus sylvestris)4.04.0.0.0........Eastern White Pine (Pinus strobus)4.05.0.0.0........Kangaroo paws4.06.0.0.0........Ginger (Zingiber officinale)4.07.0.0.0........Curry (Curcuma longa)4.08.0.0.0........Psilotum nudum4.09.0.0.0........Gerbera hybrida4.10.0.0.0........Raspberry (Rubus idaeus)4.11.0.0.0........Rheum palmatum4.12.0.0.0........Ipomoea: Pictures and Comments (10.05.2010)4.13.0.0.0........Anacardiaceae: Cashews, Poison Ivy, Mango...5.0.0.0.0..Selected Plants and Secondary Products5.1.0.0.0....Polygonum cuspidatum5.1.0.1.0...........Polygonum cuspidatum tree (PDF file)5.1.0.2.0...........Polygonum cuspidatum: References5.1.0.3.0...........Accession numbers: Type III PKS from Polygonum cuspidatum5.2.0.0.0....Vitis vinifera5.2.0.1.0.........Vitis vinifera: Stilbenes described 1995-20085.2.0.2.0.........Vitis vinifera: References5.3.0.0.0....New in October 2010: Peanut (Arachis hypogaea)5.3.0.1.0.........Arachis hypogaea References5.4.0.0.0....Hemp (Cannabis sativa): Cannabinoids5.4.0.1.0........ Cannabis sativa References (Part 1)5.4.0.1.1........ Cannabis sativa References (Part 2)5.5.0.0.0....Sorghum bicolor (Sorgoleone Biosynthesis)5.5.2.0.0.......Alkylresorcinol Synthase in Sorghum bicolor5.5.2.0.1...........Tissue-Specific Expression of Type III PKS Sequences from Sorghum bicolor5.5.2.0.2...........Enzyme Activities: Alkylresorcinol Synthases from Sorghum bicolor5.5.2.0.3...........Modelling: Alkylresorcinol Synthase from Sorghum bicolor5.5.2.0.4...........ARS Genes and Enzymes from Oryza sativa5.5.2.0.5...........Sequence Alignment and Identification of Functional Amino Acids: ARS from S. bicolor and O. sativa5.5.2.0.6...........RNAi Mediated Repression of ARS1 and ARS2 in Sorghum bicolor5.5.2.0.7...........Alkylresorcinol Synthases: Sequences from Sorghum bicolor and Oryza sativa
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