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Image for: How calcium ions control muscle power

Under the TIRF microscope what goes on in healthy and diseased muscle cells appears in an unprecedented new light. On the left: a human muscle cell. Centre: the contact points between the muscle cell and the glass slide. On the right: activated muscle cell under the TIRF microscope. The fluorescent dye in the cell interior lights up when it binds with the calcium ions penetrating the cell envelope.
Under the TIRF microscope what goes on in healthy and diseased muscle cells appears in an unprecedented new light. On the left: a human muscle cell. Centre: the contact points between the muscle cell and the glass slide. On the right: activated muscle cell under the TIRF microscope. The fluorescent dye in the cell interior lights up when it binds with the calcium ions penetrating the cell envelope.
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