Organs-on-a-Chip for Pharmacokinetics & Immune/Metabolic Disease Modeling: Engineering, Validation, & Applications

INTEGRATION OF ADVANCED MICROFABRICATION TECHNIQUES FOR THE DEVELOPMENT OF A DYNAMIC CELL CO-CULTURE PLATFORM INCORPORATING 2D, 2.5D, AND 3D ORGANOTYPIC CELLULAR SYSTEMS

MODULAR AND COMPARTMENTALIZED CELL CULTURE MICROFLUIDIC TEMPLATES WITH VERSATILE ARCHETICTURES ENABLES ORGANOTYPIC CELL CO-CULTURE AND ADVANCES IN VITRO MODELING OF HUMAN ORGAN STRUCTURES AND FUNCTIONS

Notes on salient linguistic variation in Harūb, Jazan, Saudi Arabia

Faculty Empowerment through Transition Initiative (F.E.T-In) workshops

Pharmacokinetics-on-a-chip: Development of complex compartmentalized cell culture templates for organ-on-a-chip systems facilitates the integration of epithelial, epidermal, hepatic, and immune cells to study drug permeability kinetics and toxicity

MRS Spring meeting Boston, Massachusetts, December 1-5, 2024

Wards Research Seminar Series

An integrated microphysiological system for multi-epithelial barriers: Applications to intestinal and epidermal barriers

COM Curriculum