Dr. Kristi Anseth's lab focuses on the development of advanced materials and models to study complex biological processes related to the intestine and heart valves. By using innovative hydrogels, the lab investigates how the structure of tissues influences cellular behavior and health, particularly under injury or disease conditions. The research aims to improve our understanding of important processes like crypt regeneration in the intestine and the differences in heart valve disease prevalence between sexes.

Dr. Stephanie Bryant's lab at the University of Colorado focuses on developing new materials and methods for treating cartilage and bone injuries. Their research includes creating special hydrogels that can help tissues regenerate and designing coatings for implants to reduce inflammation in the body. The team aims to advance knowledge in tissue engineering to better address the challenges of osteoarthritis and improve the effectiveness of medical implants.

Dr. Wounjhang Park's lab at the University of Colorado focuses on developing advanced magnetic nanotransducers that offer a non-invasive method for stimulating neural activity deep within brain tissues. This innovative approach seeks to overcome the limitations of current stimulation techniques, making it possible to target specific brain areas or cell types without the need for invasive procedures. The lab's work has the potential to revolutionize the treatment of neurological conditions like Parkinson's and epilepsy by enabling stronger, more precise stimulation.

Corey P Neu's lab at the University of Colorado focuses on creating advanced microphysiological systems that replicate human joints to study arthritis and test new treatments. By developing a novel joint-on-chip platform, the research aims to better understand joint diseases and facilitate faster screening of potential drug candidates. The lab combines engineering techniques with biological materials to build realistic tissue models that emulate the complex interactions and functionalities of human joints.