Effects of respiratory muscle training on exercise performance in tennis players

Wu, Chung-Yen; Yang, Ting-Ya; Lo, Pei-Yi; Guo, Lan-Yuen

doi:10.23736/s0025-7826.17.02898-8

Cited by 5 publications

(4 citation statements)

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“…Conclusion: There were significant differences in maximal inspiratory pressure and diaphragm thickness after 6 weeks of respiratory muscle training. However, it is difficult to assess the effect of RMT on improving athletic performance [ 4 ]. Suna explored the effect of 21 tennis players from the Department of Sports Science who volunteered to study the effects of eight weeks of combined aerobic and anaerobic technical training on the development of athletic performance.…”

Section: Introductionmentioning

confidence: 99%

A Continuous Deep Learning System Study of Tennis Player Health Information and Professional Input

Gong

2022

Computational Intelligence and Neuroscience

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The health status of elite tennis players and the results of tennis matches are positively proportional under normal circumstances. The physical and psychological functions of tennis players directly affect the athletic ability of tennis players. With the improvement of people’s living standards, people’s attention to tennis has also increased. Tennis has received increasing attention in China, and the training of tennis players has become increasingly necessary. However, China is still using the traditional means of obtaining athletes’ health information to evaluate athletes’ health information. This has led to imperfect research into tennis players’ health information and professional input systems. This makes the understanding of the health information of athletes incomplete and profound, and it affects the athletic ability of athletes. In this paper, deep learning and a two-factor model are added to tennis players’ health information and professional input, and the feasibility of a deep learning system to comprehensively improve health information input is explored. The experimental results show that the application of the convolutional neural network method in the system improves the response speed to the physical fitness state of tennis players by 5%. This adds technical support for timely understanding of tennis players’ physical health information and prevents players from making mistakes on the court due to physical reasons.

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Section: Introductionmentioning

confidence: 99%

A Continuous Deep Learning System Study of Tennis Player Health Information and Professional Input

Gong

2022

Computational Intelligence and Neuroscience

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“…It should be noted that in these studies, athletes' MIP ability recovered more slowly than MEP, possibly because, compared with exhalation, inhalation is an active movement (muscle contraction), so the muscles affected by the virus may take longer to recover [5]. Therefore, athletes recovering from COVID-19 may try to train more inspiratory muscles and treat the training of RM as the training of skeletal muscles [30]. RM weakness has a negative impact on the performance of athletes [31], while inspiratory muscle training can improve the performance of athletes [32].…”

Section: The Impact Of Covid-19 On Athletes' Rm and Sports Performancementioning

confidence: 95%

Review of effects of respiratory muscle training on athlete performance

Shen

2023

TNS

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For a long time, the respiratory system plays an important role in athletes' training and competition, and its quality directly affects the athletes' competitive level and state. In particular, after the COVID-19 pandemic, many athletes have experienced a significant decline in respiratory function due to viral infection, which has led to a renewed understanding of the importance of respiratory function in athlete training. Furthermore, respiratory muscle training can be a key to improving respiratory function. This paper will review the effects of respiratory muscle training on athlete performance by means of comparative analysis. After analyzing and organizing 36 articles, it can be concluded that different functions of respiratory muscles can improve the sports performance of different types of athletes. Among them, the exercise of inspiratory muscles is the most important, even for athletes infected with COVID-19.

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“…Дополнительное респираторное сопротивление (ДРС) часто используется для оценки восприятия одышки и изучения факторов, связанных с повышенной или пониженной чувствительностью к одышке [9][10][11][12][13][14][15]. Тестирование с инспираторной резистивной нагрузкой предполагает использование устройства, в рамках которого могут моделироваться ДРС возрастающей величины, что вызывает ощущение одышки за счет увеличения инспираторного усилия и общей работы дыхания.…”

Section: Introductionunclassified

“…Тестирование с инспираторной резистивной нагрузкой предполагает использование устройства, в рамках которого могут моделироваться ДРС возрастающей величины, что вызывает ощущение одышки за счет увеличения инспираторного усилия и общей работы дыхания. Испытуемые количественно определяют тяжесть одышки с помощью таких инструментов, как шкала Борга [11][12][13][14].…”

Section: Introductionunclassified

Variability in Perception of Dyspnea in the Context of Additional Respiratory Resistance: Cross-Sectional Observational Exploratory Study

Byalovsky

Rakitina

2023

Kuban. nauсh. med. vestnik

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Background. In various situations healthy people may experience breathlessness caused by high altitude, breath-holding, anxiety or panic driven by stressful events, and, very often by physical activity. However, variability in perception of dyspnea in healthy individuals is yet to be explored. The present study analyzes the variability of dyspnea perception in healthy people in the context of additional respiratory resistance.Objective — to assess the variability in perception of dyspnea in healthy individuals against a step-up increase in additional respiratory resistance, and to evaluate the relationship between dyspnea perception and physical activity levels.Methods. A cross-sectional observational exploratory study involved healthy individuals aged 19–25. The study was conducted at the Department of Pathophysiology, Ryazan State Medical University named after acad. I.P. Pavlov (Russia), in the period from November 2018 to June 2019. A total number of individuals under study comprised 42. Study participants were subjected to additional respiratory resistance, when dyspnea perception was estimated using a modified Borg scale. Then all participants were divided into three groups according to the tertiles in their perception: slight perception (Borg score < 2; n = 13), moderate perception (Borg score 2–5; n = 19) and high perception (Borg score > 5, n = 13). The study involved determination of body mass index, maximal airway pressure, pulmonary function, physical activity by means of IPAQ (International Physical Activity Questionnaire) and 6MWT (6 Minute Walking Test). Data analysis was performed using IBM SPSS Statistics 17.0 (USA).Results. The study included 42 healthy individuals. The level of dyspnea perception was determined as slight (low), moderate (medium) and high in 13, 19 and 10 participants, respectively. Perceived level of breathlessness did not significantly correlate with age, gender, body mass index, physical activity, maximum airway pressure or pulmonary function test results.Conclusion. Perceived dyspnea caused by a step-up increase in additional respiratory resistance varied significantly. The perception of dyspnea was determined as slight in 31% of participants, moderate in 45% and high in 24%. The authors did not reveal a correlation between dyspnea perception and physical activity level (via IPAQ or 6 Minute Walking Test).

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Effects of respiratory muscle training on exercise performance in tennis players

Cited by 5 publications

References 0 publications

A Continuous Deep Learning System Study of Tennis Player Health Information and Professional Input

A Continuous Deep Learning System Study of Tennis Player Health Information and Professional Input

Review of effects of respiratory muscle training on athlete performance

Variability in Perception of Dyspnea in the Context of Additional Respiratory Resistance: Cross-Sectional Observational Exploratory Study

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