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NordBord
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ハムストリングエクセントリック筋力評価システム
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参考文献
1.BUCHHEIT, Martin, et al. Practical solutions to Submaximal Nordics: insights for exercise familiarization and return to train following knee flexors injury. 2019. |
2.ERCAN, Ata Ozgur; KEREM, Alptekin Hasan; KUNDURACIOGLU, Burak. Comparing FMS and nordbord scores in professional football athletes with prior hamstring injuries. Journal of Orthopaedics Trauma Surgery and Related Research, 2019, 14.3. |
3.Sannicandro I, Traficante P, Cofano G. Hamstring injury prevention: the strength assessment in young soccer players. MOJ Sports Med. 2019;3(2):28-32. |
4.DRURY, Ben, et al. Influence of Maturation Status on Eccentric Hamstring Strength Improvements in Youth Male Soccer Players following the Nordic Hamstring Exercise. International Journal of Sports Physiology and Performance, 2019. |
5.MCGRATH, Gary, et al. Influence of warm-up modality on eccentric knee flexor strength prior to training in youth soccer players. |
6.FRANCHI, Martino V., et al. Maximal eccentric hamstrings strength in competitive alpine skiers: cross-sectional observations from youth to elite level. Frontiers in physiology, 2019, 10: 88. |
7.JEFFREY, Joshua. Quantifying Eccentric Hamstring Strength in Elite Academy Footballers: Analysis on the NordBord and IKD. 2018. PhD Thesis. University of Central Lancashire. |
8.ISIK, Anil, et al. The relationship between previous lower extremity injury, body weight and bilateral eccentric hamstring strength imbalance in young soccer players. Montenegrin Journal of Sports Science and Medicine, 2018, 7.2: 23. |
9.BJØRKHEIM, André. What is the effect of the FIFA 11+ injury prevention programme on eccentric knee flexor strength in adolescent elite male football players: a randomised controlled trial. 2017. Master's Thesis. |
10.BUCHHEIT, Martin, et al. The effect of body mass on eccentric knee-flexor strength assessed with an instrumented Nordic hamstring device (Nordbord) in football players. International journal of sports physiology and performance, 2016, 11.6: 721-726. |
11.CUELLAR, Joseph; LEVY, Susan S.; ROSENTHAL, Michael. Hamstring Performance Testing: Nordbord Nordic Hamstring Exercise Versus Isokinetic Dynamometry, What’s the Difference?. In: 2020 Combined Sections Meeting (CSM). APTA, 2020. |
12.MACDONALD, Ben. An investigation into the immediate effects of pelvic taping on hamstring eccentric force in an elite male sprinter–A case report. Physical Therapy in Sport, 2017, 28: 15-22. |
13.DALY, Scott. Effect of Nordic hamstring exercise and straight leg deadlift on hamstring fatigue post repeated sprint. PhD Thesis. St Mary's University, Twickenham. |
14.FERNANDES, John FT, et al. The influence of maturation on the reliability of the Nordic hamstring exercise in male youth footballers. Translational Sports Medicine, 2020, 3.2: 148-153. |
15.MADISON, Glenn, et al. Effects of small-sided game variation on changes in hamstring strength. The Journal of Strength & Conditioning Research, 2019, 33.3: 839-845. |
16.GIAKOUMIS, Michael, et al. Eccentric hamstring strength in elite track and field athletes on the British Athletics world class performance program. Physical Therapy in Sport, 2020. |
17.DRURY, Ben, et al. Influence of Maturation Status on Eccentric Hamstring Strength Improvements in Youth Male Soccer Players following the Nordic Hamstring Exercise. International Journal of Sports Physiology and Performance, 2019. |
18.LACOME, Mathieu, et al. Hamstring eccentric strengthening program: does training volume matter?. International journal of sports physiology and performance, 2020, 15.1: 81-90. |
19.WIK, Eirik Halvorsen; AULIFFE, Seán Mc; READ, Paul James. Examination of physical characteristics and positional differences in professional soccer players in Qatar. Sports, 2019, 7.1: 9. |