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研究直接证明何种运动参数最益于老年群体。因 Health Sci,2024,13(1):47-60
此,最优运动方案并非单一模式的取舍,而应基于 [4] STINE J G,LONG M T,COREY K E,et al. Physical activi⁃
个体的独特健康状态与预期功能目标,进行有氧 ty and nonalcoholic fatty liver disease:a roundtable state⁃
运动、阻抗运动乃至联合运动的精准组合与权 ment from the American College of Sports Medicine[J].
Med Sci Sports Exerc,2023,55(9):1717-1726
衡。同时未来研究应致力于厘清不同运动模式间
[5] ZEGARRA⁃VALDIVIA J,DE SEVILLA EF,PIGNATEL⁃
的交互作用,为制定高度个体化的运动处方提供
LI J,et al. Interoceptive signaling by circulating insulin
坚实依据。
like growth factor i and neuroprotection by exercise[J].
尽管现有研究揭示了运动效应存在年龄差异, Adv Neurobiol,2025,44:217-229
但普遍存在年龄分组标准不一、基线健康状况、遗 [6] 张宸恺,王壮志,李方晖. 运动通过调节心磷脂合成及
传背景、生活方式、运动参数(如强度与时长)缺乏 重塑干预衰老相关疾病[J]. 南京医科大学学报(自然
标准化量化以及对不同运动模式间交互作用探讨 科学版),2025,45(1):71-81
不足等局限,这影响了研究结论的普适性与可比 ZHANG C K,WANG Z Z,LI F H. Exercise mitigates ag⁃
性,也阻碍了精确剂量⁃效应关系的建立。其次,运 ing ⁃ related diseases by modulating cardiolipin synthesis
and remodeling[J]. Journal of Nanjing Medical University
动产生的年龄异质性效应背后的核心分子开关,如
(Natural Sciences),2025,45(1):71-81
特定的表观遗传修饰、组织间通讯的关键外泌体或
[7] LUO Z,ZHANG T,CHEN S. Exercise prescription:pio⁃
肌肉因子,仍有待阐明。
neering the“third pole”for clinical health management[J].
综上所述,迈向精准运动干预是应对人口老龄 Research(Wash D C),2023,6:0284
化的必然要求。当前研究的局限性正是未来探索 [8] HOJMAN P,GEHL J,CHRISTENSEN J F,et al. Molecu⁃
的路线图。通过深化对运动模式交互作用及年龄异 lar mechanisms linking exercise to cancer prevention and
质性机制的理解,有望将运动从一种普适性的健康建 treatment[J]. Cell Metab,2018,27:10⁃21
议,革新为一项高度个体化的“靶向治疗”,从而真正 [9] GUO S,HUANG Y,ZHANG Y,et al. Impacts of exercise
释放其在延缓衰老、防治慢性病中的全部潜能。 interventions on different diseases and organ functions in
利益冲突声明: mice[J]. Sport Health Sci,2020,9(1):53-73
所有作者声明无利益冲突。 [10]CALLAHAN M J,PARR E B,HAWLEY J A,et al. Can
Conflict of Interests: high ⁃ intensity interval training promote skeletal muscle
anabolism[J]. Sports Medicine,2021,51(3):405-421
The authors declare no conflict of interest.
作者贡献声明: [11]COATES A M,JOYNER M J,LITTLE J P,et al. A per⁃
spective on high ⁃ intensity interval training for perfor⁃
甘晨云负责文献查询、撰写初稿并对文章进行后续修
mance and health[J]. Sports Med,2023,53(Suppl 1):
改;王晓东提供监督指导并参与写作审编。
Author’s Contributions: 85-96
[12]FIATARONE M A,O’NEILL E F,RYAN N D,et al. Ex⁃
GAN Chenyun was in charge of literature search,writing⁃
ercise training and nutritional supplementation for physi⁃
original draft,and revising the article. WANG Xiaodong provid⁃
cal frailty in very elderly people[J]. N Engl J Med,1994,
ed supervision and participated in writing⁃review and editing.
330(25):1769⁃1775
[参考文献]
[13]HSU W B,LIN S J,HUNG J S,et al. Effect of resistance
[1] FAIRAG M,AIZAHRANI S A,ALSHEHRI N,et al. Exer⁃ training on satellite cells in old mice⁃a transcriptome study:
cise as a therapeutic intervention for chronic disease man⁃ implications for sarcopenia[J]. Bone Joint Res,2022,11
agment:a comprehensive review[J]. Cureus,2024,16 (2):121-133
(11):e74165 [14]RODRÍGUEZ⁃GUTIÉRREZ E,TORRES⁃COSTOSO A,
[2] NOETEL M,SANDERS T,GALLARDO⁃GÓMEZ D,et al. PASCUAL⁃MORENA C,et al. Effects of resistance exer⁃
Effect of exercise for depression:systematic review and cise on neuroprotective factors in middle and late life:a
network meta⁃analysisof randomised controlled trials[J]. systematic review and meta ⁃ analysis[J]. Aging Dis,
BMJ,2024,384:e075847 2023,14(4):1264-1275
[3] MCLEOD J C,CURRIER B S,LOWISZ C V,et al. The in⁃ [15]ROBBINS J M,GERSZTEN R E. Exercise,exerkines,and
fluence of resistance exercise training prescription vari⁃ cardiometabolic health:from individual players to a team
ables on skeletal muscle mass,strength,and physical sport[J]. Clin Invest,2023,133(11):e168121
function in healthy adults:an umbrella review[J]. Sport [16]MILLAN⁃DOMINGO F,GARCIA⁃DOMINGUEZ E,GAM⁃

