Explore the revolutionary shift in ACL treatment from reconstruction to true biological regeneration, including graft comparisons and future tissue engineering approaches.
Explore the science of cardiovascular regeneration - how we can repair damaged heart tissue using stem cells, gene therapy, and biological molecules.
Discover how zebrafish heart regeneration research is unlocking the secrets of genetic healing mechanisms that could revolutionize human medicine.
Explore the fascinating world of tissue-engineered cartilage, where biology meets engineering to create living joint replacements.
Explore Elizabeth Hay's groundbreaking work on the extracellular matrix (ECM) and its role in development, regeneration, and modern regenerative medicine.
Exploring how TGF-β proteins are revolutionizing craniofacial reconstruction through regenerative medicine approaches.
Explore how ascidians, our closest invertebrate relatives, are revolutionizing our understanding of stem cells and regeneration with their remarkable ability to regenerate entire bodies.
Explore how nanofibrous scaffolds are transforming nerve regeneration through advanced biomimetic engineering and electrospinning technology.
Discover how stem cells from different fat depots carry unique molecular signatures that determine their healing potential.
Explore the fascinating science behind cartilage's limited healing capacity and discover groundbreaking tissue engineering approaches that are revolutionizing joint repair.