معرفی
Elisa Moschini serves as a Researcher at Heriot-Watt University within the School of Engineering & Physical Sciences and the Institute of Biological Chemistry, Biophysics and Bioengineering. Her work focuses on advancing nanomaterial safety assessment through innovative in vitro methodologies and data-driven risk management approaches for environmental and human health protection.
Her research spans nanomaterials, toxicology, and biophysics with emphasis on nanoplastics toxicity, air-liquid interface modeling, and safer-by-design frameworks. Key investigations include inflammatory responses to nanomaterials in respiratory tissues using 3D lung models and grouping strategies to minimize experimental data requirements for regulatory decisions. This multidisciplinary work bridges materials science, environmental health, and regulatory toxicology.
Recent publications reveal strong international collaboration trends across European research networks, with consistent focus on next-generation risk assessment for complex nanomaterials. Her work integrates computational grouping methods with advanced biological testing to address critical gaps in nanomaterial safety evaluation, particularly for multicomponent systems and environmental exposures.
No scientific awards were documented in the source material.
Information regarding student advising relationships and research grant funding was not provided in available records.
Dr. Moschini participates in extensive collaborative networks evidenced by her research fingerprint, which highlights interconnected expertise in nanomaterials (100%), data analysis (60%), risk assessment (50%), and biological interfaces (50%). These collaborations span institutions across Europe and focus on developing standardized testing protocols and predictive models for nanomaterial toxicity.
