Results 231 to 240 of about 2,038,349 (282)
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Orthogonal Diameters in the Analysis of Muscle Fibre Size and Form

Nature, 1963
DISTRIBUTIONAL changes in sizes of fibres have been correlated with pathological processes affecting muscle. Micrometry of muscle fibres in histological cross-section, for example, has been frequently used to follow the course of denervation atrophy1.
Paul J Anderson, P J Anderson
exaly   +3 more sources

Estimation of Changes in Single Muscle Fibre Diameter in Different Solutions by Diffraction Studies

Pflugers Archiv European Journal of Physiology, 1981
Studies of the effects of varying tonicity on the contraction of muscle fibres requires a knowledge of the corresponding changes in fibre diameters, if the observed mechanical changes are to be attributed to various factors, including that of the interfilamental spacing.
A F Leung, J C Hwang
exaly   +3 more sources

Influence of Temperature, Fibre Diameter and Conditioning on the Mechanical Properties of Single Muscle Fibres Extended to Fracture

Journal of the Science of Food and Agriculture, 1996
The tensile properties of single muscle fibres isolated from porcine longissimus and iliocostalis muscles conditioned for various lengths of time and cooked at different temperatures for 1 h were investigated. The stress-strain curves of fibres extended to fracture were r-shaped with yield points of 2-5% resting length in raw fibres and 10-20% in ...
Peter Purslow
exaly   +2 more sources

The diameter and mean sarcomere length of individual muscle fibres

Life Sciences, 1975
Abstract Studies of the coefficients of variation and the repeatibility of the measurements indicate that a sample of 25 fibres is sufficient to provide an accurate estimate of the mean fibre diameter and sarcomere length of a muscle. There is a significant negative correlation (−0.55) between the diameter and mean sarcomere length of an individual ...
A C, Hooper, J P, Hanrahan
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Fibre distribution and fibre diameters in two muscles of swedish moose (Alces alces L.)

Comparative Biochemistry and Physiology Part A: Physiology, 1982
1. Muscle samples from M. semitendinosus (S) and M. longissimus (L) were taken by autopsy, shortly after killing from 36 moose ranging approximately from 5 months to 6 yr of age. 2. The moose muscle contains three populations of fibres namely beta R, alpha R and alpha W.
T, Palo, K H, Kiessling
openaire   +2 more sources

Partial Reversal by Adenosine Triphosphate of the Rigor-Induced Decrease in the Diameter of Skeletal Muscle Fibres

Comparative Biochemistry and Physiology Part A, Physiology, 1975
Abstract 1. 1. Fibre diameter and sarcomere length were measured in pre- and post-rigor biceps brachii muscle of adult mice (rigor muscle in folded, stretched or resting position). 2. 2. Fibre unit volume (FUV) (fibre diameter) 2 × sarcomere length of pre-rigor muscle was almost constant between animals despite variation in fibre diameter ...
P V Hegarty
exaly   +3 more sources

Fibre type grouping and end-plate diameter in human skeletal muscle

Journal of the Neurological Sciences, 1971
Abstract The maximum diameters of end-plates in muscles with abnormally high functional terminal innervation ratios were measured and expressed as histograms. Subsequent histochemical examination showed that histograms with a normal type of distribution were associated with muscles not showing fibre type grouping, whereas muscles with fibre type ...
C J, Morris, J A, Raybould
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A Light Microscope Study of Fibre Diameter and Sarcomere Length Relationships in Rigor Skeletal Muscles

Experientia, 1977
Correlation coefficients between fibre diameter and sarcomere length were significant in relaxed, unfixed muscles in rigor, indicating that fibres with large diameters had short sarcomeres and fibres with small diameters had long sarcomeres. No significant correlations were obtained in muscles from limbs that entered rigor in a folded or stretched ...
P V Hegarty, C E Allen, P V J Hegarty
exaly   +3 more sources

Increase in Diameter of Muscle Fibres in the Foetal Pig

British Veterinary Journal, 1972
SUMMARY Skeletal muscle fibres from foetal pigs between 45 days’ gestation and 7 days after birth were examined and their growth in diameter measured by light microscopy of paraffin sections. Three developmental stages are described: A. Development of large myotubes. Up to day 55. B.
openaire   +2 more sources

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