Results 151 to 160 of about 2,944 (198)
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The fine structure of myofibrils
Experimental Cell Research, 1950Abstract Shadowed electron micrographs show that myofibrils of rabbit striated muscle consist of bundles of long filaments overlaid and perhaps interpenetrated by a structureless material whose distribution determines the banded character of the muscle. The filaments have about the diameter of those of fibrous actin. The photographs show many details
G. Rozsa +2 more
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1987
In nearly every field of science deeper understanding of nature led to investigations into ever smaller features of the object, from macroscopic to microscopic to molecular to atomic to nuclear. At each step change of size we have made a quantum jump in our knowledge about the object.
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In nearly every field of science deeper understanding of nature led to investigations into ever smaller features of the object, from macroscopic to microscopic to molecular to atomic to nuclear. At each step change of size we have made a quantum jump in our knowledge about the object.
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Gelation of Turkey Breast and Thigh Myofibrils: Changes During Isolation of Myofibrils
Journal of Food Science, 1993ABSTRACT The relationship between functional properties of meat and myofibrils was examined for turkey breast and thigh by determining gel‐forming ability of proteins at each step in a myofibril isolation procedure. Physical properties of thermally induced gels (70°C for 30 min) were determined by torsional fracture analysis.
J.K. NORTHCUlT +2 more
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Volume changes in isolated myofibrils
Biochimica et Biophysica Acta (BBA) - Specialized Section on Biophysical Subjects, 1964Volume changes in glycerol-extracted myofibrils were studied. The effect of pH, ion content and ATP concentration on the change in volume was determined. A volume change greater than that attributed to ATP dephosphorylation was observed. The magnitude of the volume change of the entire system was 10−3 cm3 whereas that due to dephosphorylation was 10−6 ...
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physiopraxis, 2004
Muskelkater – wodurch entsteht er? Muskelschaden oder Remodellierungsprozess der Myofibrillen? Und wie kann man ihn behandeln? Wissenschaftler aus aller Welt diskutieren Pathogenese und Therapie. Wilhelm E. Kraft hat für physiopraxis die aktuelle Literatur recherchiert und die Studienergebnisse auf den Punkt gebracht.
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Muskelkater – wodurch entsteht er? Muskelschaden oder Remodellierungsprozess der Myofibrillen? Und wie kann man ihn behandeln? Wissenschaftler aus aller Welt diskutieren Pathogenese und Therapie. Wilhelm E. Kraft hat für physiopraxis die aktuelle Literatur recherchiert und die Studienergebnisse auf den Punkt gebracht.
openaire +1 more source