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cellsPhys Org
•89% Informative
Researchers from Austria and Belgium studied cells' behavior in Petri dish.
They used a mathematical model combining a cell's polarity, its interactions, and the geometry of its surroundings.
The speed of the trains is independent of their length, whether they consist of two or ten cells.
The model also predicted that it had its benefits when cells navigate through complex terrain.
Scientists' new model provides a physical foundation for cell-to-cell interactions.
Based on this framework, the researchers can delve deeper into the molecular players involved in this process.
The behaviors revealed by these small cell trains can help us understand large-scale movements, such as those seen in entire tissues.
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