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Showing posts with the label metabolic health

Trying to Lose Weight? Exercise May Help Your Muscles Stay Strong and Youthful

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 Weight Loss, Muscle Loss, and Exercise: What Really Happens Inside Your Muscles When people lose weight, the change does not come exclusively from body fat. A significant portion of weight loss can also come from skeletal muscle. This matters because muscle tissue does far more than support movement—it plays a central role in metabolic health, blood sugar regulation, injury prevention, and healthy ageing. Loss of muscle mass has been linked to reduced strength, poorer mobility, higher injury risk, and potentially less sustainable long-term weight loss. Preserving muscle quality during weight loss is therefore a key concern, not only for the general population but also for athletes and individuals using modern weight loss medications. Why Muscle Matters During Weight Loss Skeletal muscle is metabolically active tissue. It helps regulate glucose levels, supports insulin sensitivity, and contributes to overall energy balance. When muscle mass declines, metabolic efficiency may suffer...

New Research Identifies the Key Reason Exercise Lowers Cancer Risk

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 How Exercise May Reduce Cancer Risk Through a Powerful Metabolic Shift A growing body of scientific evidence indicates that regular physical activity plays an important role in lowering cancer risk. While this connection has been observed for years, new research using animal models suggests a possible explanation for how exercise may influence tumor growth. Recent findings from controlled mouse studies show that physical activity may trigger a metabolic shift inside the body. This shift appears to provide muscle cells with more fuel to burn while simultaneously limiting the amount of energy available for cancer cells. As a result, tumors may struggle to grow as efficiently. In these studies, mice with breast cancer or melanoma tumors were divided into groups based on different diet and exercise routines. Researchers used molecular tracers to observe how glucose was metabolized throughout the body. The active mice were found to reroute glucose toward their muscles, reducing the amo...