A longitudinal study indicates that ninety to one hundred twenty minutes of weekly strength training correlates with a decrease in premature mortality.

一項長期研究指出，每週進行 90 至 120 分鐘的力量訓練與降低早逝率相關。

The empirical data, published in the British Journal of Sports Medicine, derived from a cohort of 147,374 individuals monitored over a three-decade interval. Statistical analysis reveals that consistent adherence to resistance training—encompassing weights, resistance bands, and bodyweight exercises—is associated with a 13% reduction in all-cause mortality. Furthermore, a 19% decrease in mortality related to cardiovascular events and a 27% reduction in neurological disease-related deaths were observed. The data suggests a ceiling effect, wherein strength training exceeding two hours per week yields no incremental health advantages. Optimal outcomes were noted in subjects combining high levels of aerobic activity with strength training, with risk reductions reaching 58%.

這項發表於《英國運動醫學雜誌》的實證數據，源自於一個監測長達三十年、包含 147,374 人的隊列研究。統計分析顯示，持續堅持阻力訓練（包括重量訓練、彈力帶及自重練習）與全因死亡率降低 13% 相關。此外，心血管事件相關死亡率降低了 19%，而神經系統疾病相關死亡率則降低了 27%。數據顯示存在一種「天花板效應」，即每週力量訓練超過兩小時後，不會產生額外的健康益處。在將高強度有氧活動與力量訓練相結合的受試者中，觀察到最佳結果，風險降低幅度高達 58%。

Institutional frameworks, specifically the NHS, advocate for strength activities targeting major muscle groups on at least two days per week, complemented by 150 minutes of moderate or 75 minutes of vigorous aerobic activity. From a policy perspective, Sport England asserts that active lifestyles mitigate 3.3 million annual cases of chronic illness, resulting in an estimated £8 billion in healthcare cost avoidance. This systemic benefit is particularly pronounced in the context of geriatric health, where strength training serves to delay morbidity and preserve autonomy.

機構框架，特別是 NHS（英國國民醫療服務體系），主張每週至少兩天針對主要肌群進行力量活動，並輔以 150 分鐘中等強度或 75 分鐘高強度有氧活動。從政策角度來看，英國運動英格蘭（Sport England）斷言，積極的生活方式每年可減少 330 萬件慢性病病例，預計可避免約 80 億英鎊的醫療成本。這種系統性益處在老年健康方面尤為顯著，力量訓練可延緩發病並維持自理能力。

Regarding implementation, clinical guidance emphasizes the necessity of a functional movement screen to establish a baseline of core stability and mobility. The adoption of bespoke, simplified training programs is recommended to ensure consistency and minimize injury risk. Initial phases of training should prioritize lower loads and precise technical execution. A holistic recovery protocol, incorporating sufficient sleep, hydration (approximately 2.5 liters daily), and protein intake (1.1 to 2 grams per kilogram of body weight), is deemed essential for maximizing physiological adaptation.

關於執行面，臨床指南強調必須進行功能性動作篩查，以建立核心穩定性與活動能力的基準。建議採用量身定制的簡化訓練計畫，以確保一致性並將受傷風險降至最低。訓練初期應優先考慮較低負荷量與精確的技術執行。一套包含充足睡眠、補水（每日約 2.5 公升）及蛋白質攝取（每公斤體重 1.1 至 2 克）的全方位恢復方案，被視為最大化生理適應的關鍵。

The evidence supports a regimen of moderate weekly strength training and aerobic exercise to optimize longevity and systemic health.

證據支持每週進行適度的力量訓練與有氧運動，以優化長壽及系統性健康。