k Human heart cells, light micrograph Human heart cells on a ECG electrocardiogram chip, coloured light micrograph. These cells are derived from human embryonic stem cells HESCs, which have been triggered to develop into cardiac muscle cells. Unlike skeletal muscle, cardiac cells do not need any external stimuli to contract rhythmically, and so beat even in culture. The ECG chip is measuring the electrical activity the beating of the cells. Stem cells could be used to treat heart disease. Blocked arteries can prevent oxygen reaching parts of the heart, killing cardiac muscle tissue. Although blood flow can be restored, as yet the cells cannot. Potentially, stem cells could be injected into the heart to replace the dead tissue. Stock Photo - Afloimages
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Human heart cells, light micrograph Human heart cells on a ECG  electrocardiogram  chip, coloured light micrograph. These cells are derived from human embryonic stem cells  HESCs , which have been triggered to develop into cardiac muscle cells. Unlike skeletal muscle, cardiac cells do not need any external stimuli to contract rhythmically, and so beat even in culture. The ECG chip is measuring the electrical activity  the beating  of the cells. Stem cells could be used to treat heart disease. Blocked arteries can prevent oxygen reaching parts of the heart, killing cardiac muscle tissue. Although blood flow can be restored, as yet the cells cannot. Potentially, stem cells could be injected into the heart to replace the dead tissue.
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Human heart cells, light micrograph

Human heart cells on a ECG (electrocardiogram) chip, coloured light micrograph. These cells are derived from human embryonic stem cells (HESCs), which have been triggered to develop into cardiac muscle cells. Unlike skeletal muscle, cardiac cells do not need any external stimuli to contract rhythmically, and so beat even in culture. The ECG chip is measuring the electrical activity (the beating) of the cells. Stem cells could be used to treat heart disease. Blocked arteries can prevent oxygen reaching parts of the heart, killing cardiac muscle tissue. Although blood flow can be restored, as yet the cells cannot. Potentially, stem cells could be injected into the heart to replace the dead tissue.

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