The effect of custom-fitted compression garments worn overnight for recovery from judo training in elite athletes
Brown, F.C.W., Hill, J.A., van Someren, K., Howatson, G. and Pedlar, C.R. (2022), The effect of custom-fitted compression garments worn overnight for recovery from judo training in elite athletes. European Journal of Sport Science, 22: 521-529.
ABSTRACT
This study investigated the effects of custom-fitted compression garments (CG) worn duringrecovery over a multi-day training camp in elite judo players (judoka). A single blind, placebo-controlled study was carried out in 11 elite judoka, using a two-way crossover design. Twothree-day training camps were completed in CG and placebo conditions in a random order.Changes in performance and physiological markers were compared between conditions. Judokawere assessed before training for (maximal) isometric knee extension and grip strength,countermovement jump performance and bench-press velocity, alongside soreness, limbcircumferences, plasma creatine kinase activity (CK) and perceived bruising. Measurements wererepeated after 12, 36 and 43 h of training, whereupon judoka rated the effectiveness of eachintervention. Knee extension and bench-press performance demonstrated significantfamiliarization (p< 0.001), and were excluded from subsequent analysis. Jump performance wasunaffected by training (p> 0.05). Grip strength declined throughout training (p< 0.001), withpeak decrements of−9.7% indicating mild muscle damage. Increases in bruising, CK andsoreness demonstrated highly variable, if significant (p< 0.001) responses. Although CG wereperceived as significantly more effective than placebo for recovery (p= 0.046), no effects wereobserved for any other outcome (p> 0.05). Compression conferred no statistically significantimpact upon recovery markers in elite judoka throughout training. Muscle damage responseswere inconsistent in this population. Individual athletes would be advised to monitor habitually-used performance measures while using CG to ascertain whether perceptual benefits translate into enhanced recovery.
Highlights
- However, no measures of performance or muscle damage were enhanced by CG.
- Randori was associated with inconsistent muscle damage responses in elite judoka, while lower-body performance was not impaired.
- Individual athletes would be advised to monitor habitually-used performance measures while using CG to ascertain whether perceptual benefits translate into enhanced recovery.
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