传统武术与射击训练对听觉精细结构加工能力的影响——来自行为测试和功能磁共振成像的证据

Yu Ding, Keying Zhang, Liang Li, Chunmei Cao
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引用次数: 0

摘要

在这项工作中,我们探讨了传统武术和射击训练对听觉时间精细结构(TFS)处理能力的影响。25名大学生参加了实验,其中包括8名传统武术练习者、8名高水平射击运动员和9个没有任何常规运动习惯的对照组。分别使用BIC(耳间相关性中断)延迟阈值和TFS1测试来评估TFS的瞬时存储容量和灵敏度。行为测试后进行功能磁共振成像测试。结果发现,传统武术组具有更强的TFS敏感性,而射击组具有较强的TFS存储能力,射击组的行为测试表现与感兴趣的大脑区域的fALFF值有关。运动训练对听力能力的影响可能有特定的神经基础,可用于潜在听力损伤的早期干预。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Traditional Martial Arts and Shooting Training Have Different Effects on Auditory Fine Structure Processing Ability - Evidence from Behavioral Tests and fMRI
In this work, we explore the influence of traditional martial arts and shooting training on the ability of auditory Temporal Fine Structure (TFS) processing. Twenty-five college students participated in the experiment, including 8 traditional martial arts practitioners, 8 high-level shooting athletes, and 9 control groups without any regular exercise habits. The BIC (break in interaural correlation) delay threshold and TFS1 test were used to evaluate the transient storage capacity and sensitivity of TFS, respectively. An fMRI test was performed after the behavioral tests. The results found that the traditional martial arts group had stronger TFS sensitivity, while the shooting group had stronger TFS storage capacity and the performance of the behavioral tests of the shooting group is related to the fALFF value of the brain areas of interest. The effects of exercise training on hearing ability may have a specific neural basis and can be used for early intervention in potential hearing impairment.
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