Donald Watson, assistant professor in the Department of Chemistry and Biochemistry at the University of Delaware, has received a $1.47 million grant from the National Institutes of Health (NIH) to study new reactions for use in the production of medicines and pharmaceuticals.
Modern medicine relies on the preparation of complex organic
molecules to serve as the active ingredients of pharmaceuticals, Watson
says. As the need for more selective, more potent, and more effective
medicines increases, there is an ever-growing need to develop new
methods to synthesize complex organic molecules.
Watson explains that alkyl amines are a common structural element in a
broad range of pharmaceutical agents. Many of the methods used to
construct these compounds rely on carbonyl compounds as starting
materials, which limits the ways in which alkyl amines can be prepared.
With the NIH support, Watsons team will investigate two new methods
to prepare complex alkyl amines using non-carbonyl starting materials.
In both cases, transition metal-based catalysts will be used to develop
new synthesis approaches.
Our goal is to add to the toolbox for chemists who work on drug
compounds, Watson says. The more tools we have available to us, the
more efficiently and effectively these compounds can be assembled.
Were conducting basic research in our lab, he adds, but we hope
that it will directly benefit the preparation of complex
nitrogen-bearing organic molecules and aid in the discovery of the next
generation of pharmaceutical agents.
Watson supports a large and diverse group of researchers in his lab,
including nine Ph.D. students and a number of postdocs and
undergraduates. The NIH-funded work opens up yet another path in the
groups efforts to develop new reactions that enable the synthesis of
complex organic molecules.
In 2013, Watson received a $570,000 Faculty Early Career Development Award from the National Science Foundation and a $75,000 Cottrell Scholar Award from the Research Corporation for Science Advancement.
With the NSF Career Award, he is examining new ways to construct
vinyl and allyl silanes using simple alkene starting materials. The
foundation for this research is the Nobel Prize-winning work of UDs
Richard Heck, Willis F. Harrington Professor Emeritus of Chemistry and
Biochemistry, who developed reactions to form carbon-carbon bonds
through palladium catalysis.
The Cottrell Scholar award is funding Watson and his team to develop a
new way to create silylacetylides, which are useful intermediates in
the synthesis of complex organic molecules, by using transition metals
to catalyze reactions in alkanes.
Organic chemistry is the foundation for so much of what we take for
granted in everyday life, from vitamins and medicines to flavor
enhancers and fertilizers, Watson says. Were pleased to be
contributing new tools to advance this ever-expanding field.
