Tissue Engineering

Research and development in tissue engineering holds great promise for improved appearance and function after surgery. In a collaborative endeavor between Johns Hopkins plastic surgeons and biomedical engineers, the team has developed a new synthetic material used to reconstruct surgical soft tissue deficits. The material, which is a combination of hydrogels and nanofibers, can hold its shape as it slowly degrades and encourages new tissue growth. Our surgeons work closely with Johns Hopkins University's Mao Research Group, led by associate professor Hai-Quan Mao, Ph.D.

Publications

filling surgical cavities

Collaboration Creates Composite to Fill Surgical Cavities

When a patient has a tumor removed, surgeons may fill the cavity using silicone implants, soft tissue from another part of the patient’s body—or use no filler at all. Each option has drawbacks, like scar formation or the need for more surgery. But a newly invented a composite material can now support a surgical cavity while encouraging new tissue growth within it. Read more.

Videos

Johns Hopkins Focused on Finding Medical Breakthroughs

An associate professor of plastic and reconstructive surgery at Johns Hopkins, Dr. Justin Sacks helps heal hundreds of patients each a day, but it's inside the lab where he's hoping to make a global impact. Watch the video

Our Researchers

Photo of Dr. Devin O'Brien-Coon, M.D., M.S.E.

O'Brien-Coon, Devin, M.D., M.S.E.

Assistant Professor of Plastic and Reconstructive Surgery
Assistant Professor of Biomedical Engineering
Medical Director, Johns Hopkins Center for Transgender Health
Research Interests: Tissue engineering, Regenerative medicine, Materials science for customized surgical applications, Clinical outcomes and novel techniques in gender surgery, Analysis of disparities in transgender healthcare
 
Photo of Dr. Justin Michael Sacks, M.D.

Sacks, Justin Michael, M.D.

Associate Professor of Plastic and Reconstructive Surgery
Director, Oncological Reconstruction
Research Interests: Modalities to induce donor-specific tolerance in composite tissue constructs, such as face and hand, Laser perfusion for free flaps to improve transplant outcomes, Vascular Composite, including laser angiography