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Sarah Wells is an Associate Professor in the Department of Physics and Atmospheric Science and the School of Biomedical Engineering at Dalhousie University. Her research focuses on the structural-mechanical relations of biopolymers like elastin and collagen to understand the mechanisms of elasticity in tissues such as arteries, ligaments, and skin during different stages of development. The lab investigates how mechanical loading conditions during fetal development impact the structural and functional development of tissues, which is crucial for tissue engineering. The team is particularly interested in the adaptive remodeling of maternal cardiovascular tissues in response to changes in loading conditions, such as those that occur during pregnancy. Wells' work has demonstrated significant structural and biomechanical alterations in tissues during pregnancy, emphasizing the importance of understanding these changes in both health and pathology. Her selected publications reflect her contributions to the field, providing insights into the physiological remodeling of heart valves and other cardiovascular structures in response to enhanced hemodynamic demands during pregnancy.