Researcher

Associate Professor Gavin Edwards

My Expertise

New synthetic methods in organic synthesis - free radical chemistry; synthesis of polyether marine toxins; asymmetric catalytic methods, organic chemistry

Fields of Research (FoR)

Organic Chemistry, Organic Chemical Synthesis, Biologically Active Molecules, Medicinal and Biomolecular Chemistry

SEO tags

Biography

BIOGRAPHICAL DETAILS
PhD studies at Monash University with G B Deacon and D StC Black. Postdoctoral research at Imperial College with W B Motherwell, 1987-1989. SSP at Cambridge University in 1997 with Professor Steven Ley. Appointed Lecturer UNSW, 1990; Senior Lecturer UNSW 1999-.

  • 2005 - Present. Director of Teaching, School of Chemistry
  • 2011 -  Associate Dean (Undergraduate Programs) Faculty of Science

RESEARCH INTERESTS
Our research covers a...view more

BIOGRAPHICAL DETAILS
PhD studies at Monash University with G B Deacon and D StC Black. Postdoctoral research at Imperial College with W B Motherwell, 1987-1989. SSP at Cambridge University in 1997 with Professor Steven Ley. Appointed Lecturer UNSW, 1990; Senior Lecturer UNSW 1999-.

  • 2005 - Present. Director of Teaching, School of Chemistry
  • 2011 -  Associate Dean (Undergraduate Programs) Faculty of Science

RESEARCH INTERESTS
Our research covers a range of areas, from medicinal chemistry to organic synthetic methodology. Collaborative research with Dr Laurence Wakelin (Department of Physiology and Pharmacology, School of Medical Sciences) and Professor David Black (Chemistry) is being pursued looking at novel DNA binding agents for possible anticancer applications. Classes of compounds being investigated are as diverse as new ellipticine analogues, potential metallointercalation reagents and acridine-based DNA-threading drugs.

In the quest for new synthetic methods, we have developed the use of the free radical addition of arenesulfonyl halides to alkenes and alkynes giving iodosulfones and thence vinyl sulfones as a route to heterocyclic molecules. This key reaction has led to the development of a diastereoselective synthesis of simple heterocyclic assemblies, and further application to natural product synthesis is being investigated. We are also interested in heteroatoms as controlling elements in organic reactions, such as the use of phosphorus containing groups to activate dienophiles for Diels-Alder reactions.

 

View less

Location

School of Chemistry
University of New South Wales
Sydney NSW 2052
Dalton Building
Room 106

Contact

+ 61 2 93854652
56141

ORCID as entered in ROS