Physical Models Explain Embryonic Epithelial Healing
Almada, Araújo and Patrício publish a March 25, 2026 PLoS Computational Biology review surveying physical models of embryonic epithelial wound healing, from discrete cell-based to continuum approaches. They synthesize mechanisms like purse-string contraction and collective crawling, highlight trade-offs between complexity and interpretability, and recommend hybrid multiscale models and stronger model–experiment integration to advance predictive tissue-repair simulations.
Key Points
- 1Classifies discrete and continuum physical models of embryonic epithelial wound healing and their core mechanisms.
- 2Highlights trade-offs between model complexity and interpretability affecting mechanistic insight and experimental validation.
- 3Recommends hybrid multiscale models and model-experiment integration to improve predictive tissue-repair simulations.
Scoring Rationale
Peer-reviewed, comprehensive review with actionable modeling guidance, but focuses on a specialized embryonic healing niche.
Sources
Public references used for this report.
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