Results of the Functional State Evaluation in Athletes engaged in Hand-to-Hand Combat with Full Contact according to the Heart Rate Variability Indices

Adamovich, R. G.; Mayer, Vi; Minenko, O. V.; Kurasa, G. A.; Tvelina, A. A.; Belaya, A. A.

doi:10.26693/jmbs03.07.247

Cited by 6 publications

(3 citation statements)

References 1 publication

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…У наших попередніх роботах [1,2] було проведено оцінку стану ССС та вестибулярної системи спортсменів, які займаються РБ з повним контактом з супротивником. Було виявлено достовірні відмінності у стані цих систем у тренованих спортсменів та початківців.…”

Section: медико-біологічні аспекти підготовки спортсменівunclassified

Peculiarities of the Psycho-Physiological Parameters Changes in Hand-to-Hand Combat Athletes with Full Contact with the Opponent, under the Influence of the Training Load

Adamovich¹,

Kochin²

2019

Ukr. ž. med. bìol. sportu

Self Cite

View full text Add to dashboard Cite

Section: медико-біологічні аспекти підготовки спортсменівunclassified

Peculiarities of the Psycho-Physiological Parameters Changes in Hand-to-Hand Combat Athletes with Full Contact with the Opponent, under the Influence of the Training Load

Adamovich¹,

Kochin²

2019

Ukr. ž. med. bìol. sportu

Self Cite

View full text Add to dashboard Cite

“…These indicators include the ratio of the reaction time that occurred before the test stimulus (anticipation) and the delay time when the reaction occurred after the test stimulus, as well as the ratio of the number of anticipation reactions to the number of delay reactions, which characterizes the ratio of excitation and inhibition reactions in the central nervous system. The indicator can evaluate the equilibrium of processes in the cortex of the athlete's brain [31,32]. The success of athletes in hand-to-hand combat depends more on arousal processes that provide a quick response to external stimuli.…”

Section: Introductionmentioning

confidence: 99%

The model of prediction of changes in the functional state of athletes engaged in hand-to-hand combat under the influence of the training load

Kochina

Чернозуб

Adamovich

et al. 2019

HSR

View full text Add to dashboard Cite

The purpose of the work is to develop a model for predicting changes in the functional state of athletes engaged in hand-to-hand combat, under the influence of a training load using psychophysiological indicators.Material and methods. The study involved 24 male athletes who are professionally engaged in hand-to-hand combat with full contact with the opponent (full contact), and 20 athletes. The average age of the athletes was 19-26 years. Research methods: analysis of scientific and methodological sources, psychophysiological, mathematical statistics, fuzzy logic.Results. The conducted studies proved the presence of significant differences in the values of psychophysiological indicators and the reaction to the training load of athletes with different levels of fitness, which made it possible to use these indicators to build a model for predicting the dynamics of a functional state. Changes in the functional state, determined by psychophysiological indicators, confirmed by corresponding changes in indicators of heart rate variability. The developed forecast model allows using two psychophysiological indicators (the time of a complex visual-motor reaction and the response index to a moving object), received to the load, to predict a change in the functional state of athletes engaged in hand-to-hand combat, with an overall accuracy of 95.5%. The forecast of changes in the functional state provides the trainer with the opportunity to timely adjust the volume of training loads and training regimen.Conclusions. Significant differences between groups of trained athletes and beginners in terms of the state of nervous processes (the time of a complex visual-motor reaction and the response index to a moving object) to the load were revealed, which allowed developing a model for predicting the functional reaction to the load in athletes with different levels of sportsmanship. Using the obtained model allows predicting changes in the functional state of athletes that will take place under the influence of the test load, according to psychophysiological indicators without using the load with an overall accuracy of 95.5%.

show abstract

“…Можна зазначити, що у спортсменів, які віднесено до другого класу динаміки за показником статодинамічної стійкості, більшість показників ВСР знаходилися поза межами нормальних значень та мали гірші значення, ніж у спортсменів, віднесених до першого класу. Одержані значення показників ВСР спортсменів другого класу вказують на значний вплив симпатичної нервової системи та центрального контуру регуляції на серцеву діяльність, що свідчить про значне напруження організму спортсменів вже у стані спокою, яке ще збільшується внаслідок тренувального навантаження [5,6].…”

unclassified

Prediction of changes in the functional state of athletes under the influence of training load by indicators of statodynamic stability

Kochina,

Сhernozub,

Adamovich

et al. 2019

HSTRPT

View full text Add to dashboard Cite

show abstract

Results of the Functional State Evaluation in Athletes engaged in Hand-to-Hand Combat with Full Contact according to the Heart Rate Variability Indices

Cited by 6 publications

References 1 publication

Peculiarities of the Psycho-Physiological Parameters Changes in Hand-to-Hand Combat Athletes with Full Contact with the Opponent, under the Influence of the Training Load

Peculiarities of the Psycho-Physiological Parameters Changes in Hand-to-Hand Combat Athletes with Full Contact with the Opponent, under the Influence of the Training Load

The model of prediction of changes in the functional state of athletes engaged in hand-to-hand combat under the influence of the training load

Prediction of changes in the functional state of athletes under the influence of training load by indicators of statodynamic stability

Contact Info

Product

Resources

About