David A. Lawrence, M.S., Ph.D., obtained his A.B. from Rutgers
University followed by his M.S. and Ph.D. at Boston College where he
researched immunoparasitology and immunochemistry. Upon graduating he did
postdoctoral research in immunopathology at Scripps Clinical and Research
Foundation, La Jolla, CA. Upon returning
to the East, he joined the Department of Microbiology and Immunology of Albany
Medical College. He later became a Professor in Pharmacology and Toxicology and
started in the Cellular Immunology Lab of Albany Medical Center Hospital. He joined New York State’s Wadsworth Center as
the Lab Chief of Immunology and directed the Cellular Immunology Lab for the
state. His research has connected biomedical sciences and environmental health
sciences, and he is a Professor in these departments at the School of Public
Health at the University at Albany, NY. His research has focused on environmental toxicants
and biological, physical, and psychological stresses on the development of
autoimmune diseases, autism spectrum disorders, and microbial diseases.
Short Biography
David A. Lawrence, M.S., Ph.D., obtained his A.B. from Rutgers
University followed by his M.S. and Ph.D. at Boston College where he
researched immunoparasitology and immunochemistry. Upon graduating he did
postdoctoral research in immunopathology at Scripps Clinical and Research
Foundation, La Jolla, CA. Upon returning
to the East, he joined the Department of Microbiology and Immunology of Albany
Medical College. He later became a Professor in Pharmacology and Toxicology and
started in the Cellular Immunology Lab of Albany Medical Center Hospital. He joined New York State’s Wadsworth Center as
the Lab Chief of Immunology and directed the Cellular Immunology Lab for the
state. His research has connected biomedical sciences and environmental health
sciences, and he is a Professor in these departments at the School of Public
Health at the University at Albany, NY. His research has focused on environmental toxicants
and biological, physical, and psychological stresses on the development of
autoimmune diseases, autism spectrum disorders, and microbial diseases.