Study of the Basketball and Volleyball Thematic Unit Based on the Students’ Performance

Nagy, Zsófia Brigitta; Müller, Anetta; Bíró, Melinda; Boda, Eszter; Boros-Balint, Iuliana

doi:10.24193/subbeag.62(1).03

Cited by 2 publications

(3 citation statements)

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“…Most of the authors attribute the mechanical effect of the manipulation on the spine to the irritation of the neural component in the capsule sac, which in turn causes the reflection of the reflectors in the surrounding tissues. Manipulation promotes changes in the reflex of neuromuscular regulation, which in turn elicits body responses that can be assessed in the static or posture of the subject, but establishes the fact that this effect of corrective manipulation is transient (Pedak et al, 2019;Gouttebarge et al, 2017;Nagy, Müller, Birō, Eszter & Iuliana, 2017). The results of our study show that immediately after the manipulation, the deviations of the posture from the correct posture pattern were reduced by 25.45% ± 1.27% (p = .001).…”

Section: Discussionmentioning

confidence: 50%

“…The authors confirm that this manipulative effect does not always have a sufficiently large positive effect on the functional segments, which, for example, is very important for athletes in terms of the optimal amount of movement in a particular segment. Thus, the researchers confirm that in addition to the manipulative effects on the joints, other manipulative effects on the surrounding tissues (massage, active stretching, exercises) are needed to optimize the volume of movement in the larger segment (Schmid, Brunner, Wright & Bachmann, 2008;Sharma et al, 2012;Pedak et al, 2019;Gouttebarge et al, 2017;Nagy et al, 2017).…”

Section: Discussionmentioning

confidence: 87%

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The Effect of Single High-Velocity, Low-Amplitude Spine Manipulation on Posture, Functional State of Torso, Thigh Muscles, and Vertical Jump Height

Ozols,

Galeja

2024

SIE

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The effects impact of single high-velocity, low-amplitude (HVLA) spinal manipulation on posture, torso, and thigh functional condition, and the height of the vertical jump have not been adequately studied. The research aims to investigate the immediate changes caused by a single spinal vertebral HVLA manipulation 3 weeks after posture, torso, and thigh muscle functional state, and vertical jump height. The study involved 46 men aged 18-25 years old who practiced indoor volleyball training at least twice a week, as well as a deviation of the vertebral vertebrae from the non-thymic position. Initially, posture was assessed using the photogrammetry method and muscle length was assessed using the goniometry method. A vertical jump height test was performed by the Sargent Jump test. A single HVLA spinal manipulation was performed by a certified chiropractor for segment correction. Then, a re-assessment of posture (photogrammetry), re-assessment of movement volume (goniometry) as well a re-assessment of vertical jump height test- the Sargent Jump test was performed. After 3 weeks post HVLA manipulation participants were retested. The main findings are: immediately after the HVLA spinal correction changes in posture were observed in all evaluated parameters, deviations from the norm decreased by 25.45% ± 1.27% (p < .005), while the vertical jump height test results immediately after HVLA increased by 4.34% ± 0.11% (p < .005). After 3 weeks post HVLA spine manipulation therapeutic effect was reduced by 5.48% ± 1.27% (p < .005), while the Sargent Jump test result 3 weeks after manipulation decreased by 0.05% ± 0.11% (p > .005). Conclusion: the persistence of the effect of a single HVLA spine manipulation was maintained for 3 weeks after the manipulation into the posture.

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Section: Discussionmentioning

confidence: 50%

Section: Discussionmentioning

confidence: 87%

The Effect of Single High-Velocity, Low-Amplitude Spine Manipulation on Posture, Functional State of Torso, Thigh Muscles, and Vertical Jump Height

Ozols,

Galeja

2024

SIE

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“…Several Hungarian and international researches have dealt with the testing and choice of adult handballers (Granadoset al 2007;Nikolaidis and Ingebrigtsen 2013;Serrien et al 2016, Schweising et al 2016Gürhan et al 2016;Sabido et al 2016König and Ökrös 2016;König et al 2017), and the importance of ICT in education (Czeglédi 2007(Czeglédi , 2008Nagy and Müller 2016 a,b;Nagy et al 2017). Researches dealing with the measurement of children playing handball at school age also have literature background (Ingebrigtsen and Jefferys 2012;Diana et al 2016;Karadenizli 2016;Muratovic et al 2015;Kayapinar et al 2015;Ingebrigtsen et al 2013).…”

Section: Discussionmentioning

confidence: 99%

Determinants of Mongolian Economic Growth

Bayaraa

2018

APSTRACT

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Mongolia is the second largest landlocked country, which has unique economic condition. This paper aims to examine Mongolian economic growth from 2000 until 2016 and identify its determinants. The growth was studied based on the growth rate of National Domestic Product. Initially, 20 macroeconomic variables are chosen and tested for the economic growth determinators such as; unemployment rate, human capital index, import growth, inflation rate, export growth, and interest rate, etc. The results showed that the growth rate of dollar exchange, inflation rate, and the growth rate of export were the main factors (81.4%). Mongolian GDP per capita and poverty rate were compared with other Asian lower-middle-economies, which are classified in the same classification as Mongolia. An increment of average salary was adjusted by the inflation rate, which showed the purchasing power declined in 2015. Statistics of Central Bank of Mongolia, Central Intelligence Agency, World Bank’s statistics, and the statistics from National Statistics Office of Mongolia are used for the research. JEL Classification: H0, H30, H6, H70

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Study of the Basketball and Volleyball Thematic Unit Based on the Students’ Performance

Cited by 2 publications

References 0 publications

The Effect of Single High-Velocity, Low-Amplitude Spine Manipulation on Posture, Functional State of Torso, Thigh Muscles, and Vertical Jump Height

The Effect of Single High-Velocity, Low-Amplitude Spine Manipulation on Posture, Functional State of Torso, Thigh Muscles, and Vertical Jump Height

Determinants of Mongolian Economic Growth

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