Revolutionary High-Performance Soluble Collagen-Based Surgical Sutures: The Next Generation Tissue Healing Technology

This study presents an innovative absorbable surgical suture designed to overcome the limitations of conventional absorbable sutures. Traditional collagen-based catgut sutures elicit immune reactions and undergo uncontrolled degradation. The currently prevalent absorbable synthetic polymer sutures exhibit high strength, but their degraded byproducts can damage tissue cells. Consequently, they are not suitable for certain surgeries, particularly in sensitive areas such as neuro-dense sites.

Through advanced material modification and processing techniques, we have developed a novel absorbable suture based on soluble collagen. This suture maintains exceptional biocompatibility and low antigenicity, while simultaneously enhancing mechanical strength and extending its degradation cycle. Animal experiment and preliminary human application demonstrate reduced postoperative inflammation, improved wound healing, and minimized scarring. Notably, the collagen suture exhibits higher mechanical strength in vivo compared to control synthetic polymer sutures. Furthermore, the suture’s degradation is synchronized with wound healing, and no immune rejection or adverse events were observed.

This suture offers significant advantages in sensitive tissue applications, such as ophthalmology and neurosurgery, eliminating the need for removal procedures. It represents a paradigm shift in suture technology, providing a revolutionary approach to precise medical interventions. This material technology has the potential to transform global surgical practices.