News

Ngo Studies Biomedical Engineering at Virginia Commonwealth University.

Q&A: Ngo was debugging her family’s computers at the age of ten.

Patent-Prolific Biomedical Engineering Professor Tackles Disease with Ultrasound Innovations

Hossack’s advancements have given health care providers life-saving information and the ability to treat patients with an elevated standard of care.

Celebrating the Contributions of UVA Engineers Toward Making the World a Better Place

UVA Engineering had an excellent year with achievements that showed the school's commitment to creating and disseminating knowledge, educating leaders and serving society.

Garner Studies Bioengineering at Clemson University.

Q&A: Garner said that the REU may have steered her toward a PhD in regenerative medicine.

Tootle Studies Biomedical Engineering at the University of Florida.

Q&A: Tootle said she enjoyed becoming friends with the other REU students.

U.S. Department of Defense Awards UVA and UC Berkeley $3.6M to Create a Muscle and Tissue Regeneration Device for Urgent Battlefield Treatment

UVA professor George Christ teams with UC Berkeley professor Kevin Edward Healy to develop a hydrogel material that can be placed directly in wounds to make up for missing muscle...

Biology is Now a Data Science

When Remziye Erdogan learned last spring about the new Systems and Biomolecular Data Science Training Program designed to immerse graduate students in the techniques of systems...

Kinase inhibitors are the most common cancer drugs approved by the FDA. They can be hugely effective, but they don’t work for everyone. UVA’s new algorithm offers a new and better way to pinpoint patients who will benefit – an important step forward in precision medicine tailored to the individual...

Erwin Gianchandani, a UVA graduate and assistant director at the National Science Foundation, will help administer about $450 million in new federal funding aimed at pushing technological development.

Miniature “guts in a dish” and advanced computer modeling to reveal how microscopic organisms that naturally live in our guts direct the timing of daily activities of the cells lining our intestines.