… activity and alcohol consumption for 24 hours before testing. … muscle soreness on a 0–100
scale and 0–10 pain response … limited to recovery from EIMD after a repeated sprint protocol. …

… muscle damage response … muscle damage response) (Naclerio et al., 2014). However,
inflammatory, oxidative stress, and muscle damage responses following acute repeated-sprint …

… the load sharing strategy between hamstring muscles 9,10 . It is … response using magnetic
resonance imaging (ie, T2 relaxation, which reflects the metabolic activity of the muscle) after …

… Although the exact mechanisms responsible for skeletal muscle damage remain unclear,
a damage model has been proposed (Fig. 1). The damage model can be briefly summarized …

… strain injury by negatively altering the biomechanics of sprinting in relation to muscle
flexibility, muscular … with a MSc or a PhD in physical activity and sport sciences). The sessions …

… fluid accumulation and plasma volume loss. This study aimed to evaluate the cardiovascular
system response during the recovery with IPC compared with passive recovery (Sham). …

… repeated sprint activity, irrespective of time point (Figure 3). Secondly, NZBC supplemented
athletes … metrics in lacrosse or among female collegiate athletes. Analyses revealed one …

… Repeated sprint exercise (RSE) is a popular training modality for a wide variety of athletic
activities. The purpose of this study was to assess the combined effects of systemic hypoxia …

… college-level tournaments participated in this study. All participants had more than three years
of competitive volleyball experience and had no history of muscular or joint injury … activity …

… blood flow and muscle oxygenation through activation of … -athletic populations is widespread
with an increasing surge being demonstrated in individuals who participate in HIIT activity …