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Game Position Impacts on Angle-Specific and Non-Angle-Specific Hamstring-to-Quadriceps Ratios in the Czech Republic First League Soccer Players

  1. Title statementGame Position Impacts on Angle-Specific and Non-Angle-Specific Hamstring-to-Quadriceps Ratios in the Czech Republic First League Soccer Players [rukopis] / Umur Sisli
    Additional Variant TitlesDopady pozice hry na poměr síly hamstringů a kvadricepsu, závislé i nezávislé na úhlu, u hráčů první fotbalové ligy v České republice
    Personal name Sisli, Umur, (dissertant)
    Translated titleGame Position lmpacts on Angle-Specific and Non-Angle-Specific Hamstring-to-Quadriceps Ratios in the Czech Republic First League Soccer Players
    Issue data2021
    Phys.des.33 p. (51 694 characters) : grafy, tab.
    NoteOponent Zdeněk Svoboda
    Ved. práce Javad Sarvestan
    Another responsib. Svoboda, Zdeněk (opponent)
    Sarvestan, Javad, (thesis advisor)
    Another responsib. Univerzita Palackého. Katedra přírodních věd v kinantropologii (degree grantor)
    Keywords Isokinetic strenght ratio * knee muscle balance * functional ratio * conventional ratio * football * game position * Isokinetic strenght ratio * knee muscle balance * functional ratio * conventional ratio * football * game position
    Form, Genre diplomové práce master's theses
    UDC (043)378.2
    CountryČesko
    Languageangličtina
    Document kindPUBLIKAČNÍ ČINNOST
    TitleMgr.
    Degree programNavazující
    Degree programTělesná výchova a sport
    Degreee disciplinePhysical Activity and Active Living
    book

    book

    Kvalifikační práceDownloadedSizedatum zpřístupnění
    00276107-777454120.docx5816.2 KB30.04.2021
    PosudekTyp posudku
    00276107-ved-786411267.pdfPosudek vedoucího
    00276107-opon-539474519.pdfPosudek oponenta
    Průběh obhajobydatum zadánídatum odevzdánídatum obhajobypřidělená hodnocenítyp hodnocení
    00276107-prubeh-360126105.pdf26.04.202130.04.202131.05.2021EHodnocení známkou

    The main aim of this study was to investigate differences between the functional hamstring to quadriceps (H:Qfunc) and conventional hamstring to quadriceps (H:Qconv) ratios between the Czech first league soccer players with different game positions.This study adopted a cross-sectional study design. A total of 104 soccer players from the Czech Republic 1st league teams, including 11 goalkeepers, 34 defenders, 35 midfielders and 24 forwards. The participants performed the knee concentric extension/concentric flexion and eccentric extension/concentric flexion tests with their maximum strength. The maximal range of movement was defined between 180 (full knee extension) to 100, and the players performed the test at an angular velocity of 60/s for concentric/concentric contraction and 30/s for eccentric contraction. As for angle-specific H:Q ratio calculation, the hamstrings eccentric concentric angle-specific torque, at each knee-joint angle, was divided by the quadriceps concentric angle-specific torque, at the same knee-joint angle. For calculation of the non-angle-specific conventional H:Q ratio, the hamstrings eccentric and concentric peak torques were divided by the quadriceps concentric peak torque.This study adopted a cross-sectional study design. A total of 104 soccer players from the Czech Republic 1st league teams, including 11 goalkeepers, 34 defenders, 35 midfielders and 24 forwards. The participants performed the knee concentric extension/concentric flexion and eccentric extension/concentric flexion tests with their maximum strength. The maximal range of movement was defined between 180 (full knee extension) to 100, and the players performed the test at an angular velocity of 60/s for concentric/concentric contraction and 30/s for eccentric contraction. As for angle-specific H:Q ratio calculation, the hamstrings eccentric concentric angle-specific torque, at each knee-joint angle, was divided by the quadriceps concentric angle-specific torque, at the same knee-joint angle. For calculation of the non-angle-specific conventional H:Q ratio, the hamstrings eccentric and concentric peak torques were divided by the quadriceps concentric peak torque.

Number of the records: 1  

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