首页> 外文期刊>Orthopaedic Journal of Sports Medicine >PEDI-CHAMP? AGILITY TEST VARIES BY AGE, GENDER AND SPORT SPECIALIZATION IN YOUTH ATHLETES
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PEDI-CHAMP? AGILITY TEST VARIES BY AGE, GENDER AND SPORT SPECIALIZATION IN YOUTH ATHLETES

机译:Pedi-Champ? 敏捷测试因青年运动员的年龄,性别和体育专业而异

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Background: The Pediatric Comprehensive High-Level Activity Mobility Predictor (Pedi-CHAMP?) is a 4-part agility test aimed to assess functional performance in children with and without sports medicine injuries or orthopedic conditions. The Pedi-CHAMP? assesses bilateral single limb balance, lateral agility, directional changes, and acceleration/deceleration. Hypothesis/Purpose: To determine if the Pedi-CHAMP component (Single-Limb-Stance [SLS], modified Edgren Side Step [mESS], L-Test, Illinois Agility Test [IAT]) and composite scores are stratified based on age, sex, and sport-type/specialization in youth athletes. Methods: Youth athletes were recruited to complete the Pedi-CHAMP? either as an independent test or as part of larger battery of tests (Specialized Athlete Functional Evaluation [SAFE] Program). Completion times for each test component were converted to points using age-sex matched scoring algorithms. Each participant also answered questions to determine specialization in organized sports (defined as competition with a referee, umpire, etc.). Kruskal-Wallis was used to assess differences based on age groups (elementary [E, 5-9yrs], preteen [PT, 10-12yrs], early teen [ET, 13-15yrs], late teen/young adult [LT, 16-22yrs]), with Mann-Whitney U pairwise post-hoc comparisons (α&0.05). Independent Mann-Whitney U tests were used to assess differences based on sex, sport type (low vs high impact) and specialization (single vs multi-sport) within each age group. Results: A total of 251 youth athletes (134 females, age 13.7±3.3yrs; BMI 20.9±5.9) completed Pedi-CHAMP? testing. Significant differences were seen with the Pedi-CHAMP? component and composite scores between all ages ( p &0.001, Table 1), however, there were no differences between ET and LT groups for the SLS or mESS. When assessing age and sex, elementary-aged girls demonstrated improved SLS balance ( p =0.017), and mESS scores were higher in preteen boys compared to girls ( p =0.022). However, all 3 agility components (mESS, L-Test, IAT) and the Pedi-CHAMP? composite scores were significantly higher in boys compared to girls for the ET and LT groups. When accounting for age, there were no differences in single-sport vs. multi-sport athletes. ET and LT low-impact athletes scored lower on the L-test compared to high-impact athletes. Conclusion: The Pedi-CHAMP? was able to detect differences based on age, sex and sport impact-type (low- vs. high-impact). Performance improves with age for the L-Test and IAT, however, no differences in SLS and mESS were seen between younger and older teens which may indicate a ceiling effect for these two components. Further research should focus on correlating the Pedi-CHAMP? to other performance measures in youth athletes.
机译:背景:儿科综合性高级活动流动性预测因子(Pedi-Champ?)是一个4部分敏捷性试验,旨在评估有和没有运动药物损伤或整形外科病症的儿童功能性能。 Pedi-Champ?评估双侧单肢平衡,横向敏捷,定向变化和加速/减速。假设/目的:确定是否是基于年龄的年龄(改进的Edgren),改进的Edgren侧步骤[Sles],L-Test,Illinois敏捷性测试[IAT])和综合评分,基于年龄,性别,运动类型/青年运动员专业化。方法:招募青年运动员才能完成预冠军吗?作为独立测试或作为较大电池测试的一部分(专门的运动员功能评估[安全]程序)。使用年龄性匹配评分算法转换为每个测试组分的完成时间。每个参与者还回答了有关组织运动专业化的问题(定义为与裁判,裁判等的竞争)。 Kruskal-Wallis用于评估基于年龄组的差异(小学[E,5-9YR],Preteen [Pt,10-12YRs],早期青少年[Et,13-15yrs],晚期/年轻人[LT,16 -22yrs]),Mann-Whitney U成对后HOC比较(α& 0.05)。独立的Mann-Whitney U测试用于评估每个年龄组内的性别,运动类型(低对高影响)和专业化(单与VS多项运动)的差异。结果:共有251名青年运动员(134名女性,年龄13.7±3.3yrs; BMI 20.9±5.9)完成了Pedi-Champ?测试。 Pedi-Champ看到了显着的差异吗?然而,所有年龄(P& 0.001,表1)之间的组分和复合分数,ET与SLS或混乱的组没有差异。在评估年龄和性别时,小学生的女孩展示了改进的SLS余额(P = 0.017),与女孩相比,青春期男孩的混乱分数更高(P = 0.022)。但是,所有3个敏捷组件(混乱,L-Test,IAT)和Pedi-Champ?与ET和LT组的女孩相比,男孩的综合评分显着高。核算年龄时,单一体育与多体育运动员没有差异。与高冲击运动员相比,LT低冲击运动员在L-Test上得分降低。结论:Pedi-Champ?能够检测基于年龄,性别和运动冲击型(低对高冲击)的差异。随着L-Test和IAT的年龄,性能随着年龄而改善,但是,在年轻人和较旧的青少年之间没有看到SLS和混乱的差异,这可能表示这两个组件的天花板效果。进一步的研究应该专注于关联Pedi-Champ?对青年运动员的其他绩效措施。

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