Leaves’ Pores Explain Longstanding Mystery of Uneven Tree Growth in a Carbon-Enriched World
The mechanics of how water and carbon dioxide move in and out of plants greatly affects how trees grow in a carbon-dioxide-enriched environments.
Duke University engineering experts are deeply engaged in boundary-shifting efforts to improve human health and our environment.
Whether inventing brain-stimulating therapies to attacking diseases at the genetic level to leveraging advanced computing to improve the health of entire populations, the hallmark of our efforts is collaboration with Duke’s world-leading clinicians.
The mechanics of how water and carbon dioxide move in and out of plants greatly affects how trees grow in a carbon-dioxide-enriched environments.
Adam Wax received one of the top honors for academic inventors in recognition of his work to translate research in optical spectroscopy to biomedical diagnostics.
Nenad Bursac is growing beating human heart tissue in his lab to test emerging heart repair treatments such as gene therapy.