, Debbie And Sylvia DeSantis Chair In Natural Products Drug Discovery And Development Hendrik Luesch

Approximately half of all current drugs are derived from natural products, demonstrating their potential for drug discovery. The structural diversity and biological activity displayed by natural products may be attributed to a long evolutionary selection process. In our quest for small molecules with biomedical utility for various disease indications we mainly investigate natural products. In...

Natural Product Reports is the Royal Society of Chemistry’s journal for publication of reviews in all areas of natural products chemistry, including biosynthesis, chemical biology, pharmacology and organic synthesis.

Research in the Luesch lab lies at the interface of chemistry and biology and addresses multiple aspects of the drug discovery process ranging from assay development, identification and structure determination of bioactive small molecules with a focus on marine natural products, studies toward their mechanism of action, chemical synthesis and drug development of promising agents, the engineering of their...

With the funding from the Maximizing Investigators’ Research Award, Ding aims to access and expand chemical diversity of microbes through the use of new, innovative strategies.

Hendrik Luesch, Ph.D., the Debbie and Sylvia DeSantis Chair in Natural Products Drug Discovery and Development in the UF College of Pharmacy, was one of two faculty named as the UF Foundation 2014 Preeminence Term Professors. Now in its second year, the University of Florida Foundation’s Preeminence Term Professorship program supports UF’s Preeminence goals. Each...

  Mission The mission of the Center for Natural Products, Drug Discovery and Development, or CNPD3, is to foster early-stage drug discovery by providing the infrastructure, chemical libraries and expertise to screen for disease-relevant targets and for drug-like disease-modifying molecules that modulate target activity. The CNPD3 provides the academic home for the identification of drug leads...