Dynamic control of cell state transitions during tissue morphogenesis.

Cell state transitions during tissue morphogenesis are dynamically regulated by gene expression, chromatin, and biophysical signals, enabling precise tissue formation and function.

• Why it matters: Understanding how cells coordinate their shape, gene activity, and behavior during development is crucial for insights into embryogenesis, regeneration, and disease, yet the mechanisms behind these transitions remain unclear.
• What they did: The study reviews how gene expression, chromatin modifications, and microenvironmental forces interact to control cell state changes, emphasizing their roles in tissue morphogenesis.
• The result: This work highlights the integrated mechanisms that allow tissues to robustly coordinate cell state transitions, advancing knowledge of developmental processes and potential regenerative therapies.