Neurodegeneration. Arthritis. Heart & heart valve diseases. Diabetes. From the Parker Lab’s work to stop Alzheimer’s progression with gene therapy targeting toxic protein spread to the Hill Lab’s search for microbially-inspired childhood diabetes treatments, you can learn about BioF Degenerative Disease research here.Ìý
Skeletal muscle. Bone & cartilage. Heart & heart valves. From the Burdick Lab’s invention of biomaterials for patching damaged hearts to the Bryant Lab’s engineered solutions for rebuilding osteoarthritic joints, you can learn about BioF Regenerative Medicine research here.
AI for health. Computational epidemiology. Unlocking genome secrets.Bio-inspired communication systems. From the Layer Lab’s deployment of AI technology to personalize healthcare to the Larremore Lab’s actionable computational models to improve public health responses, you can learn about BioF Computational Biology research here.
New virus discovery. Immune system function. Vaccine nanotechnology. Environmental parasites. From the Garcea Lab developing better vaccines with low-cost, no-booster, heat-stable nanoparticles to the Sawyer Lab hunting for new viruses to prevent the next pandemic, you can learn about BioF Parasites & Pathogens research here.
Through the Crnic Institute Boulder Branch housed within BioF and connected to the main site at the Anschutz Medical Campus, participating faculty and Crnic Postdoctoral Fellows use a systems-level, data-driven approach to understand how conditions associated with Down syndrome arise from the extra copy of chromosome 21.
The CBB is theÌýBioFrontiers Institute's strategy to integrate and support a growing research community addressingÌýTrisomy 21-associated co-morbiditiesÌýin the Boulder area and in partnership with the Å·ÃÀ¿Ú±¬ÊÓƵ Anschutz Medical Campus.ÌýLearn more
