Skip to main content

Give

Donate to directly impact the life of students

Give

LSLC members make monetary donations to meet the strategic needs of the College of Life Sciences. All contributions directly support students through:

  • Internships
  • Mentored research
  • Field trips
  • Networking events
  • Other experiential learning opportunities

Every donation enhances students' college experiences and fuels real-life impact stories.
Please consider donating here:
Donate

Thanks to Your Contributions

Professor Dustin Bruening, Andrew Hiller (a public health student), and Seth Huber (a manufacturing engineering student) have collaborated to research offloading braces designed to aid in healing diabetes-related ulcers—a condition that can lead to severe complications, including limb amputations.

Hiller secured funding for this project through a College Undergraduate Research Award (CURA) from the college.

The team evaluated three biomechanical offloading braces: a traditional CAM boot, a hinged boot, and Huber’s SpringEase Boot. Their findings suggest that the spring-loaded design could reduce healing time. As Hiller explains, "The spring-loaded boot helps distribute force over time while providing substantial offloading. This new design could significantly benefit individuals recovering from ulcers, allowing them to regain mobility without prolonged healing periods."

While the research process was challenging, both Hiller and Huber found it deeply rewarding. Huber is now preparing to partner with a New York-based company to manufacture the SpringEase Boot and conduct further testing with patients to validate its effectiveness.

Reflecting on the project’s impact, Hiller shares, "The goal of science is to improve lives. Even small advancements can make a meaningful difference—for our neighbors, our parents, and our grandparents."

Diabetic foot ulcers are the leading cause of preventable amputations. To address this, Andrew Hillier assembled a team of student researchers, an engineer, and a BYU faculty member to study how the design of current medical boots available to diabetic patients could be improved.