The slow degradation rate is crucial for several reasons:
Tissue Engineering: In tissue engineering, scaffolds are designed to support tissue formation and eventually degrade once the new tissue is formed. A controlled degradation rate ensures that the scaffold supports tissue growth without premature breakdown. Drug Delivery Systems: In drug delivery, materials with a slow degradation rate can provide a sustained release of therapeutic agents, improving treatment efficacy. Biomaterial Implants: Implants made from materials with a slow degradation rate can maintain structural integrity for extended periods, which is essential for long-term medical applications.
