Calls for papers

This Collection invites research on smart biomaterials for in situ regeneration that harness endogenous healing by sensing and responding to dynamic biochemical and mechanical cues at sites of injury.

This collection invites research on non-conventional model organisms that unlock the mysteries of regeneration, providing a foundation for potential breakthroughs in regenerative medicine. This is the second volume of the Regeneration: Insights from Model Organisms collection.

This Collection invites research on cellular and genetic technologies that advance tissue repair, immune modulation, and functional recovery. We welcome studies that use stem cells, gene editing, engineered cells, and related platforms to understand and enhance regenerative processes. Work that integrates molecular design, advanced analysis, and translational applications is especially encouraged.

This Special collection highlights cutting-edge advances in organoid-based regenerative therapies, emphasizing therapeutic applications, engineering innovations, and translational pathways that position organoids as next-generation living medicines.

This collection invites research on the fates and functions of fibroblasts in wound healing and fibrosis.

This Collection invites research on heart regeneration, broadly defined as remuscularization by cardiomyocytes, gene therapy, or other approaches, and covering the lifespan and full range of cardiac conditions from rare to prevalent heart diseases.

This collection explores vascular aging and regeneration, highlighting key mechanisms, therapies, imaging, and engineering to restore vascular and tissue health.

This Collection invites research on regenerative therapies that promote functional recovery following traumatic injuries to the nervous system and across neurodegenerative diseases.