Effect of contraction mode on inorganic phosphate.

<p>Forest plot for the subgroup analysis on contraction mode on the age-related difference in intramyocellular inorganic phosphate (Pi) in response to standardized muscle contractions. A positive value represents a greater [Pi] in young compared with older muscle. There was no age-related diff...

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Bibliographic Details
Main Author:	Luke R. Arieta (10517126) (author)
Other Authors:	Zoe H. Smith (5537660) (author), Amanda E. Paluch (9000272) (author), Jane A. Kent (4419610) (author)
Published:	2024
Subjects:	Physiology Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified smaller energetic perturbation oxidative energy production involves intramyocellular acidosis induced intramyocellular acidosis increased energy demand skeletal muscle fatigue human skeletal muscle returned 12 articles standardized contraction protocols 27 ,- 0 18 ,- 0 older muscle may older muscle indicated relatively greater use full study details div >< p across age groups young muscle acidified contraction mode moderated inorganic phosphate accumulation older muscle inorganic phosphate contraction mode >< 0 p </ 12 ph older age vivo </ understanding task transient decrease systematically searched systematic review sportdiscus databases related differences prospectively registered peak torque participant characteristics overall difference old age mean difference inclusion criteria greater reliance evaluated systematically crd42022348972 ). confidence interval bioenergetic basis also performed 69 mm 24 mm 14 mm
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Effect of contraction mode on inorganic phosphate.

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