Dr Joanne Harvey and Associate Professor Paul Teesdale-Spittle
We synthesise natural products and their structural analogues, applying new methodology we develop. Our synthetic targets are bioactive macrocyclic natural products and their analogues, and those that can be made through reactions of cyclopropanes.
Our research is based in the Schools of Chemical and Physical Sciences and Biological Sciences at Victoria University and forms part of the activities of the Centre for Biodiscovery. We have recently moved into new lab space in the purpose-built Alan MacDiarmid building and benefit from extensive NMR facilities within the School.
Chemical synthesis and the extraction of natural products from plants, algae and bacteria are complementary methods for discovering novel and bioactive molecules. Natural compounds produced by the organism for defence or other biological processes often have interesting bioactivity based on the structure of the compounds. Although these compounds can be highly active, often the harvesting of sufficient quantities for pharmaceutical or other applications is ecologically unsound, due to the small amounts that are naturally present.
Synthetic organic chemistry however, enables us to generate equivalent compounds on a useful scale. We can also make many rationally designed chemical analogues, based on the natural bioactive compound, which may have enhanced activity for a particular purpose.
Together, these two complementary methods provide a pipeline for the discovery and development of bioactive compounds for therapeutic use.
Following on from our total synthesis of the macrocyclic resorcylic acid lactone (RAL), aigialomycin D (see J. Org. Chem. 2009, 74, 2271), we are synthesising several analogues in order to investigate the relationships between structure and function in the RAL molecules.
The group is also working on synthesising the following natural products and/or their analogues:
- peloruside A
- labillarides E-H
- lehualides E-K
See publications for further information
See people for contact information.
Read more about our research projects.