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A multidisciplinary team is developing three novel wound treatments that quickly kill larvae while reducing chemical residues, offering ranchers and veterinarians a rapid response tool that current eradication methods cannot provide.

Researchers develop new technology that could bring specialized medical care to rural patients.

A new study reveals a method to convert difficult-to-recycle polyvinyl chloride waste into lubricants that could improve the efficiency and sustainability of mechanical systems worldwide.

Researchers at Texas A&M University have created an automated fluid perfusion device that could revolutionize animal-free lab-on-a-chip technology — thanks to an accordion player.

Dr. Arum Han leads technology development for a new National Institutes of Health (NIH)-funded center to advance organ-on-a-chip systems, improving chemical toxicity testing and reducing reliance on animal studies.

What began as a hydrogen-production project resulted in a scalable process for creating a critical material used in batteries, electronics and advanced manufacturing.

A biomedical engineering capstone team developed a pediatric jaw brace to help a five-year-old breathe at night — winning a first-place capstone prize among all biomedical teams in the process.

Dr. Kaiwen Hsiao received the National Science Foundation’s highest honor for early-career faculty through her pioneering mission to print structures smaller than the wavelength of light itself.

Dr. Xin Chen in Texas A&M’s electrical and computer engineering department earned the prestigious NSF CAREER Award and funding for his work on AI-based control for power grids.