In this clip, Dr. Chris McGlory discusses the potential role of omega-3 fatty acids in muscle health, especially in the context of cancer cachexia.
In this clip, Dr. Chris McGlory explains the potential mechanisms by which omega-3s impact muscle mass and function.
In this clip, Dr. McGlory discusses the intriguing interplay between resistance training, nutrition, and muscle adaptation, especially among older adults.
In this clip, Dr. Chris McGlory defines the importance of preloading omega-3s and suggests that effects may require higher doses.
In this clip, Dr. McGlory discusses the potential of omega-3 fatty acids to protect against muscle loss during periods of immobilization or inactivity.
In this clip, Dr. Chris McGlory emphasizes that even brief periods of reduced physical activity have health impacts that are frequently overlooked.
In this clip, Dr. McGlory describes the mechanisms and implications of muscle disuse atrophy and the limitations of nutrition in combating this issue.
In this clip, Dr. Axel Montagne discusses the potential of these emerging diagnostic tools in assessing an individual's risk of developing dementia.
In this clip, Dr. Axel Montagne explains the damaging effects of chronic high blood pressure on the brain.
In this clip, Dr. Axel Montagne discusses the feasibility of pursuing cyclophilin A, MMP9, or blood-brain barrier proteins to develop new Alzheimer's disease therapies.
In this clip, Dr. Axel Montagne describes the dire consequences of a dysfunctional blood-brain barrier.
In this clip, Dr. Axel Montagne highlights the blood-brain barrier changes that potentially contribute to Alzheimer's disease.
In this clip, Dr. Axel Montagne describes the potential link between omega-3 fatty acids, inflammation, and brain health.
In this clip, Dr. Axel Montagne discusses the importance of maintaining the blood-brain barrier's integrity, especially for people with the APOE4 gene who have a higher risk of developing Alzheimer's disease.
In this clip, Dr. Montagne discusses promising targets for protecting brain vessels to delay Alzheimer's.
