We support in vitro research using cell culture models to investigate biological responses, cellular mechanisms, and potential effects of environmental and chemical exposures. Experimental approaches are tailored to research objectives and conducted through appropriate laboratory collaborations.

We provide expertise in the design, coordination, and evaluation of laboratory animal studies to investigate toxicological and biological outcomes. Our work emphasizes scientifically rigorous study designs, animal welfare, and appropriate interpretation of findings.

We apply molecular and cellular biology techniques to investigate biological pathways, gene expression, molecular responses, and mechanisms of toxicity. These approaches help characterize biological effects and connect molecular changes to broader health outcomes.

We support genomic and transcriptomic research through next-generation sequencing study design, data interpretation, and biological pathway analysis. These approaches help identify molecular signatures, characterize biological responses, and explore mechanisms underlying disease and toxicity.

We support analytical research involving mass spectrometry to characterize and quantify chemical compounds, biological molecules, and environmental contaminants. We coordinate analytical approaches and interpretation of results through specialized laboratory partnerships.

We conduct toxicological assessments to evaluate chemical and biological hazards, characterize potential adverse effects, and interpret exposure-related risks. Our expertise includes literature-based assessments, dose-response evaluation, and toxicological hazard assessments.