biomedical engineering

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.

The student team created an innovative device to speed the healing process and prevent fluid leakage for newborn babies undergoing dialysis.

A Texas A&M grad student researches symptoms suffered by soldiers deployed to the Gulf War over two decades ago, including her own mother.

Researchers are using photodynamic therapy to break the dangerous cycle of fighting increasingly resistant bacteria with increasingly stronger antibiotics.

A&M's executive dean for EnMed and CEO of EnHealth, Dr. Roderic Pettigrew, is being recognized in the area of Mathematical and Physical Sciences with a specialty in Engineering and Technology.

Research from Texas A&M could untether patients from bulky cuffed devices by applying small strips of graphene to the skin to collect cardiovascular data.

Researchers discovered how the nucleus of a cell preserves its shape, allowing cells to squeeze past pores and fibers in body tissues.

A Texas A&M teamhas developed a new class of biomaterial inks that mimic native characteristics of highly conductive human tissue.