Widely used in biomedical applications due to its biodegradability and biocompatibility. Commonly employed in tissue engineering scaffolds, where it supports cell growth and gradually degrades as new tissue forms. Frequently used in drug delivery systems because it allows controlled release of therapeutic agents over time. Its mechanical flexibility and tunable degradation rate make it suitable for sutures and wound closure devices. Also utilized in 3D printing of medical implants, where precise structures are needed for bone or soft tissue repair. The copolymer’s properties can be adjusted to match specific application requirements, making it versatile for regenerative medicine.