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Effects of Recreational Soccer on Health Outcomes:A Narrative Review
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作者 Israel Castillo-Bellot jose mora-gonzalez +2 位作者 Luis Fradua Francisco B.Ortega Luis Gracia-Marco 《Journal of Science in Sport and Exercise》 2019年第2期142-150,共9页
Soccer is a very popular team sport that involves a variety of physical actions,such as sprints,accelerations,sudden decelera-tions,and jumps,among others.Research has placed recreational soccer in a good position as ... Soccer is a very popular team sport that involves a variety of physical actions,such as sprints,accelerations,sudden decelera-tions,and jumps,among others.Research has placed recreational soccer in a good position as a strategy to increase physical activity levels and promote health across the lifespan.In this regard,recreational(non-competitive)soccer promotes social interaction and has the potential to increase long-term adherence to physical activity,even in those without prior experience in this sport.In this narrative review,we address the effects of recreational soccer on various health outcomes across the lifespan(i.e.,from childhood to the elderly years)in both sexes.In addition,the beneficial effects of recreational soccer for people with prevalent pathologies,such as hypertension,type II diabetes mellitus,and cancer,are discussed. 展开更多
关键词 Physical fitness Physical activity HYPERTENSION DIABETES CANCER FOOTBALL
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Blood Flow-Restricted Training in Older Adults:A Narrative Review
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作者 Abel Plaza-Florido Jairo H.Migueles +6 位作者 Antonio Piepoli Pablo Molina-Garcia Maria Rodriguez-Ayllon Cristina Cadenas-Sanchez jose mora-gonzalez Irene Esteban-Cornejo Francisco B.Ortega 《Journal of Science in Sport and Exercise》 2020年第1期25-37,共13页
Background Low-intensity resistance training(LI-RT)combined with blood flow restriction(BFR)is an alternative to traditional moderate-high-intensity resistance training to increase strength and muscle mass.However,the... Background Low-intensity resistance training(LI-RT)combined with blood flow restriction(BFR)is an alternative to traditional moderate-high-intensity resistance training to increase strength and muscle mass.However,the evidence about the efficacy of this novel training method to increase strength and muscle mass in healthy and older adults with patholo-gies is limited.Furthermore,the possible risk and adverse effects with BFR training methodology in older adults should be considered.Objectives(1)To summarize the current evidence on training with BFR strategies in older adults aiming to improve strength and to increase muscle mass;and(2)to provide recommendations for resistance and aerobic training with BFR in older adults based on the studies reviewed.Methods Studies that investigated the chronic responses to resistance training or aerobic training with BFR related to strength and muscle mass changes in older adults were identified.Two independent researchers conducted the search in PubMed,Web of Science,and Google Scholar databases from their inception up to November 1,2018.Results Seventeen out of 35 studies,which performed resistance or aerobic training with BFR in older adults focused on strength and muscle mass outcomes,were included in this review.Studies performing resistance and aerobic train-ing with BFR found better improvements in strength and higher increase in muscle mass compared to non-BFR groups that performed the same training protocol.High-intensity resistance training(HI-RT)without BFR provided greater improvements in strength and a similar increase in muscle mass compared to light-intensity resistance training(LI-RT)with BFR.Conclusions Current evidence suggests that LI-RT and/or aerobic training with BFR improves strength and increases muscle mass in older people.Light-intensity training without BFR would normally not obtain such benefits.Therefore,LI-RT and aerobic training with BFR is an alternative to traditional methods to improve strength and by way of an increase in muscle mass,which are important in the elderly who have progressive muscle atrophy and are at higher risk of falls. 展开更多
关键词 Hyertroply Strength Vascular oclusion Reistance raining Elderly aduts
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