Abstract
In sprint distance probably the most important factor for a good result is the athletes
achievements in power of cycling, because the athletes, who ride with a very high frequency,
but cannot put in a cycle solid force in competitions. Consequently is need for new resources
or means to increase the strength expressions, to be able to compete successfully with highlevel athletes. One of such is the local vibration. In our study we use the local vibration in
development of cyclists strength expressions and power the aim of study is to determine
influence of local vibration on cyclists peak anaerobic power. The subject of study is 15years
old 2 cyclists. To carry out experiment, we arranged both cyclists, was made an anaerobic
power test, when the athletes were given an unlimited time to warm up and achieve the highest
possible power. Maximum power test results before the local vibration showed that the average
power of the test group was 906 W, after application of local vibration peak power was 975W.
A study has confirmed our allegation that application of local vibration can significantly
improve the results of sprint cycling. Local vibration as an innovative training mean has proved
its reliability in training process, as the random-level athletes improve their anaerobic power.
achievements in power of cycling, because the athletes, who ride with a very high frequency,
but cannot put in a cycle solid force in competitions. Consequently is need for new resources
or means to increase the strength expressions, to be able to compete successfully with highlevel athletes. One of such is the local vibration. In our study we use the local vibration in
development of cyclists strength expressions and power the aim of study is to determine
influence of local vibration on cyclists peak anaerobic power. The subject of study is 15years
old 2 cyclists. To carry out experiment, we arranged both cyclists, was made an anaerobic
power test, when the athletes were given an unlimited time to warm up and achieve the highest
possible power. Maximum power test results before the local vibration showed that the average
power of the test group was 906 W, after application of local vibration peak power was 975W.
A study has confirmed our allegation that application of local vibration can significantly
improve the results of sprint cycling. Local vibration as an innovative training mean has proved
its reliability in training process, as the random-level athletes improve their anaerobic power.
Original language | English |
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Title of host publication | Sabiedrība. Integrācija. Izglītība = Society. Integration. Education |
Subtitle of host publication | starptautiskās zinātniskās konferences materiāli = proceedings of the international scientific conference |
Editors | Velta Lubkina, Aivars Kaupužs, Daina Znotiņa |
Place of Publication | Rēzekne |
Publisher | Rēzeknes Tehnoloģiju akadēmija |
Pages | 109-114 |
Number of pages | 6 |
Volume | 6 |
DOIs | |
Publication status | Published - 2020 |
Event | International Scientific Conference “Society. Integration. Education: Sabiedrība. Integrācija. Izglītība”, 2020 - Rēzekne, Latvia Duration: 22 May 2020 → 23 May 2020 http://journals.rta.lv/index.php/SIE/issue/viewIssue/141/534 |
Publication series
Name | Society. Integration. Education = Sabiedrība. Integrācija. Izglītība |
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Publisher | Rezekne Academy of Technologies |
ISSN (Print) | 1691-5887 |
ISSN (Electronic) | 2256-0629 |
Conference
Conference | International Scientific Conference “Society. Integration. Education: Sabiedrība. Integrācija. Izglītība”, 2020 |
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Country/Territory | Latvia |
City | Rēzekne |
Period | 22/05/20 → 23/05/20 |
Internet address |
Keywords*
- Anaerobic power
- Cyclers
- Local vibration
Field of Science*
- 3.3 Health sciences
Publication Type*
- 3.1. Articles or chapters in proceedings/scientific books indexed in Web of Science and/or Scopus database