Physical activity has been shown to have positive benefits on many brain function indices.
Nonetheless, evidence is scant regarding attention. This study therefore aimed to analyse …

Background Sprint interval training (SIT) involving repeated 30-s “all out” efforts have
resulted in significantly improved skeletal muscle oxidative capacity, maximal oxygen …

Background It is well established that acute exercise improves cognitive function. However,
less is known about the effects of exercise on motor skill acquisition. Therefore, this study …

Background: High-intensity exercise is generally considered to have detrimental effects on
cognition. However, high fitness levels are suggested to alleviate this effect. Objectives: The …

Abstract Wood, KM, Olive, B, LaValle, K, Thompson, H, Greer, K, and Astorino, TA. Dissimilar
physiological and perceptual responses between sprint interval training and high-intensity …

Abstract Malta, ES, Brisola, GMP, de Poli, RAB, Dutra, YM, Franchini, E, and Zagatto, AM.
Metabolic profile and performance responses during two consecutive sessions of sprint …

Hardcastle et al.(2014) argued that an inactive population is unlikely to engage in sprint
interval training (SIT) due to poor affective responses, low self-efficacy and motivation, and …

Objectives To compare acute cognitive effects following bouts of standing (STAND), cycling
(CYCLE) and walking (WALK) to a sit-only (SIT) condition. Design Randomized cross-over …

Background: Knowledge of acute responses to different sprint interval exercise (SIE) helps
to implement new training programs. The aim of this study was to compare the acute …

Mental fatigue can significantly impair physical performance during sports practice.
However, previous studies have not analyzed the impact of combining High-Intensity Interval …