At #UCDavis: Dean’s Global Health Night w/ Shirley Luckhart – Global malaria elimination and eradication

Dean’s Monthly Global Health Night with Shirley Luckhart, PhD

Thursday, March 3rd at 6:30 p.m. Education Building 3202 4610 X Street, Sacramento

Global malaria elimination and eradication – a perspective on the science and challenges behind these efforts

This interactive and informal session with Dr. Luckhart will feature a discussion about the current global impact and status of control measures for malaria. More than 60% of the world’s population is at risk for this mosquito-borne disease and, despite aggressive measures for control, incidence is increasing in some hyperendemic foci. Further, the issue of drug resistance is compounded by multi-drug resistant parasites and mosquito control is limited by insecticide resistance, with few new affordable options. Importantly, however, major international efforts are underway to eliminate malaria region-by-region, with the ultimate goal of worldwide malaria eradication on the global agenda. With these issues, malaria eradication is truly a grand challenge of our time.

About the Speaker

My work for the past 20+ years has focused on malaria. In particular, we have studied malaria parasite development and transmission in laboratory models and transmission of human malaria parasites in the lab and under field conditions in endemic countries. Although the majority of my published work has focused on transmission biology in the mosquito host, we have significantly expanded our work to include pathogenesis of malaria in a variety of model systems. My lab is currently recognized internationally for expertise in the biology of the bloodfeeding interface – that is, how factors in mammalian host blood (drugs, cytokines, parasite factors) influence parasite development and transmission to the mosquito host. Current projects include the study and modeling of cross-species signaling dynamics between mosquitoes and mammals at the bloodfeeding interface, molecular biology of cell signaling pathways that regulate parasite development in the mosquito host, mitochondrial bioenergetics control of tissue homeostasis and immunity in the mosquito host, development of dual anti-malarial therapeutics with transmission blocking activity, pathogenesis of malaria-Salmonella co-infection using both mouse and non-human primate models, and the influence of human HIV co-infection on malaria parasite transmission in Kenya.

GHN 3.3.16 Luckhart.pdf

This entry was posted in Misc. and tagged by Jonathan Eisen. Bookmark the permalink.

About Jonathan Eisen

I am an evolutionary biologist and a Professor at U. C. Davis. (see my lab site here). My research focuses on the origin of novelty (how new processes and functions originate). To study this I focus on sequencing and analyzing genomes of organisms, especially microbes and using phylogenomic analysis

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