George Mason University
The Institute for Biohealth Innovation (IBI) at George Mason University unites over 300 faculty and thousands of students across 34 departments to advance human health and well-being through innovative research. The IBI focuses on major health challenges, including infectious diseases, cancer, brain and behavior, and cardiovascular health, collaborating with national and international partners to implement solutions that enhance health outcomes.
George Mason University
Institute for Biohealth Innovation, George Mason University, 4400 University Drive, Fairfax, VA 22030
Patents
Binding domain mapping and compounds, compositions, complexes, methods, and kits related thereto
2025-06-17 • US-12331096-B2
View DetailsCompositions and methods for modulation of extracellular vesicle release and treatment of neurological disorders
2025-01-28 • US-12208080-B2
View DetailsMethod of inhibiting enveloped virus binding to target cells by incorporating P-selectin glycoprotein ligand-1 (PSGL-1) into virions
2025-01-14 • US-12194087-B2
View DetailsWhat We Do
The MAP Clinics serve uninsured, immigrant, and refugee communities, providing healthcare, screenings, and mental health services.
A state-of-the-art facility for neuromechanical assessment and research on traumatic brain injury and other health-related studies.
IBI conducts research in various areas including brain and behavior, cancer, cardiovascular health, and infectious diseases.
Psychological and Cognitive Health and Performance
Application Area
Show More (10)Medical Devices
Battlefield Resuscitation
Show More (1)Key People
Funded Projects
SMART-US Wearable Ultrasound + AI Device for Muscle Force Prediction
AI-powered ultrasound in a wearable—SMART-US delivers lab-grade muscle-force insights anywhere.
News & Updates
An event hosted by the Northern Virginia BioHub for networking among biotech professionals.
Talk by Dr. Gabriel Parra on Norovirus research.
Highlighting the experience of a bioengineering student at NIH.
Research on the impact of nano roughness on medical devices.