医学
康复
物理疗法
骨质疏松症
运动处方
防坠落
心理干预
髋部骨折
叙述性评论
平衡(能力)
物理医学与康复
疾病
风险评估
梅德林
重症监护医学
肺康复
伤害预防
医疗保健
药方
毒物控制
风险因素
自杀预防
职业安全与健康
风险管理工具
人为因素与人体工程学
医疗急救
急症护理
循证医学
系统回顾
卫生专业人员
体育锻炼
标识
DOI:10.1097/hcr.0000000000001044
摘要
PURPOSE: Fractures due to osteoporosis are common. Cardiovascular disease and osteoporosis share common risk factors (eg, age, smoking, high alcohol intake, diabetes). Some interventions used to treat cardiovascular disease or related risk factors could increase bone loss or fracture risk (eg, medications that increase fall risk, bariatric surgery-related weight loss). Thus, health care professionals delivering cardiopulmonary rehabilitation would benefit from understanding how to prevent falls and fractures. REVIEW METHODS: This narrative review will provide an overview of the evidence from clinical trials, meta-analyses, and guidelines related to exercise for fracture prevention and will provide practical tips for cardiopulmonary rehabilitation professionals on how to integrate fall and fracture prevention into assessment, education, and exercise prescription. SUMMARY: The cardiopulmonary rehabilitation setting represents an opportunity to identify people at risk of fragility fractures and implement strategies to reduce the risk of falls and fractures. Screen for fall and fracture risk using available guidelines, tools, and algorithms so that you can modify your approach to assessment and exercise prescription. Be aware of medications or comorbid health conditions that may increase fall and fracture risk. Emphasize the importance of resistance training for overall health and maintaining or increasing muscle and bone strength. There is very strong evidence that multicomponent exercise interventions that include balance and functional training can prevent falls, so recommend balance training exercises for all older adults. Take steps to tailor assessment and exercise prescription to minimize falls and fractures during cardiopulmonary rehabilitation sessions, and maximize improvements in balance, bone strength, and physical functioning.
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