运动中的无脂肪质量指数:大学生运动员的标准曲线和应用。

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS
ACS Applied Bio Materials Pub Date : 2024-09-01 Epub Date: 2024-07-23 DOI:10.1519/JSC.0000000000004864
Andrew R Jagim, Patrick S Harty, Margaret T Jones, Jennifer B Fields, Meghan Magee, Abbie E Smith-Ryan, Joel Luedke, Chad M Kerksick
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引用次数: 0

摘要

摘要:Jagim、AR、Harty、PS、Jones、MT、Fields、JB、Magee、M、Smith-Ryan、AE、Luedke、J 和 Kerksick、CM。运动中的去脂质量指数:大学生运动员的标准概况和应用。J Strength Cond Res XX(X):000-000,2024-最近,人们对在体育运动中进行身体成分评估的道德考虑提出了担忧。具体的担忧涉及到不适当地使用体脂百分比以及评估结果在成绩和恢复方面的有限应用。无脂肪质量指数(FFMI)是一种经过身高调整的脂肪含量评估方法,可以作为运动中关注的另一种身体成分指标。无脂肪质量指数提供了有关最佳无脂肪量的宝贵信息,它考虑了骨骼和身高,同时有助于将运动员的无脂肪量划分为低、中或高。本综述认为,将身体成分测量的重点转移到 FFM 上,可以帮助运动员在整个运动赛季、职业生涯以及伤愈复出后实现更理想的目标。此外,由于更加关注无脂肪体重区和最大限度增加组织的目标,而不是关注脂肪的减少,因此关注无脂肪体重可能有助于改变对身体成分评估的看法和运动员对其当前身体的看法。无脂肪体重指数是用脂肪含量(千克)除以身高(平方米)计算得出的,可以使脂肪含量相对于身高正常化,并能对不同运动员、运动类型和性别进行比较。以往的研究发现,不同性别和不同运动类别的人均脂肪含量存在差异。尽管如此,仍需要更多已公布的数据来制定不同性别、运动和体位的 FFMI 最佳范围。随着数据的增多,FFMI 有可能为最佳 FFM 的发展、表现和降低受伤风险提供规范性指导。本次研究的目的是总结大学体育类别和竞技状态中的 FFMI 值,以便根据性别和运动类型提供标准曲线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fat-Free Mass Index in Sport: Normative Profiles and Applications for Collegiate Athletes.

Abstract: Jagim, AR, Harty, PS, Jones, MT, Fields, JB, Magee, M, Smith-Ryan, AE, Luedke, J, and Kerksick, CM. Fat-free mass index in sport: normative profiles and applications for collegiate athletes. J Strength Cond Res 38(9): 1687-1693, 2024-Recent concerns have been raised regarding the ethical considerations of conducting body composition assessments in sports. Specific apprehensions pertain to the inappropriate use of percent body fat and the limited application of the results to performance and recovery. Fat-free mass index (FFMI), a height-adjusted assessment of FFM, can serve as an alternative body composition metric to focus on in sports. Fat-free mass index provides valuable context regarding an optimal amount of FFM, accounting for skeletal frame and height while helping to qualify an athlete's FFM as low, moderate, or high. This review posits that shifting the focus of body composition measures to FFM can support more ideal targets across athletic seasons, careers, and the return to play after injury. In addition, a FFM focus may help change the perception of body composition assessment and how athletes perceive their current body because of the increased focus on the FFM compartment and the goal of maximizing tissue accrual, rather than focusing on fat loss. Fat-free mass index is calculated by dividing FFM (kg) by height (m 2 ) and can serve to normalize FFM, relative to height, and enable comparisons across athletes, sport types, and sex. Previous research has identified differences in FFMI across sex and among sport categories. Still, there is a need for more published data to develop optimal ranges for FFMI across sex, sports, and positions. As more data become available, FFMI has the potential to provide normative guidelines for optimal FFM development, performance, and injury risk reduction. The purpose of the current review was to summarize FFMI values across collegiate sport categories and competitive status to provide normative profiles, according to sex and sport type.

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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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