For the 37th consecutive year, the UCSF School of Pharmacy has received more funding from the National Institutes of Health (NIH) than any other pharmacy school in the United States. School researchers were awarded $28.2 million in grants during NIH’s 2016 fiscal year, from October 1, 2015 to...
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For the 36th consecutive year, the UCSF School of Pharmacy has received more funding from the National Institutes of Health (NIH) than any other pharmacy school in the United States.
(left to right) The Galega officinalis (aka French lilac)was used as a folk remedy for diabetes symptoms for centuries before analysis of its extracts revealed compounds that lowered blood sugar. Eventually, metformin (molecule and pill) was developed. It is a related molecule that is longer acting and less toxic than the plant extracts. Metformin acts on cells in the liver (center and cross-section right) to reduce glucose production and thus blood sugar.
In people with type 2 diabetes, the body is less able to use the hormone insulin to regulate blood sugar. The disease affects 350 million patients globally—including 29 million in the United States, where it is the leading cause of blindness, kidney failure, and non-accident-related amputations.
I focus on the use of models to describe drug disposition and effect in patient populations, and the use of these models to make predictions to improve drug therapy.
My research focuses on membrane transporters, which are of great importance to drug disposition and response. I am particularly interested in genetic variants in membrane transporters that are determinants of drug response and in harnessing transporters to enhance drug targeting.
