biomedical engineering

In a new study, Texas A&M researchers have used a skin-like material as a platform for investigating infections from intravenous catheters.

The new study, a collaboration involving pigs, aims to advance skin cancer treatment for both humans and animals.

Researchers have received $12.9 million from the DOD for a project with potential to vastly improve the way diseases are monitored.

Biomedical engineer Dr. Melissa Grunlan has received a grant to further her work developing this cost-saving device.

Vessel-chip technology may offer more personalized pharmaceutical drug testing, leading to our improved ability to combat disease.

Texas A&M researchers combine food-grade wax with essential oils to defend produce from bacteria.

The electronic skin can flex, stretch and sense like human skin, opening the door for new advances in health and medicine.

Inspired by how fire ants survive floods, Texas A&M scientists have discovered a method that allows synthetic materials to assemble and disassemble in response to changes such as heat or light.

The sensors are designed to alert medical providers about bacterial growth to thwart life-threatening infections.

New funding will help researchers develop an injectable grain-of-rice-sized continuous glucose monitor technology.