Innovating the Future of Regenerative Interfaces
Innovative Research in Biomechanics and Regenerative Interfaces
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Innovative Research in Biomechanics and Regenerative Interfaces
Check out th This research reveals how the tendon-to-bone connection is specially designed to handle stress at the microscopic level. Using advanced 3D imaging, scientists discovered that tiny spaces within the tissue, called lacunae, are arranged in a way that allows different regions to respond differently to force,helping prevent damage during movement. The central part of this interface experiences greater stretching, while surrounding areas provide support, creating a balanced and resilient
We develop scientifically driven approaches to understand and replicate the complex structure and mechanics of the enthesis. Through advanced characterisation and scaffold engineering, we aim to improve functional tissue regeneration.
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