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Muscular system / Antioxidants / Thiols / Physiology / Dietary supplements / Glutathione / Skeletal striated muscle / PPARGC1A / Reactive oxygen species / Biology / Anatomy / Chemistry


Glutathione supplementation suppresses muscle fatigue induced by prolonged exercise via improved aerobic metabolism
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City

Carlsbad / Buckinghamshire / Kano / Osaka / Beverly / Tokyo / Kyoto / St. Louise / Temecula / /

Company

Applied Biosciences / 2KOHJIN Life Sciences Company Ltd. / Turcotte LP / Wilson / KOHJIN Life Sciences Company Ltd. / COX / Shimizu Laboratory Supplies / Creative Commons / GE Healthcare / Arkray Inc. / Google / /

Country

Japan / United States / United Kingdom / /

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Facility

Kyoto University / Laboratory of Health Science / Kyoto Prefectural University of Medicine / Kyoto Prefectural University / Laboratory of Food Science / Pflugers Arch / /

IndustryTerm

reported protocol / Cancer Treat / carbohydrate-based energy source results / reaction products / glutathione solution / food / energy / energy source / energy state / antioxidant network / energy substrate / energy metabolism / reagents/materials/analysis tools / aerobic energy metabolism / online submission / /

MedicalCondition

muscle fatigue / prior chronic disease / muscle acidosis / muscle weakness / fatigue / muscle contraction / obesity / human diseases / metabolic disorders / less muscle fatigue / MS / muscular acidosis / reduced exercise-induced muscle fatigue / insulin resistance / subjective fatigue / Cancer / disease / metabolic diseases / metabolic acidosis / diabetes / sarcopenia and metabolic disease / less fatigue / mitochondrial myopathies / exercise-induced fatigue / muscular fatigue / neurodegenerative diseases / deficiency / /

Organization

Committee for Animal Research / Kyoto Prefectural University / Japanese Council on Animal Care / Kyoto Integrated Science & Technology Bio-Analysis Center / Oral administration / Graduate School / International Society of Sports Nutrition / U.S. food and drug administration / Laboratory of Food Science / Laboratory of Health Science / Kyoto University / Kyoto / /

Person

Arch Physiol Biochem / Acta Physiol / Eun Young / /

Position

author / forward / /

Product

glycine / /

PublishedMedium

PLoS One / /

Technology

alpha / antibodies / Cell Signaling Technology / previously reported protocol / gel electrophoresis / /

URL

http /

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