Snyder Leanne, Goods Paul S R, Peeling Peter, Balloch Aaron, Peiffer Jeremiah J, Binnie Martyn J, Scott Brendan R
Murdoch Applied Sports Science Laboratory, School of Allied Health, Murdoch University, Perth, Australia.
Western Australian Institute of Sport, Perth, Australia.
J Strength Cond Res. 2024 Oct 1;38(10):e579-e586. doi: 10.1519/JSC.0000000000004858. Epub 2024 Jul 23.
Snyder, L, Goods, PSR, Peeling, P, Balloch, A, Peiffer, JJ, Binnie, MJ, and Scott, BR. Contribution of physical characteristics to game performance in male wheelchair basketball athletes at the Tokyo Paralympic Games. J Strength Cond Res 38(10): e579-e586, 2024-This investigation explored the physical characteristics of elite male wheelchair basketball (WCB) athletes and their association with game performance during the Tokyo 2020 Paralympic Games. Sixteen male athletes from the Australian national WCB squad were assessed for anthropometrics, speed, change of direction, aerobic power, and upper-body power during a training camp before the 2020 Paralympic Games. Athletes were grouped according to the International Wheelchair Basketball Federation disability classification system (1.0-4.5) as low- (≤2.5, more severe impairments) or high-point (≥3.0, less severe impairments) athletes. Physical and performance characteristics between groups were compared using independent-samples t -tests, and their relationship to game statistics (points, rebounds, assists, and steals) per minute played was explored through stepwise regression. High-point athletes were 13% taller ( p = 0.001), 4-9% faster ( p < 0.001-0.017), and demonstrated superior change of direction ability (15%, p < 0.001) compared with low-point athletes. Approximately 74% of the variance in points scored per minute was accounted for by athlete classification, whereas the most important modifiable physical characteristic was speed, which contributed significantly to steals (54% of variance) and assists (96% of variance when arm span and sitting reach height were also considered). Low-point athletes with spinal cord injuries generally have impaired trunk control, which is a likely explanation for performance differences between groups. A range of nonmodifiable (classification, sitting reach height, and arm span) and modifiable (speed) physical characteristics contribute to game performance outcomes and should therefore be considered when identifying, developing, and selecting WCB athletes for elite competition.
斯奈德,L、古兹,PSR、皮林,P、巴洛奇,A、皮弗,JJ、宾尼,MJ和斯科特,BR。身体特征对东京残奥会男子轮椅篮球运动员比赛表现的贡献。《力量与体能研究杂志》38(10): e579 - e586,2024年——本研究探讨了精英男子轮椅篮球(WCB)运动员的身体特征及其与2020年东京残奥会期间比赛表现的关联。在2020年残奥会前的一次训练营中,对来自澳大利亚国家WCB队的16名男运动员进行了人体测量、速度、变向、有氧能力和上肢力量评估。运动员根据国际轮椅篮球联合会残疾分类系统(1.0 - 4.5)分为低分值(≤2.5,损伤更严重)或高分值(≥3.0,损伤较轻)运动员。使用独立样本t检验比较两组之间的身体和表现特征,并通过逐步回归探索它们与每分钟比赛统计数据(得分、篮板、助攻和抢断)的关系。与低分值运动员相比,高分值运动员高13%(p = 0.001),快4 - 9%(p < 0.001 - 0.017),并且变向能力更优(15%,p < 0.001)。每分钟得分差异的约74%可由运动员分类解释,而最重要的可改变身体特征是速度,其对抢断(差异的54%)和助攻(当同时考虑臂展和坐高时差异的96%)有显著贡献。患有脊髓损伤的低分值运动员通常躯干控制受损,这可能是两组之间表现差异的一个解释。一系列不可改变的(分类、坐高和臂展)和可改变的(速度)身体特征对比赛表现结果有影响,因此在识别、培养和选拔参加精英比赛的WCB运动员时应予以考虑。