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A man and a woman sit on a bench. The man on the left has a lower left leg prosthetic. He is wearing shorts and a blue shirt. The woman on the right is wearing a blue skirt, black turtleneck and jean jacket. The two are in conversation.

For people who use lower-limb prostheses, everyday heat and perspiration can become a barrier to comfort, mobility and activity. Graci Finco, assistant professor of kinesiology in Harris College, is part of an interdisciplinary research team working to address that challenge.

The team is studying how different prosthetic liner materials affect heat and moisture during physical activity, combining expertise in biomechanics, prosthetics, apparel design, thermoregulation, engineering and industry. The goal is to generate evidence that could lead to prosthetic interfaces that keep people healthier, more comfortable and more active.

“It’s a great example of how interdisciplinary partnerships can accelerate clinically meaningful innovation for people with limb loss and difference, particularly since we all focus on improving human potential from various perspectives,” Finco said.

Read the full story on TCU News.