Bioresorbable materials for fully-degradable implant systems

The development of fully degradable implant systems has garnered significant attention as a promising approach to minimizing long-term complications associated with permanent implants. To enhance patient care and reduce the need for invasive post-surgical procedures, bioresorbable systems have been extensively researched. These systems eliminate the necessity for device retrieval, thereby improving patient outcomes and reducing healthcare burdens. At the core of this advancement lies the development of bioresorbable materials, including polymers, metals, and ceramics, which enable transient medical devices by offering controlled degradation and excellent biocompatibility. This review explores the fundamental properties of bioresorbable materials, their integration into implantable electronic and structural devices, and recent advancements in biomedical applications. Notable progress in cardiovascular stents, neural interfaces, orthopedic scaffolds, and drug delivery systems highlights the transformative potential of bioresorbable implants in clinical practice. Addressing key challenges such as degradation kinetics, mechanical stability, and functional performance will be essential for advancing the efficacy and applicability of these next-generation medical technologies.