单羧酸转运蛋白1 (MCT1)对五人制足球运动员乳酸消除速度的影响

Mustafa Jassim Abd Zaed, S. Chomani, M. Joksimović
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引用次数: 0

摘要

通过检测乳酸的恢复速度和消除乳酸的速度,确定Al Hilla体育俱乐部五人制足球运动员在本赛季(2020-2021)暴露于体力消耗后的遗传多样性。主要实验包括两个阶段。首先是对球员基因多样性的了解。该基因的第一高级水平达到(5名球员),中级水平达到(4名球员),低水平达到(3名球员),实验的第二阶段是测量所有水平基因的搜索变量(乳酸),并检测乳酸产物快速消除的球员。实验持续了2个月,最重要的结论是MCT1基因的高水平,运动肌肉中乳酸的消除速度。住院治疗和演习之间有矛盾。与其他级别相比,属于这个级别的球员恢复速度非常慢,这表明他们很快就会疲劳。与低水平相比,该水平的运动员具有快速摆脱乳酸和恢复恢复的优势,并且比低水平的运动员表现出更少的疲劳。乳酸的消除速度小于其产生的速度,这有利于乳酸从工作肌肉转移到血液和速度摆脱它。越来越高的体力消耗会影响MCT1基因水平的变化。与低水平和中等水平的运动员相比,MCT - 1基因水平高的运动员在乳酸产生的消除速度方面表现出优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effects of Physical Exertion According to the Monocarboxylate Transporter 1 (MCT1) on the Speed of Lactic Acid Elimination in Futsal Players
To identify the genetic diversity of futsal players in Al Hilla Sports Club for the season (2020-2021) after they were exposed to physical exertion by testing lactic mlss in the speed of recovery and elimination of lactic acid. The main experiment included two phases. The first is knowledge of the genetic diversity of the players. The first advanced level of this gene reached (5 players), the middle level (4 players), and the low level of the gene (3 players), and the second stage Of the experiment is to measure the searched variable (lactic acid) for all levels of the gene and to detect players who have a rapid elimination of lactic acid products. The experiment lasted for (2 months) and the most important conclusions were the high level of the MCT1 gene, the speed of elimination of lactic acid in the working muscles. There is a discrepancy between the hospitalization and the exercises. It appeared that the players who belong to this level have slow recovery Very compared to other levels, and this indicates that they are tired quickly. The players of this level have the advantage of quickly getting rid of lactic acid and recovering recovery compared to the low level, and they show less fatigue than the low level. The speed of elimination of lactic acid is less than the speed of its production, which facilitates the transfer of lactate from the working muscle to the blood and speed to get rid of it. Increasingly intense physical exertion affects the variation in the MCT1 gene level. The players at the high level of the MCT 1 gene showed an advantage in the speed of elimination of lactic acid production compared to the low and medium levels.
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