Dr. Chiu's laboratory aims to understand the mechanisms of pediatric solid tumors, precisely target the specific causes, and devise unique medical or surgical treatments for every child.

Dr Ward's lab is focused on the apicomplexan parasite Cryptosporidium which causes diarrheal disease in humans worldwide.

The goal of Dr. Kim's Lab is to develop innovative bioengineering technologies that can provide practical solutions to some of unmet clinical needs, with an initial emphasis on repairing damaged donor lungs.

Dr. Whalen's laboratory investigates causes and treatments for acute brain injury in children with mouse models and molecular and cell biology.

Dr. Levenberg's lab combines knowledge from cellular biology, tissue engineering, and mechanical engineering to investigate and understand the formation of vascular networks in three dimensional constructs.

Dr. Dvir's lab investigates approaches to control stem cells differentiation and assembly of functioning tissues, including the heart, brain, spinal cord, eyes, intestine and more

The Wirtz lab conducts groundbreaking research in the areas of cell motility, tumorigenesis and cancer metastasis, extracellular vesicles, digital pathology, machine learning applications to biological images, and immunology.

Dr. Spangler's lab combines cutting-edge technologies from structural biophysics, molecular engineering, and translational immunology to create new platforms for the development of targeted therapeutics to treat a broad range of immune diseases.

The goal of Dr. Spiller's lab is to understand mechanisms by which the inflammatory response orchestrates successful tissue regeneration and to develop novel biomaterial strategies that apply these principles to situations in which regeneration is impaired.

The research in Dr Gerecht's laboratory focuses on employing engineering fundamentals to study basic questions in vascular stem cell biology and applying these for tissue repair and regeneration and cancer impeding.

Dr. Marx's lab utilizes molecular biologic and electrophysiologic techniques to elucidate the regulation of ion channels by macromolecular complexes