苯丙酮尿病患者的运动:考虑和研究建议

Rare Pub Date : 2025-01-01 DOI:10.1016/j.rare.2025.100080
Ben Green
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引用次数: 0

摘要

虽然人们普遍认为运动对身体和心理都有好处,但它与PKU管理的结合还没有得到充分的探索。本文综述了运动、代谢控制和饮食管理之间的相互作用,解决了蛋白质摄入、能量可用性、骨骼健康和营养时机等关键问题。该手稿强调了北大所面临的挑战,包括对不含苯丙氨酸的蛋白质替代品的依赖、能量代谢的改变和社会心理障碍。有规律的锻炼,在量身定制的饮食策略的支持下,可能会减轻骨质健康不良、肥胖和心理健康挑战等风险,这些风险通常与PKU相关。这些知识差距很重要,需要消除,并探索诸如运动期间基质利用、有效恢复策略以及结构化运动对代谢控制和整体健康的长期影响等主题。实用的建议包括提高代谢营养师在运动和运动营养方面的技能,开发运动相容的蛋白质替代品,以及将运动指导纳入PKU管理计划。本文呼吁采用多学科的方法来改善对运动PKU患者的支持,包括营养师、运动生理学家(如果有的话)、表现营养学家和代谢专家,特别是考虑到PKU的专业运动人士。它还确定了研究重点,例如了解运动过程中的苯丙氨酸动力学,优化蛋白质替代品配方,了解新疗法和营养素的影响及其对运动患者的潜在作用。通过解决这些差距,医疗保健从业者、研究人员和行业利益相关者可以更好地实现安全有效的运动参与,增强PKU患者的健康和生活质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The exercising patient with phenylketonuria: Considerations and research recommendations
While exercise is widely recognised for its physical and psychological benefits, its integration into PKU management is underexplored. This manuscript reviews the interplay between exercise, metabolic control, and dietary management in PKU, addressing key considerations such as protein intake, energy availability, bone health, and nutritional timing. The manuscript highlights PKU challenges, including reliance on phenylalanine-free protein substitutes, altered energy metabolism, and psychosocial barriers. While speculative and yet to be explored, regular exercise, when supported by tailored dietary strategies, may mitigate risks such as poor bone health, obesity, and mental health challenges often associated with PKU. These knowledge gaps are important to close, and exploring topics such as substrate utilisation during exercise, effective recovery strategies, and the long-term impact of structured exercise on metabolic control and overall health. Practical recommendations include upskilling metabolic dietitians in sport and exercise nutrition, developing exercise-compatible protein substitutes, and integrating exercise guidance into PKU management plans. This manuscript calls for a multidisciplinary approach to improve support for exercising PKU patients, including dietitians, exercise physiologists (if accessible), performance nutritionists and metabolic specialists, especially in view of professional sport persons with PKU. It also identifies research priorities, such as understanding phenylalanine kinetics during exercise, optimising protein substitute formulations for recovery and learning the impact of novel treatments and nutrients and their potential role is supporting exercising patients. By addressing these gaps, healthcare practitioners, researchers, and industry stakeholders can better enable safe and effective exercise participation, enhancing the health and quality of life for individuals with PKU.
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