等长运动
等渗
肌肉力量
瘦体质量
肌肉团
人口学
体重
生物
物理疗法
医学
物理医学与康复
内分泌学
社会学
作者
Ryo Kataoka,Robert W. Spitz,Vickie Wong,Zachary W. Bell,Yujiro Yamada,Jun Song,William B. Hammert,Scott J. Dankel,Takashi Abe,Jeremy P. Loenneke
摘要
Abstract Objectives Concerns have been raised against the current two‐sex binary category in sports competitions. The thesis states that if males and females were separated based on muscle size, it would negate the strength advantage between the sexes. We tested the possible sex differences in various strength outcomes when pair‐matched for muscle thickness. Methods A total of 16 different data sets ( n = 963) were assessed to pair‐match females with males who had a muscle thickness value within 2%. We further compared the competition performances of the smallest male weight class within the International Powerlifting Federation (IPF) to different weight classes in females. Results Overall, 76%–88% of the strength assessments were greater in males than females with pair‐matched muscle thickness, regardless of contraction types (i.e., isotonic, isometric, isokinetic). Additionally, males in the lightest weight division in the IPF largely outperformed females in heavier weight divisions. Conclusions Our results would suggest that segregation based on muscle mass or surrogates of muscle mass (e.g., lean body mass) might not be an appropriate classification to create fair competition within strength sports. This is not to refute the concept of the desegregation of the two‐sex binary category but to present data that raises important concerns about the potential sex‐based differences in strength performance.
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