麻豆原创

A 麻豆原创 team of researchers worked together to create a liquid gel that quickly transforms into a spongelike antimicrobial foam to stymie severe bleeding and ultimately preserve lives.

Qiushi Fu鈥檚 foundational research on bimanual coordination may help victims of stroke, limb loss or other conditions limiting limb usage improve their quality of life.

A crucial molecular mixture created at 麻豆原创 combines with an RNA-targeting therapy to potentially shrink an aggressive class of pediatric brain tumor.

The experiments aim to enhance understanding of bone loss in space, how dust behaves in microgravity, and how seismic waves and shaking impact asteroids.

The generative AI technologies highlighted at the conference allow for enhanced concept art generation and digital storytelling in a powerful way and is something Limbitless hopes to continue to implement as it serves more patients.

Kismet Technologies Inc., founded by Christina Drake 鈥�07PhD, is working with 麻豆原创 researchers to test and develop the residual antimicrobial product.

麻豆原创 alum Tara Pattilachan 鈥�22鈥檚 research examines an innovative, non-invasive solution that may one day help treat osteoporosis, a debilitating disease that affects millions of people worldwide.

The event welcomed heroes from across the state of Florida to the Governor鈥檚 Mansion in Tallahassee to honor them for exhibiting courage, perseverance, and self-sacrifice.

The 麻豆原创 team is developing screws, pins, rods and other medical implants that are made of magnesium and dissolve within the body, eliminating the need to remove them.