russjcardiolРоссийский кардиологический журналRussian Journal of Cardiology1560-40712618-7620«SILICEA-POLIGRAF» LLC10.15829/1560-4071-2017-9-60-64russjcardiol-1065Research ArticleОРИГИНАЛЬНЫЕ СТАТЬИORIGINAL ARTICLESГЛОБАЛЬНЫЕ ХАОТИЧЕСКИЕ ПАРАМЕТРЫ ВАРИАБЕЛЬНОСТИ РИТМА СЕРДЦА ВО ВРЕМЯ МУЗЫКАЛЬНОЙ ЗВУКОВОЙ СТИМУЛЯЦИИGLOBAL CHAOTIC PARAMETERS OF HEART RATE VARIABILITY DURING EXPOSURE TO MUSICAL AUDITORY STIMULATIONFontesA.M.G.G.FontesA. M.anne.m.gomes@hotmail.comGarnerD. M.GarnerD. M.davidmgarner1@gmail.comAmaralJ.A.T. doAmaralJ. A. T.amaral.jat@usp.brAbreuL.C. deAbreuL. C.cdh.fsp@gmail.comRaimundo R. D.RaimundoR. D.rodaminello@yahoo.com.brOsório E. C.OsórioE. C.elainec.osorio@gmail.comValenti V. E. 1ValentiV. E.vitor.valenti@gmail.comЦентр изучения автономной нервной системы, Департамент патологии речи, Факультет наук, Университет Марилья, Сан-Паоло, БразилияБразилияCenter for the Study of Autonomic Nervous System (CESNA), Department of Speech Pathology, Faculty of Sciences, UNESP Marília, SP, Brazil.BrazilКардиореспираторная исследовательская группа, Отделение биологических и медицинских наук, Факультет наук о жизни, Университет Оксфорд Брукс, Оксфорд, Соединённое КоролевствоВеликобританияCardiorespiratory Research Group, Department of Biological and Medical Sciences, Faculty of Health and Life Sciences, Oxford Brookes University, Oxford, United Kingdom.United KingdomШкола медицины, Университет Сан-Паоло, Сан-Паоло, БразилияБразилияSchool of Medicine, USP, São Paulo, SP, BrazilBrazilЛаборатория Дизайна исследований и научного письма, Департамент фундаментальных наук, Школа медицины, Санто Андре, Сан-Паоло, БразилияБразилияLaboratory of Study Design and Scientific Writing. Department of Basic Sciences, School of Medicine of ABC, Santo André, SP, BrazilBrazilШкола общественного здоровья, Санто Андре, Сан-Паоло, БразилияБразилияSchool of Public Health, USP, São Paulo, SP, BrazilBrazilЦентр изучения автономной нервной системы, Департамент патологии речи, Факультет наук, Университет Марилья, Сан-Паоло, БразилияБразилияCenter for the Study of Autonomic Nervous System (CESNA), Department of Speech Pathology, Faculty of Sciences, UNESP Marília, SP, BrazilBrazil201714102017096064Copyright © Fontes A.M., Garner D.M., Amaral J.A., Abreu L.C., Raimundo  R.D., Osório  E.C., Valenti V. E. 1 V.E., 20172017Fontes A., Garner D.M., Amaral J., Abreu L., Raimundo  R.D., Osório  E.C., Valenti V. E. 1 V.E.Fontes A.M., Garner D.M., Amaral J.A., Abreu L.C., Raimundo R.D., Osório E.C., Valenti V.E.Данная работа распространяется под лицензией Creative Commons Attribution 4.0.This work is licensed under a Creative Commons Attribution 4.0 License.https://russjcardiol.elpub.ru/jour/article/view/1065

Физиологический ответ на звуковую стимуляцию представляет интерес в плане дальнейшего применения в ряду дополнительных методов лечения.

Цель

Цель. Изучить острые эффекты звуковой стимуляции на глобальный хаотический показатель вариабельности ритма сердца (ВРС). Материал и методы. Двадцать семь здоровых мужчин, студентов. Измерение эквивалентных уровней звука проводилось в акустически закрытом помещении. Интервалы RR записывались портативным монитором частоты сокращений. Анализ ВРС проводился в следующие периоды: контрольный — за 10 минут до экспозиции звука, и в 10-минутные периоды во время звуковой стимуляции.

Результаты

Результаты. Получены хаотические показатели (CFP) в 7 группах, для 27 участников, подвергшихся звуковой стимуляции, то есть включена в анализ сетка 7х27. Первый главный компонент имеет дисперсию 4,5282 и отвечает за 64,7% общей дисперсии. Второй главный компонент имеет собственный вектор 2,4631, отвечая за 99,9% общей дисперсии. Когда рассматривали результаты анализа главного компонента, CFP3 очень слабо влиял на первый главный компонент в точке 0,012; тогда как CFP1 был очень влиятелен на первый главный компонент в 0,2288.

Заключение

Заключение. Музыкальная слуховая стимуляция в классическом стиле не влияла на глобальные хаотические параметры ВРС в остром эксперименте.

Background

Background: The physiological responses to auditory stimulation with music are relevant to understand and provide additional information regarding complementary and alternative therapies.

Objectives

Objectives: Investigate the acute effects of auditory stimulation on the globally chaotic parameters of Heart rate Variability (HRV).

Methods

Methods: 27 healthy male students. Measurements of the equivalent sound levels were conducted in a soundproof room. The RR-intervals recorded by the portable HR monitor. HRV was analyzed in the following periods: control protocol – the 10-minutes period before the exposure and the 10-minutes period during the exposure to musical auditory stimulation.

Results

Results: We have the values of CFP for seven groups for 27 subjects who are undergoing auditory stimulation; hence a grid of 7 by 27 to be assessed. The First Principal Component has a variance of 4.5282 and accounts for 64.7% of the total variance. The Second Principal Component has an eigenvalue of 2.4631 accounting for 99.9% of total variance. When we observe the results of PCA. CFP3 is very weakly influencial with first principal component (PC1) at 0.012; whereas, CFP1 is much more influencial with PC1 of 0.2288.

Conclusion

Conclusion: Musical auditory stimulation with a specific classic style did not acutely influence the global chaotic parameters of HRV.

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The authors declare that there are no conflicts of interest present.