The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians

Aim of research. The analysis of the tones processing speed of at their bi- and monaural presentation by the parameters of latent periods of auricular cognitive evoked potentials in musician and non-musicians. Methods. The method of registration of cognitive evoked potentials of auricular modality...

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Main Authors: Artem Okhrei, Tetiana Kutsenko, Mykola Makarchuk
Format: Article
Language:English
Published: PC Technology Center 2017-04-01
Series:ScienceRise: Biological Science
Subjects:
Online Access:http://journals.uran.ua/sr_bio/article/view/99882
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spelling doaj-fa55b830a7c94ccbbac8d723f320bfe52020-11-24T21:40:25ZengPC Technology CenterScienceRise: Biological Science2519-80172519-80252017-04-0102 (5)424810.15587/2519-8025.2017.9988299882The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musiciansArtem Okhrei0Tetiana Kutsenko1Mykola Makarchuk2Київський національний університет імені Тараса Шевченка вул. Володимирська, 64/13, м. Київ, Україна, 01601Київський національний університет імені Тараса Шевченка вул. Володимирська, 64/13, м. Київ, Україна, 01601Київський національний університет імені Тараса Шевченка вул. Володимирська, 64/13, м. Київ, Україна, 01601Aim of research. The analysis of the tones processing speed of at their bi- and monaural presentation by the parameters of latent periods of auricular cognitive evoked potentials in musician and non-musicians. Methods. The method of registration of cognitive evoked potentials of auricular modality was used. Results of research. Musicians have shorter latent periods of the components N2 and Р3 of cognitive evoked potentials at bi- and monaural presentation of tones. At left-side presentation of tones there were not revealed any differences between musicians and non-musicians as to the latent periods N2, P3, N3. There were not revealed any differences between musicians and non-musicians as to the inter-peak interval N2-P3; the interval N2-N3 is longer in musicians in the right hemisphere at binaural presentation of tones. The amplitude of the component Р3 did not differ between groups. Conclusions. At binaural and right-side presentation of tones, musicians process them faster than non-musicians, because the process of stimulus recognition starts earlier in musicians. At the left-side presentation of tones, the differences in their processing speed in musician and non-musicians are not revealedhttp://journals.uran.ua/sr_bio/article/view/99882когнітивні викликані потенціалибінауральна стимуляціямоноуральна стимуляціямузикантинемузиканти
collection DOAJ
language English
format Article
sources DOAJ
author Artem Okhrei
Tetiana Kutsenko
Mykola Makarchuk
spellingShingle Artem Okhrei
Tetiana Kutsenko
Mykola Makarchuk
The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians
ScienceRise: Biological Science
когнітивні викликані потенціали
бінауральна стимуляція
моноуральна стимуляція
музиканти
немузиканти
author_facet Artem Okhrei
Tetiana Kutsenko
Mykola Makarchuk
author_sort Artem Okhrei
title The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians
title_short The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians
title_full The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians
title_fullStr The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians
title_full_unstemmed The analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians
title_sort analysis of сognitive processing speed of pure tones during their bi- and monaural presentation in musicians and non-musicians
publisher PC Technology Center
series ScienceRise: Biological Science
issn 2519-8017
2519-8025
publishDate 2017-04-01
description Aim of research. The analysis of the tones processing speed of at their bi- and monaural presentation by the parameters of latent periods of auricular cognitive evoked potentials in musician and non-musicians. Methods. The method of registration of cognitive evoked potentials of auricular modality was used. Results of research. Musicians have shorter latent periods of the components N2 and Р3 of cognitive evoked potentials at bi- and monaural presentation of tones. At left-side presentation of tones there were not revealed any differences between musicians and non-musicians as to the latent periods N2, P3, N3. There were not revealed any differences between musicians and non-musicians as to the inter-peak interval N2-P3; the interval N2-N3 is longer in musicians in the right hemisphere at binaural presentation of tones. The amplitude of the component Р3 did not differ between groups. Conclusions. At binaural and right-side presentation of tones, musicians process them faster than non-musicians, because the process of stimulus recognition starts earlier in musicians. At the left-side presentation of tones, the differences in their processing speed in musician and non-musicians are not revealed
topic когнітивні викликані потенціали
бінауральна стимуляція
моноуральна стимуляція
музиканти
немузиканти
url http://journals.uran.ua/sr_bio/article/view/99882
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