Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes

The study was aimed on evaluation the applicability of certain distinct characteristics of heart rate dynamics dependence upon physical training load as criteria of young athletes functional fitness. Nine elite adult canoe and kayak rowers and twenty five young skiers aged 11-13 took part in the res...

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Main Authors: Anpilogov Igor, Pavlov Pavel
Format: Article
Language:English
Published: EDP Sciences 2020-01-01
Series:BIO Web of Conferences
Online Access:https://www.bio-conferences.org/articles/bioconf/full_html/2020/10/bioconf_pes2020_00066/bioconf_pes2020_00066.html
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spelling doaj-0f9360b9423e4b709cf84baf69d310312021-04-02T16:54:23ZengEDP SciencesBIO Web of Conferences2117-44582020-01-01260006610.1051/bioconf/20202600066bioconf_pes2020_00066Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletesAnpilogov IgorPavlov PavelThe study was aimed on evaluation the applicability of certain distinct characteristics of heart rate dynamics dependence upon physical training load as criteria of young athletes functional fitness. Nine elite adult canoe and kayak rowers and twenty five young skiers aged 11-13 took part in the research program. Canoe and kayak rowers performed incremental tests on a rowing simulator (4*1000 m). The following parameters were measured: heart rate, oxygen heart rate, breath frequency, respiratory exchange ratio, oxygen uptake, and minute ventilation. Young skiers performed moderate run on a stadium track maintaining constant speed to voluntary physical exhaustion. Comparison of the trends in young and elite athletes allows assuming that the response to the given load on the third segment of the test exceeded the current level of fitness and continuation of the exercise at this level can cause overstrain and overtraining. It has to be pointed out that this assumption requires further research with measurement of a broader range of parameters.https://www.bio-conferences.org/articles/bioconf/full_html/2020/10/bioconf_pes2020_00066/bioconf_pes2020_00066.html
collection DOAJ
language English
format Article
sources DOAJ
author Anpilogov Igor
Pavlov Pavel
spellingShingle Anpilogov Igor
Pavlov Pavel
Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes
BIO Web of Conferences
author_facet Anpilogov Igor
Pavlov Pavel
author_sort Anpilogov Igor
title Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes
title_short Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes
title_full Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes
title_fullStr Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes
title_full_unstemmed Similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes
title_sort similarities and dissimilarities in response to specific submaximal aerobic exercise in newcomer and well-trained athletes
publisher EDP Sciences
series BIO Web of Conferences
issn 2117-4458
publishDate 2020-01-01
description The study was aimed on evaluation the applicability of certain distinct characteristics of heart rate dynamics dependence upon physical training load as criteria of young athletes functional fitness. Nine elite adult canoe and kayak rowers and twenty five young skiers aged 11-13 took part in the research program. Canoe and kayak rowers performed incremental tests on a rowing simulator (4*1000 m). The following parameters were measured: heart rate, oxygen heart rate, breath frequency, respiratory exchange ratio, oxygen uptake, and minute ventilation. Young skiers performed moderate run on a stadium track maintaining constant speed to voluntary physical exhaustion. Comparison of the trends in young and elite athletes allows assuming that the response to the given load on the third segment of the test exceeded the current level of fitness and continuation of the exercise at this level can cause overstrain and overtraining. It has to be pointed out that this assumption requires further research with measurement of a broader range of parameters.
url https://www.bio-conferences.org/articles/bioconf/full_html/2020/10/bioconf_pes2020_00066/bioconf_pes2020_00066.html
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AT pavlovpavel similaritiesanddissimilaritiesinresponsetospecificsubmaximalaerobicexerciseinnewcomerandwelltrainedathletes
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