Search results for muscle

“Dr. van Loon explains that cooling a trained muscle reduces local blood flow and slows the processes that support recovery and remodeling. In a controlled human study, postexercise cooling lowered muscle protein synthesis during recovery from resistance exercise.”

“While ketogenic diets may not be optimal for adding muscle mass, they may be suitable for preserving muscle mass and improving other metabolic parameters, particularly during weight loss and fasting. In this clip, Dr. Dominic D'Agostino discusses how ketones produced during fasting and ketosis protect against muscle loss.”

“In this FoundMyFitness interview clip, Dr. Rhonda Patrick asks Dr. Stuart Phillips how creatine monohydrate fits into muscle and brain health. Dr. Phillips describes it as a well-studied supplement with modest but durable effects, a long safety record in healthy adults, and a growing role in healthy-aging conversations.”

“The human findings are most directly relevant to selected muscle outcomes and mitochondrial biomarkers, with longer-term effects on metabolic health and aging still under investigation.”

“Dr. Patrick highlights a small controlled immobilization study in young women. Five grams per day of omega-3 fatty acids increased the muscle omega-3 content and reduced thigh-muscle volume loss during two weeks of single-leg immobilization compared with sunflower oil.”

“In this clip from his FoundMyFitness interview with Dr. Rhonda Patrick, Dr. Layne Norton explains that muscle growth depends on accumulating hard sets with meaningful mechanical tension.”

“Omega-3 fatty acids, particularly EPA and DHA, are being studied for their potential effects on human skeletal muscle and mitochondrial function. Researchers believe incorporating these fatty acids into mitochondrial membranes might alter ADP handling and oxygen utilization, potentially affecting muscle protein synthesis and energy production.”

“A separate study in older adults found greater amino-acid and insulin-stimulated muscle protein synthesis after omega-3 supplementation. These findings make omega-3 status especially relevant during injury, surgery, or other periods when regular training is not possible.”

“Although people experience muscle soreness to varying degrees, soreness is perfectly normal after training and typically occurs following exposure to novel stimuli. Managing muscle soreness is a component of recovery – a necessary aspect of training that allows you to come back strong with enough energy and joint-related reserves to train effectively in your next workout session.”

“High levels of inflammation can negatively affect protein synthesis in muscle by influencing certain initiation factors, thus potentially contributing to muscle atrophy. This is especially relevant in conditions like sarcopenia and cancer cachexia, where inflammation plays a significant role.”