THIOL-REDUCING AGENTS ABATE CHOLESTASIS-INDUCED LUNG INFLAMMATION, OXIDATIVE STRESS, AND HISTOPATHOLOGICAL ALTERATIONS

Thiol-reducing agents abate cholestasis-induced lung inflammation, oxidative stress, and histopathological alterations

Cholestasis is not only influences the hepatic function but also damages many other organs.Lung injury is a critical secondary organ damage associated with cholestasis/cirrhosis.Pulmonary histopathological alterations, respiratory distress, and hypoxia are related to cholestasis/cirrhosis-induced lung injury.It has been found that oxidative stress

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Impact of a school-level intervention on leisure-time physical activity levels on school grounds in under-resourced school districts

Even the best school physical education programs fall short of providing enough physical activity (PA) to meet students’ PA guidelines thus increasing PA at other times throughout the school day could help students meet recommended PA levels.Unstructured leisure-time periods during the school day represent an opportunity to promote PA, particular

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