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Natural Product Targets
α-Methylene-γ-butyrolactones
![](/media/chemistry/research/richardtaylor/research/natural products1.gif)
Pyxidatol C
![Structure of Pyxidatol C Structure of Pyxidatol C](/media/chemistry/research/richardtaylor/research/pyxidatol.gif)
Rankinidine
![structure of Rankinidine structure of Rankinidine](/media/chemistry/research/richardtaylor/research/rankinidine.gif)
Phacelocarpus 2-pyrone A
![Structure of Phacelocarpus 2-pyrone A Structure of Phacelocarpus 2-pyrone A](/media/chemistry/research/richardtaylor/research/phacel.gif)
(-)-Cytisine
![Structure of Cytisine Structure of Cytisine](/media/chemistry/research/richardtaylor/research/cytisine pic.gif)
Dievodiamine
![structure of Dievodiamine structure of Dievodiamine](/media/chemistry/research/richardtaylor/research/dievo.gif)
- Will Unsworth
- Christiana Kitsiou
Spirobacillenes A and B
![Structure of Sprobacillenes a and B Structure of Sprobacillenes a and B](/media/chemistry/research/richardtaylor/research/Spiro.gif)
- Will Unsworth
- James Cuthbertson
Methodology
Direct Imine Acylation (DIA) in the synthesis of Heterocycles
- Will Unsworth
- Christiana Kitsiou
Copper-based Routes to Heterocyclic and Quaternary Systems
Rhodium-based routes to α-methylene-γ-butyrolactones
Synthesis of Steroidal Natural Product Analogues
- Laura Manicassamy
- Lucia Vitellozzi