B. Paige Lawrence

B. Paige Lawrence is a Professor in the Department of Environmental Medicine at the University of Rochester School of Medicine and Dentistry. With a Scopus ID of 7102054090, Dr. Lawrence has published 109 documents with 3,556 citations and maintains a 37 h-index, demonstrating significant scholarly impact in environmental health sciences.

Dr. Lawrence's research focuses on the intersection of environmental toxicology and immunology, particularly examining how environmental exposures affect immune function and susceptibility to infectious diseases. Their work prominently features the aryl hydrocarbon receptor (AHR) pathway, investigating how environmental chemicals that activate AHR influence immune responses to viral infections like influenza. Research spans multiple model systems including mice, Xenopus frogs, and human cell cultures, addressing critical questions about developmental immunotoxicity, transgenerational effects, and chemical mixtures.

Analysis of Dr. Lawrence's recent publications reveals a consistent focus on environmental chemical impacts on immune function, with particular emphasis on AHR-mediated effects. The research spans basic molecular mechanisms of receptor signaling to population-level epidemiological investigations, demonstrating translational approach from bench to bedside. Key trends include examining timing of exposures, chemical mixtures, and the dual nature of AHR activation (both beneficial and harmful effects).

Dr. Lawrence has published extensively in top toxicology and immunology journals including Toxicology and Applied Pharmacology, Reproductive Toxicology, Environmental Research, and Immunotoxicology. Their work has been cited over 3,500 times, reflecting significant influence in the field of environmental health sciences.

Dr. Lawrence's research program investigates how environmental exposures modify immune responses to pathogens, with particular focus on viral infections. Their laboratory employs diverse methodologies from molecular biology to animal models to epidemiological studies, providing comprehensive insights into how environmental factors shape host-pathogen interactions and disease outcomes.