Results 271 to 280 of about 176,030 (314)
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Muscle & Nerve, 1981
AbstractThe historical and current research literature is reviewed with special attention to the role of the satellite cell in the reconstitution of skeletal muscle following damage. Implications for the clinical management of trauma patients are stressed in the light of this new knowledge.
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AbstractThe historical and current research literature is reviewed with special attention to the role of the satellite cell in the reconstitution of skeletal muscle following damage. Implications for the clinical management of trauma patients are stressed in the light of this new knowledge.
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New England Journal of Medicine, 1971
There has been for many years an almost complete lack of communication between the general pathologist and the experimental morphologist on the question of the ability of skeletal muscle to regenerate. I have consistently taught first-year medical students that the difference between muscle regeneration in the lowly salamander on which I work and the ...
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There has been for many years an almost complete lack of communication between the general pathologist and the experimental morphologist on the question of the ability of skeletal muscle to regenerate. I have consistently taught first-year medical students that the difference between muscle regeneration in the lowly salamander on which I work and the ...
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Pattern of skeletal muscle regeneration after reautotransplantation of regenerated muscle
Development, 1986ABSTRACT Autotransplantation of rat extensor digitorum longus muscle results in initial myofibre degeneration and subsequent regeneration from precursor myosatellite cells. To determine what effect a reinjury would have on the regenerative response, in the present.study, once transplanted and regenerated muscles were reinjured by ...
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Desmin and vimentin in regenerating muscles
Muscle & Nerve, 1992AbstractDesmin is a normal constituent of skeletal muscle fibers; vimentin is contained in myoblasts and connective tissue cells. The intracellular localization of both intermediate filament proteins in regenerating rat muscles was investigated by immunohisto‐ and immunocytochemistry. Necrosis was induced by hot Ringer solution.
Bornemann, A., Schmalbruch, Henning
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Electrophysiologic features of muscle regeneration
Experimental Neurology, 1981Abstract Extracellular and intracellular recordings of directly evoked action potentials were used to detect the restoration of functional continuity in regenerating rat semitendinosus muscle fibers. After a crush lesion, muscle fibers became almost fully depolarized at the site of injury and some decrease in resting potential could be detected ...
A, Stuart +3 more
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Thymosins and Muscle Regeneration
2011Thymosins are a family of highly conserved small peptides originally isolated from calf thymus. One representative member of the family is thymosin-β₄ (Tβ₄), a major G-actin-sequestering peptide present in many tissues. In the last decade, various studies have uncovered several important functions for Tβ₄ related to the regeneration of injured tissues ...
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Some Aspects of Muscle Regeneration
1966Publisher Summary This chapter discusses some aspects of muscle regeneration. Regeneration of striated muscle must produce, to be complete, a multinucleated fiber attached at both ends containing myofibrils that can contract under a nervous stimulus. This is a minimum requirement for a functional restoration.
E H, Betz, H, Firket, M, Reznik
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Strategies for Regeneration of Heart Muscle
Critical Reviews™ in Eukaryotic Gene Expression, 2010Regenerative medicine has emerged to the forefront of cardiac research, marrying discoveries in both basic science and engineering to develop viable therapeutic approaches for treating the diseased heart. Signifi cant advancements in gene therapy, stem cell biology, and cardiomyoplasty provide new optimism for regenerating damaged myocardium.
Jacques P, Guyette +2 more
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Muscle regeneration in mitochondrial myopathies
Mitochondrion, 2013Mitochondrial myopathies cover a diverse group of disorders in which ragged red and COX-negative fibers are common findings on muscle morphology. In contrast, muscle degeneration and regeneration, typically found in muscular dystrophies, are not considered characteristic features of mitochondrial myopathies.
Krag, T O +4 more
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Muscular dystrophy and muscle regeneration
Human Pathology, 1986An animal model of muscular dystrophy, the dystrophic (129ReJ dy/dy) mutant mouse, was used to evaluate the regenerative phenomenon in dystrophic muscle. The effect of age on "spontaneous" regeneration (i.e., regeneration in the absence of secondary trauma) was assessed by quantitative morphometric analysis and evaluation of myosatellite cell dynamics (
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