Prof. Weathers is an internationally recognized expert on Artemisia annua and artemisinin, having worked with the plant and its phytochemicals including the antimalarial drug, artemisinin, for >25 years. She is a Fellow of AAAS and SIVB, won many awards, given many national and international presentations, reviews manuscripts for many journals and proposals for many national and international funding agencies. She is an Associate Editor for two journals. Her lab was the first to genetically transform A. annua. Of her > 100 peer-reviewed papers, about a third focus on bioreactors and another third on artemisinin or A. annua. She also has 3 patents (2 more pending). As of August 2016 her Google H index was 37 with >3600 citations. She spearheaded the edible A. annua concept for treating malaria and other diseases and has led all research to date on the project to establish proof-of-concept. She has supervised >20 MS and 16 PhD students and more than 80 undergraduate projects with about half of all theses and projects related to artemisinin/Artemisia. For >30 yrs she has managed a multidisciplinary research lab that may consist of a mix of visiting scientists, postdocs, graduate and undergraduate students in engineering, biology and biochemistry. She has hosted Fulbright Fellows and visiting international students in her lab. Besides teaching 2 courses a year, she has obtained significant funding from NSF, NASA, NIH, USDA, and the private sector for her research and students. She has also consulted to the Biotechnology Industry since the mid-1980s.
Her administrative and service experience spans academia, international activities and Boards, and the private sector. She has run two small businesses and consulted to the Biotechnology Industry. As one of several examples, she was Chair of the CFK International Board of Directors where she helped CFK establish itself as a recognized NGO in Uganda, win scholarships from Tullow Oil (Ireland) for Makerere University students, and advised, helped organize and spoke at the November 2012 International CFK meeting in Monyonyo, Uganda. She stepped down from Chair in 2012 in order to pursue the edible Artemisia project. She has traveled to Africa four times, twice to Uganda. In academia during an extended sabbatical leave (2006-08) as Professor of Metabolic Engineering she was named the inaugural Judd Hill Chair of Agricultural Biotechnology at Arkansas State University in Jonesboro, AR. At ASU she was Director of their new Molecular Bioscience Ph.D. program, which she helped to initiate, organize and run; she also helped recruit PhD students. As a member of the Society for In Vitro Biology (SIVB) she served on many committees and Chaired Student Awards since 2000. She served on the SIVB Board of Directors for six years having been thrice reelected as Public Policy Chair. As part of her Public Policy interests, she worked on a number of political campaigns, lobbied Congress to improve vote security, organized volunteers for voter outreach (canvassing and phoning), and organized local poll checking on Election Day.
Prof. Weathers views her scientific career as:
“Working on a project of discovery is the true essence of science. When one of my students shares in that discovery, then the moment is further enriched. My real joy in teaching is doing research projects with my students. Taking the discovery one step further by working with students to develop their written and oral communication skills has, over the years, become more and more exciting to me.”
Referring to her work as “pioneering,’ Medical Academic included research by Professor Pamela Weathers, biology and biotechnology, on the Artemisia plant, in this article. Her work shows that the leaves of the plant can be made into a therapy that appears to be more effective than a drug at knocking out the malarial parasite.
NPR interviewed Pamela Weathers, professor of biology and biotechnology, about the benefits of using a tea infused with plant Artemesia annua to treat and cure the parasitic disease schistosomiasis. Artemesia annua is easily grown in Africa, where the illness is more common.