Human life expectancy increases as society becomes more developed.This increased life expectancy poses challenges associated with the rapid aging of the population.Sarcopenia,an age-related disease,has become a worldw...Human life expectancy increases as society becomes more developed.This increased life expectancy poses challenges associated with the rapid aging of the population.Sarcopenia,an age-related disease,has become a worldwide health issue.Patients with sarcopenia experience decreases in muscle mass and function,becoming frail and eventually bedridden.Type 2 diabetes mellitus(T2DM)is also a major health issue;the incidence of T2DM increases with aging.T2DM is associated with reduced muscle strength and poor muscle quality and may contribute to acceleration of the aging process,augmenting age-related sarcopenia.Recent studies indicate that elderly patients with diabetes are at an increased risk for sarcopenia.Therefore,these older diabetic patients with sarcopenia need specific anti-diabetic therapies targeting not only glycemic control but also sarcopenia,with the goal of preventing sarcopenia in presarcopenic patients.Presently,various types of hypoglycemic drugs are available,but which hypoglycemic drugs are better suited for geriatric T2DM patients with sarcopenia remains undetermined.In this review,we discuss the association between diabetes and sarcopenia in geriatric patients,and how anti-diabetic drugs may influence sarcopenia outcomes.This review will guide clinical workers in the selection of drugs best suited for this patient population.展开更多
The purpose of this study was to clarify effects of selected oligosaccharides on concentrations of cecal short-chain fatty acids （SCFAs）, total large bowel wet weight and wall weight, and cecal microbiota levels in ...The purpose of this study was to clarify effects of selected oligosaccharides on concentrations of cecal short-chain fatty acids （SCFAs）, total large bowel wet weight and wall weight, and cecal microbiota levels in mice. Mice were respectively given gavage of selected fructooligosaccharides （FOS）, galactooligosaccharides （GOS）, mannanoligosaccharides （MOS）, and ehitooligosaccharides （COS） [1000 mg/（kg body weightd）]. Control group was given physiological saline solution. After 14 d treatment, SCFAs and lactate in mice cecum were significantly increased （P〈0.05） by intake of oligosaccharides, especially FOS and GOS. Thus, providing these oligosaccharides as ingredients in nutritional formulas may benefit the gastrointestinal tract.展开更多
基金Supported by National Natural Science Foundation of China,No.81600693.
文摘Human life expectancy increases as society becomes more developed.This increased life expectancy poses challenges associated with the rapid aging of the population.Sarcopenia,an age-related disease,has become a worldwide health issue.Patients with sarcopenia experience decreases in muscle mass and function,becoming frail and eventually bedridden.Type 2 diabetes mellitus(T2DM)is also a major health issue;the incidence of T2DM increases with aging.T2DM is associated with reduced muscle strength and poor muscle quality and may contribute to acceleration of the aging process,augmenting age-related sarcopenia.Recent studies indicate that elderly patients with diabetes are at an increased risk for sarcopenia.Therefore,these older diabetic patients with sarcopenia need specific anti-diabetic therapies targeting not only glycemic control but also sarcopenia,with the goal of preventing sarcopenia in presarcopenic patients.Presently,various types of hypoglycemic drugs are available,but which hypoglycemic drugs are better suited for geriatric T2DM patients with sarcopenia remains undetermined.In this review,we discuss the association between diabetes and sarcopenia in geriatric patients,and how anti-diabetic drugs may influence sarcopenia outcomes.This review will guide clinical workers in the selection of drugs best suited for this patient population.
基金Project (No. 2006C12098) supported by the Bureau of Science and Technology of Zhejiang Province, China
文摘The purpose of this study was to clarify effects of selected oligosaccharides on concentrations of cecal short-chain fatty acids （SCFAs）, total large bowel wet weight and wall weight, and cecal microbiota levels in mice. Mice were respectively given gavage of selected fructooligosaccharides （FOS）, galactooligosaccharides （GOS）, mannanoligosaccharides （MOS）, and ehitooligosaccharides （COS） [1000 mg/（kg body weightd）]. Control group was given physiological saline solution. After 14 d treatment, SCFAs and lactate in mice cecum were significantly increased （P〈0.05） by intake of oligosaccharides, especially FOS and GOS. Thus, providing these oligosaccharides as ingredients in nutritional formulas may benefit the gastrointestinal tract.
