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Pedro Reche-Soto, Donaldo Cardona-Nieto, Arturo Diaz-Suarez, Alejandro Bastida-Castillo, Carlos Gomez-Carmona, Javier Garcia-Rubio and Jose Pino-Ortega
: Metabolic Power; M: Mean; SD: Standard deviation; p: p value; d: Cohen’s d effect size. a Significant differences with winning (p < .05); b Significant differences with drawing (p < .05); c Significant differences with losing (p < .05) .
Finally, Figure 2 presents a correlation plot between PlayerLoad TM and Metabolic Power showing a high correlation between both variables ( r = 0.918; p < .001).
Relationship between Player Load (determined by accelerometry) and Metabolic Power (determined by GNSS) dynamics for the recordings in 12 matches
Frederic Viseux, Franck Barbier, Rodolfo Parreira, Antoine Lemaire, Philippe Villeneuve and Sebastien Leteneur
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Okkes Alpaslan Gencay, Murat Baykara, Adnan Demirel, Ejder Berk and Selcuk Gencay
were as follows: a single bout of 30‐s high‐intensity cycling exercise resulted in (a) a decrease in systolic diameter at the 5th min after the 30‐s Wingate test (p < 0.05) and diastolic diameter also decreased, but not to a statistically significant level, (b) there was a statistically significant decrease in arterial compliance and the beta stiffness index at the 5th min of recovery following the 30‐s cycling exercise, and (c) the subjects with relatively high mean power had lower arterial stiffness, and beta stiffness index values.
The decrease in arterial
≤ 0.05) ( Figure 1 ). The EMG RMS increased significantly only for non-athletes 10 days after ECC exercise compared with baseline values ( p ≤ 0.05) ( Figure 2 ).
Maximal isometric force (MIF) of elbow flexors before, immediately, 48 h, 5 and 10 days after the ECC exercise for athletes (solid bars) and non-athletes (empty bars). +: statistically significant difference between groups before exercise; *: a significant decrease immediately and 48 h after exercise as compared with baseline conditions in athletes; #: a significant decrease immediately