Why Muscle Matters for Longevity
- Metabolic Health: Muscle tissue helps regulate blood sugar and improves insulin sensitivity.
- Mobility & Independence: Strong muscles reduce fall risk and support daily activities well into older age.
- Disease Protection: Low muscle mass (sarcopenia) is linked to higher mortality, frailty, and hospitalization.
Key Drivers of Age-Related Muscle Loss
- Reduced Activity: Less movement and fewer strength challenges over time.
- Hormonal Changes: Declines in growth hormone and sex hormones affect muscle synthesis.
- Inflammation: Chronic low-grade inflammation interferes with muscle repair.
- Inadequate Protein: Many older adults under-consume protein, slowing recovery and growth.
Evidence-Based Strategies to Preserve Muscle
- Resistance Training: 2–3 sessions per week focusing on major muscle groups is strongly supported by research.
- Protein Intake: Around 1.0–1.2 g protein/kg body weight per day is often recommended for older adults.
- Progressive Overload: Gradually increasing resistance or volume to stimulate adaptation.
- Recovery & Sleep: Adequate rest and high-quality sleep support muscle repair.
Science Spotlight
- Sarcopenia & Mortality: Studies link low muscle mass and strength to increased all-cause mortality in older adults (NCBI, 2019).
- Resistance Training Benefits: Regular strength training improves muscle mass, bone density, and functional capacity, even in very old adults (ScienceDaily, 2017).
- Protein & Aging: Higher protein intake is associated with better muscle preservation and physical performance in older populations (Lifespan.io, 2022).
Club Integration
Club One Fifty supports muscle preservation with:
- Strength-Focused Training Plans: Age-appropriate resistance programs tailored to your fitness level.
- Nutrition Guidance: Protein and recovery strategies aligned with current evidence.
References & Sources
- NCBI: Sarcopenia and Mortality (2019)
- ScienceDaily: Strength Training in Older Adults (2017)
- Lifespan.io: Protein Intake and Aging Muscle (2022)
- Fight Aging: Muscle Mass and Longevity