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智力障碍精英游泳运动员与健全运动员的比较起搏概况和计时表现。

Comparative Pacing Profile and Chronometric Performance in Elite Swimmers with Intellectual Impairments and Able-Bodied Athletes.

作者信息

Puce Luca, Zmijewsk Piotr, Bragazzi Nicola Luigi, Trompetto Carlo

机构信息

Department of Neuroscience, Rehabilitation, Ophthalmology, Genetics, Maternal and Child Health, University of Genoa, 16132 Genoa, Italy.

Jozef Pilsudski University of Physical Education in Warsaw, 00-968 Warsaw, Poland.

出版信息

Life (Basel). 2024 Dec 7;14(12):1623. doi: 10.3390/life14121623.

Abstract

Pacing strategy is a complex self-regulation process, crucial for optimising sports performance. Athletes with Intellectual Impairments (IIs) face unique challenges due to cognitive limitations that may hinder their ability to pace effectively, impacting chronometric performance. This study analysed the pacing profiles and chronometric performance across 253 event entries by elite swimmers with II, divided into three groups: 100 entries for group II1 (intellectual disability), 85 for group II2 (Down syndrome), and 68 for group II3 (autism spectrum disorder). These results were compared with 112 event entries from athletes without disabilities (AWDs). Data were collected from the 2023 Virtus Global Games and the 2023 World Aquatics Championships, focusing on middle-distance and long-distance events. Performance metrics were assessed using 50 m split times, and within-group variability was evaluated through coefficients of variation. Swimmers with IIs showed slower overall chronometric performance than AWDs, with the largest deficits observed in II2 athletes. The II1 and II3 groups displayed more comparable results, with the II1 group outperforming the others slightly. Despite the slower times, pacing profiles were largely similar across all groups, following a parabolic pacing strategy, especially for longer distances. Greater within-group variability in both chronometric performance and pacing profiles was observed in II2 and II3 athletes, reflecting higher functional heterogeneity. In contrast, II1 athletes, and even more so AWDs, exhibited more consistent performance and pacing across all events. While swimmers with II recorded slower times, their pacing strategies resembled those of AWDs, suggesting that cognitive limitations may not significantly impair pacing regulation in swimming. However, the higher variability in II2 and II3 athletes highlights the potential need for revised classification systems to ensure fair competition.

摘要

配速策略是一个复杂的自我调节过程,对优化运动表现至关重要。患有智力障碍的运动员由于认知限制面临独特挑战,这可能会阻碍他们有效配速的能力,进而影响计时表现。本研究分析了253项由患有智力障碍的精英游泳运动员参加赛事的配速情况和计时表现,这些运动员分为三组:II1组(智力残疾)100项、II2组(唐氏综合征)85项、II3组(自闭症谱系障碍)68项。这些结果与112项来自无残疾运动员(AWD)的赛事记录进行了比较。数据收集自2023年国际特殊奥林匹克全球运动会和2023年世界游泳锦标赛,重点关注中距离和长距离赛事。使用50米分段时间评估成绩指标,并通过变异系数评估组内变异性。患有智力障碍的游泳运动员总体计时表现比无残疾运动员慢,其中II2组运动员的差距最大。II1组和II3组的结果更具可比性,II1组略优于其他组。尽管时间较慢,但所有组的配速情况在很大程度上相似,都采用抛物线配速策略,尤其是在较长距离时。在II2组和II3组运动员中,计时表现和配速情况的组内变异性更大,反映出更高的功能异质性。相比之下,II1组运动员,尤其是无残疾运动员,在所有赛事中的表现和配速更一致。虽然患有智力障碍的游泳运动员记录的时间较慢,但他们的配速策略与无残疾运动员相似,这表明认知限制可能不会显著损害游泳中的配速调节。然而,II2组和II3组运动员中较高的变异性凸显了可能需要修订分类系统以确保公平竞争。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/93b3/11678209/984c16562884/life-14-01623-g001.jpg

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