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Current Opinion in Pharmacology, 2006
Regeneration of adult skeletal muscle involves the activation, proliferation and differentiation of satellite cells - quiescent tissue-specific stem cells occupying a specialised niche beneath the basal laminae of myofibres. Recent studies show that transplanted satellite cells both generate new muscle and undergo self-renewal.
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Regeneration of adult skeletal muscle involves the activation, proliferation and differentiation of satellite cells - quiescent tissue-specific stem cells occupying a specialised niche beneath the basal laminae of myofibres. Recent studies show that transplanted satellite cells both generate new muscle and undergo self-renewal.
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Muscle Satellite Cells in Fish
2001The characteristics of fish satellite cells in situ and in vitro are described. The in situ proliferation of satellite cells appears to be very low and therefore not easy to quantify. Differences in the in vitro proliferation capacities of satellite cells have been observed between species, but a large part of these differences could be related to ...
Fauconneau, Benoit, Paboeuf, Gilles
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Satellite cells in denervated muscles
Experientia, 1979It is known that, in a denervated striated muscle, the satellite cells multiply by mitotic division. A liaison between these satellite cells and the Schwann cell in front of the post-synaptic membrane in denervated frog muscle has been observed. It is probable that such cell connections help in the subsistence of the Schwann cell in a denervated muscle.
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Control of Satellite Cell Proliferation
1990Satellite cells are reserve stem cells of adult skeletal muscle and thus represent a potential source of myogenic cells to use in myoblast replacement therapy of neuromuscular disease. Optimal application of this strategy requires knowledge of factors that control the growth and differentiation of satellite cells.
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Science Translational Medicine, 2012
A signaling pathway crucial for satellite cell expansion may hold the key to enhancing cell-based therapies for muscle regeneration.
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A signaling pathway crucial for satellite cell expansion may hold the key to enhancing cell-based therapies for muscle regeneration.
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1981
The plasma membrane of satellite cells appears thinner and less dense than that of the neuron (Figs. 17B, 19B). Similar differences have also been observed in the central nervous system between the plasma membrane of the neuroglial cells and that of the nerve ceEs. By itself, osmium tetroxide probably does not sufficiently stabilize the plasma membrane
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The plasma membrane of satellite cells appears thinner and less dense than that of the neuron (Figs. 17B, 19B). Similar differences have also been observed in the central nervous system between the plasma membrane of the neuroglial cells and that of the nerve ceEs. By itself, osmium tetroxide probably does not sufficiently stabilize the plasma membrane
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Neuron-Satellite Cell Boundary
1981An early electron microscopic study of sensory ganglia (Hossack and Wyburn 1954) left open the question whether a syncytial fusion of the cytoplasm of nerve and satellite cells could occur, but successive reports (Hess 1955, Wyburn 1958) made clear that the neuron and its satellite cells are neatly separated, each element being bounded by its own ...
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Control of satellite cell function in muscle regeneration and its disruption in ageing
Nature Reviews Molecular Cell Biology, 2021Pedro Sousa-Victor +2 more
exaly