Akerman Laboratories advances biomedical research to create accessible, data-driven diagnostics and therapies, targeting complex or late-diagnosed diseases to improve detection and outcomes.
Our work is led by an active NIH funded Principal Investigator and departmental director of research with NIH reviewer experience, ensuring guidance reflects real study section expectations—not generic grant editing.
Our research program develops accessible, data-driven diagnostics and non-surgical therapeutic strategies for many complex cardiovascular disease, with a primary focus on aortic aneurysm.
All experimental work is conducted in the Akerman Laboratory at the University of North Carolina at Chapel Hill (Medical Biomolecular Research Building), a fully integrated space.
Our projects translate cutting-edge research into practical solutions, tackling complex diseases with innovative diagnostics, therapies, and strategies that make a real-world impact.
Dr. Akerman leads Akerman Laboratories’ translational research program in cardiovascular diagnostics, disease mechanisms, and therapeutic development. His work integrates molecular biology, preclinical models, clinical biorepositories, and data-driven analytics to improve detection and treatment of complex cardiovascular disease.
Kyle Alexander leads research operations, regulatory coordination, scientific writing, data stewardship, and analytics. He supports protocol development, IRB/IACUC activities, manuscript preparation, project tracking, and reproducible research workflows.
Elizabeth Collins oversees laboratory operations, compliance, animal studies, advanced assays, equipment maintenance, and technical workflows. Her work supports the rigor, safety, and reproducibility of the laboratory’s translational research programs.