It is well documented that muscle deterioration responds to multifactorial phenomena, including endocrine (reduction of anabolic hormones, thyroid dysfunction) https://foodsocietyx.com, functional alterations of mitochondria, circulatory disorders (lower local blood flow), metabolic (insulin resistance, resistance anabolic) and not less important, the nutritional ones, where the energy and protein intake is insufficient.
Friday, January 25, 2019
Different levels
Different levels of sarcopenia have been defined, distinguishing a primary sarcopenia related to aging, and a secondary sarcopenia which in turn comprises subtypes, namely: a) sarcopenia related to disuse, b) sarcopenia associated with diseases ( loss of muscle mass and strength due to an acute or chronic illness), and c) sarcopenia linked to nutrition, the product of inadequate protein and / or energy intake.
It is well documented that muscle deterioration responds to multifactorial phenomena, including endocrine (reduction of anabolic hormones, thyroid dysfunction) https://foodsocietyx.com, functional alterations of mitochondria, circulatory disorders (lower local blood flow), metabolic (insulin resistance, resistance anabolic) and not less important, the nutritional ones, where the energy and protein intake is insufficient.
It is well documented that muscle deterioration responds to multifactorial phenomena, including endocrine (reduction of anabolic hormones, thyroid dysfunction) https://foodsocietyx.com, functional alterations of mitochondria, circulatory disorders (lower local blood flow), metabolic (insulin resistance, resistance anabolic) and not less important, the nutritional ones, where the energy and protein intake is insufficient.
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment