A potentially more significant problem were changes in lifestyle that may have occurred over the relatively long intervention period. Although participants were asked to maintain their normal diet and PA, we were not able to directly control it. In particular, for the exercise groups it is not known whether the soccer or vibration training resulted in a reduction in the time spent undertaking other PAs relative to before the beginning of the study, i.e., soccer or vibration training selleck products became a replacement activity, rather than an additional one on top of their pre-existing activities. In summary,
16 weeks of small-volume recreational soccer improved body composition, muscle PCr kinetics, and HR during submaximal exercise in inactive premenopausal women with no prior experience of soccer. Specifically, twice-weekly 15-min sessions of soccer were sufficient to reduce fat percentage and fat mass of the trunk and android region. None of the above measures were altered after the WBV training. As such it provides evidence that more aerobically challenging exercise regimes such as small-volume, Y-27632 order small-sided soccer training may be a more favourable choice for a training
intervention for individuals with time constraints where weight loss and improvements in muscle oxidative capacity are of primary concern. The authors would like to thank the participants for their great efforts. We would also like to thank Rebecca Lear, Don Kim, and Jamie Blackwell for excellent technical support. FIFA-Medical Assessments and Research Centre (F-MARC) and Nordea-fonden supported the study (No. 1-ST-P-$$$-$$$-036-JZ-F1-05858). “
“Soccer almost is
the most popular sport in the world, with participation exceeding 265 million people.1 Although not considered a full contact sport like American football or ice hockey, collisions frequently occur in soccer between players. It is not uncommon for ball and object (goalposts) to collide with players. These collisions often lead to injuries including concussions. The general epidemiology of soccer-related concussions is unknown. In the American collegiate setting, men’s and women’s soccer trails only American football with regard to concussion injury rates,2 and concussions in soccer accounts for approximately 5% of total injuries in any given collegiate season.3 It is reported over 50,000 concussions occur annually in men’s and women’s high school soccer alone in the United States.2 Concussion in high school women’s soccer has been reported at a rate of 3.4 injuries per 10,000 athlete exposures, trailing only high school football, men’s ice hockey, and men’s and women’s lacrosse.4 It has traditionally been thought concussions in soccer occur from player to player collisions involving the upper body of the involved players.5 This has led to the adoption of stricter enforcement policies amongst soccer governing bodies in regards to elbow, arm, and head to head contact.