The Effect of the FIFA 11 + with Added Neck Exercises on Maximal Isometric Neck Strength and Peak Head Impact Magnitude During Heading: A Pilot Study.

Autor:	Peek, Kerry, Andersen, Jordan, McKay, Marnee J., Versteegh, Theo, Gilchrist, Ian A., Meyer, Tim, Gardner, Andrew
Předmět:	NECK physiology EXERCISE physiology BIOMECHANICS MATHEMATICAL variables SOCCER RESEARCH funding ISOMETRIC exercise PILOT projects STATISTICAL sampling RESEARCH evaluation SAMPLE size (Statistics) RANDOMIZED controlled trials DESCRIPTIVE statistics RESISTANCE training ATHLETES INTRACLASS correlation ANALYSIS of variance EXERCISE tests COMPARATIVE studies DATA analysis software HEALTH outcome assessment MUSCLE contraction PHYSIOLOGICAL effects of acceleration
Zdroj:	Sports Medicine; Mar2022, Vol. 52 Issue 3, p655-668, 14p
Abstrakt:	Background: Higher neck strength has been postulated to reduce head impact magnitude during purposeful heading in football. Objectives: This pilot trial explored the effect of a neck exercise programme on (1) neck strength and (2) head impact magnitude during heading in male and female adolescent football players. Methods: Boys and girls (aged 12–17 years) were randomised by team to the intervention (5 weeks of supervised neuromuscular neck exercises integrated into part 2 of the FIFA 11 + , completed three times per week) or the control group (usual part 2 of the FIFA 11 + , no neck exercises). Outcomes included isometric neck strength and head impact magnitude (peak linear acceleration and peak angular velocity) during standardised heading from a throw-in (at baseline and 6 weeks) plus completion of an evaluation survey by intervention players and coaches. Results: In total, 52 players (n = 31 intervention; n = 21 control) completed the study. Mixed-model analysis of variance (ANOVA) revealed significant differences in neck strength variables (p < 0.001), peak linear acceleration (p = 0.04) and peak angular velocity (p = 0.04) between the intervention and control groups over time. Intervention players demonstrated increases in mean composite neck strength (53.8% intervention vs 15.6% control) as well as decreases in mean peak linear head acceleration during heading (− 11.8% vs − 5.0%) from baseline to follow-up. Reduction in peak angular velocity was more pronounced in girls (− 27.7%) than boys (− 11.5%) in the intervention group. The addition of neck exercises into part 2 of the FIFA 11 + was feasible and accepted by players and coaches. Conclusion: On average, players who completed neck exercises demonstrated an increase in isometric neck strength and a decrease in head impact magnitude during heading. These exercises were easily incorporated into usual training. Australian New Zealand Clinical Trials Registry (no: ACTRN12619001375145). [ABSTRACT FROM AUTHOR]
Databáze:	Complementary Index
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