A new tool has been developed to help scientists better understand the inner workings of human muscle cells. Researchers from the University of Leeds have created a device that can measure the forces exerted by individual cells in real-time, allowing them to observe the effects of different drugs and treatments on the cells. This breakthrough could help us better understand the causes of muscle-related diseases and develop new treatments to improve the quality of life of those affected. The device works by attaching a tiny force probe to the cell’s surface, allowing the scientists to measure the forces that the cell exerts on its environment. This data can then be used to study how the cell responds to different stimuli, giving scientists valuable insight into its behavior. This research is an important step towards finding treatments and cures for muscle-related diseases.

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source: Phys.org