This review highlights advanced microengineering platforms that improve in vitro osteoarthritis models, suggesting enhanced relevance for translational research.
Key Points
Osteoarthritis is a complex joint disease involving cartilage degradation and inflammation that affects joint functionality.
Current in vitro models often fail to replicate the true microenvironment of the synovial membrane in osteoarthritis.
Advanced 3D microengineered platforms offer improved simulation of cell dynamics and mechanical stresses for osteoarthritis research.
These innovative tools enhance the translational applicability of findings from lab studies to real-world clinical outcomes.