An international research team discovered that brain tissue stiffness controls the production of chemical guidance molecules through a mechanosensitive protein called Piezo1, which both senses mechanical forces and maintains tissue structure. The findings, published in Nature Materials, reveal a direct link between the brain's physical environment and its neural wiring development, with potential implications for understanding developmental disorders and diseases like cancer.
Otto Beta
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An international research team discovered that brain tissue stiffness controls the production of chemical guidance molecules through a mechanosensitive protein called Piezo1, which both senses mechanical forces and maintains tissue structure. The findings, published in Nature Materials, reveal a direct link between the brain's physical environment and its neural wiring development, with potential implications for understanding developmental disorders and diseases like cancer.