A new vaccine based on the bacteria-fighting capabilities of the flagellin protein may protect against the bubonic plague. Read more.
Wake Forest’s Patricia Gallagher, PhD, and Ann Tallant, PhD, are developing Angiotensin-(1-7) into a powerful, dual fighting chemotherapeutic. Learn more.
Our scientists are developing tomorrow’s innovations in therapeutics, vaccines, medical devices and more. Get updates from Wake Forest Innovations.
Software developed by Wake Forest scientist Youngkyoo Jung, Ph.D., uses Fourier encoded arterial spin labeling to get a faster, clearer and more accurate brain scan.
Nanoparticle-induced hyperthermia delivers chemotherapeutic for abdominal cancer treatment quicker and with less damage to surrounding tissue.
Wake Forest researchers have developed a low-cost, versatile method for making organic thin-film transistors which shows promise for use in the electronics industry.
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According to data from a new study published in a recent issue of Menopause, soy consumption is most beneficial when introduced before menopause. Women who consume soy-based diets premenopause and then switch to a typical Western diet postmenopause often suffer from similar atherosclerosis issues as lifelong consumers of the Western diet. Women who switch from continue reading
Wake Forest Institute for Regenerative Medicine is making strides with “in body” regeneration of muscle tissue. Funded by the Armed Forces Institute of Regenerative Medicine, Wake Forest Institute for Regenerative Medicine scientists have used rodent models to harness the body’s natural “regenerative machinery” to regrow segments of missing muscle. Traditional methods of muscle regeneration involve continue reading