RESEARCH ADVISORY BOARD
World-class researchers from around the world are partnering with Carle Illinois to develop the world’s first research-intensive, engineering-based college of medicine.
RESEARCH MENTORS
Carle Illinois students work hand-in-hand with world-class researchers to receive high-touch guidance and mentorship during their training. As students encounter health care’s greatest challenges, they bring their ideas to the lab, work closely with Research Mentors, and develop high-impact solutions for the world.
RESEARCH FACILITIES
As a Carle Illinois student, you will have access to state-of-the-art facilities where you will learn and transform your ideas into solutions that improve the health of our diverse global population.
Featured Research
Molecular Prosthetics
Molecular prosthetics are small molecules that can replace missing proteins. These molecules can be used to treat diseases caused by protein deficiencies like anemia, cystic fibrosis and heart disease.
Martin Burke
Professor Marty Burke and his research group focus on the synthesis and study of small molecules with protein-like functions.
Sepsis Research
By using blood samples and vital sign data from electronic medical records, a team of Illinois researchers was able to identify five key biomarkers to predict sepsis in patients. The biomarker measurements were found to be as predictive as monitoring a patient’s vital signs for hours, time that is crucial for treatment.
Rashid Bashir
Professor Rashid Bashir’s research focuses on integrating engineering and technology with biology, from the molecular scale to tissues and systems.
Progenerative Medicine
Cancer
Neuroscience
Gastrointestinal Diseases
Cardiovascular Diseases
Precision Medicine
Population Health
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Medical Maker Lab
Dream it. Make it. The Illinois Maker Lab Network is a system of fabrication labs where the only limit to harnessing technology to improve human health is your imagination. Carle Illinois students will bring their ideas to life by engineering new solutions to global health challenges through forward design and synthesis of frontier molecules, cells, tissues and systems that translate to improving human health and well-being.
