Kassandra Scott

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About

Kassandra Scott is a leading researcher in respiratory toxicology, with a primary focus on developing advanced in vitro models to assess the health impacts of airborne contaminants. Her work is critical in an era where inhalation of pollutants and viral pathogens is linked to over 2 million annual morbidities. Scott’s major contributions center on the design and application of organ-on-a-chip systems, particularly for inhalation toxicology. Her most cited paper, "Emerging Technologies for In Vitro Inhalation Toxicology" (2021), has garnered 70 citations, highlighting its influence in shifting the field from traditional animal models toward more physiologically relevant, soft-material-inspired microfluidic platforms. This work systematically evaluates the bottlenecks and advantages of current technologies, providing a roadmap for next-generation toxicity testing. Scott’s research bridges engineering and biomedical science, offering innovative solutions to understand how airborne exposures drive disease. Her achievements underscore a commitment to improving public health through cutting-edge, translational science, making her a pivotal figure in modern toxicology and a valuable resource for students and researchers seeking to explore the intersection of microfluidics, materials science, and respiratory health.