Bioengineering categorizes its research into six tracks: Bioimaging and Signals; Medical Product Engineering (MPE); Neural Engineering; Molecular, Cellular, and Systems Engineering (MCSE); Biomechanics; and Tissue Engineering and Regenerative Medicine
View the 2019 Faculty Research book here.
MRI analyses methods, as well as their use for clinical research in aging
Integration of synthetic biology and tissue engineering towards the next generation of regenerative technologies, mainly in the liver but also in other tissues.
Study of biological profiling data from de-identified samples for biomarker discovery, to enable early detection, monitoring and better outcomes for various cancers and cardiovascular diseases.
Investigating the chronic and fibrotic responses to injury, specifically, modeling the dynamic reciprocity that occurs between immune and stromal matrix remodeling cells that determines the healing outcome. Her translational research
focuses on biomimetic peptide drug design and biomaterial delivery systems for the treatment of fibrosis-associated diseases.
To gain insights into the underlying disease of multiple sclerosis and translate these findings into the clinical areas to improve individualized risk prediction, prevention, and management in multiple sclerosis and other related disorders.