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About

Annette Dalrymple is a toxicological researcher whose work has significantly advanced the methodology of tobacco smoke assessment in laboratory settings. Her expertise centers on in vitro exposure systems, particle deposition analysis, and genotoxicological testing of cigarette smoke — fields critical to understanding the biological harms of tobacco products. Dalrymple's most influential contributions focus on characterizing and standardizing whole smoke exposure systems, particularly the Vitrocell® VC 10 Smoking Robot. Her 2013 study on quartz crystal microbalance-based particle deposition assessment (43 citations) laid important groundwork for more reproducible in vitro tobacco research, while her 2014 inter-machine comparison study (49 citations) helped establish cross-laboratory consistency — a persistent challenge in aerosol toxicology. These methodological advances have proven widely valuable to researchers designing and validating smoke exposure protocols. Equally notable is her contribution to genotoxicity testing. Her multi-strain Ames assay study (41 citations) expanded the bacterial reverse-mutation approach to better capture the mutagenic complexity of mainstream cigarette smoke, introducing strains rarely used in aerosol-based systems. Collectively, Dalrymple's body of work represents a meaningful push toward more rigorous, standardized, and biologically relevant tobacco toxicology testing, with her papers accumulating over 160 citations across the field.