Biomarkers of toxicity are measurable biological indicators that signal exposure to harmful substances or the resulting adverse effects in living organisms. Research published in Experimental and Clinical Toxicology examines how advanced analytical approaches can detect and characterize these markers across differen…
Biomarkers of toxicity are measurable biological indicators that signal exposure to harmful substances or the resulting adverse effects in living organisms. Research published in Experimental and Clinical Toxicology examines how advanced analytical approaches can detect and characterize these markers across different contexts of environmental and chemical exposure. The journal has featured investigations into metabolomic profiling as a tool for assessing toxicological responses, including studies that map hepatic metabolic changes in aquatic species following acute pesticide exposure and work exploring how metabolomic methods can be applied to evaluate environmental contaminant exposure more broadly. These studies contribute to understanding how organisms respond to toxic insults at the molecular level, providing data that can inform risk assessment and environmental monitoring strategies. The identification and validation of toxicity biomarkers remains essential for early detection of harmful exposures, for understanding mechanisms of toxicity, and for developing more sensitive and specific diagnostic approaches in both clinical and environmental toxicology settings. By characterizing metabolic and biochemical perturbations associated with toxic exposures, this research supports efforts to protect human and ecological health.
2 peer-reviewed articles, ranked by relevance. Each links to its DOI.
The 2 articles above have been cited 2 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
A sample of recent works citing this journal's research on Biomarkers of Toxicity, linking to each citing work.