Linked from

The 18 pages that link to Regenerative medicine, each with the reason it gives.

• Developmental biologyRelated: Knowledge of tissue formation informs attempts to repair or replace damaged structures.

• Stem cellNarrower topic: Stem cells are studied as tools for replacing or repairing damaged tissues.

• OrganoidRelated: Organoids are studied as potential sources of tissue for repair, though clinical use remains limited.

• Tissue engineeringNarrower topic: Tissue engineering is one approach within this broader effort to restore function.

• Embryonic stem cellNarrower topic: Embryonic stem cells are studied as potential sources of replacement cells.

• CellRelated: Its strategies depend on directing cells to restore or rebuild tissue.

• CytokinesisRelated: Its cell-production strategies depend on reliable division and daughter-cell formation.

• AntlerRelated: Antler regrowth offers a model for rapid, repeated regeneration of complex mammalian tissue.

• SalamanderRelated: Research on salamander regeneration informs questions about tissue repair in other animals.

• Regeneration (biology)Narrower topic: Research on natural regeneration guides strategies for restoring human tissues.

• Cellular reprogrammingNarrower topic: The prospect of producing replacement cells links reprogramming to tissue restoration.

• Somatic cellNarrower topic: Its cell-based therapies often use or seek to replace somatic cells.

• Stem-cell therapyNarrower topic: Stem-cell therapy is one approach within the broader effort to restore damaged tissue.

• Shinya YamanakaNarrower topic: Patient-derived pluripotent cells raised the prospect of producing replacement cells without using embryos.

• Artificial organRelated: Its living repair strategies overlap with engineered-tissue approaches to organ replacement.

• Eastern newtRelated: Newt regeneration raises questions about biological mechanisms relevant to tissue repair.

• Organ printingNarrower topic: Transplant-oriented organ printing belongs to this wider therapeutic field.

• Transplants (medicine)Narrower topic: Engineered tissues may eventually complement or reduce reliance on donor grafts.