Specific respiratory muscle training offers the promise of improved exercise tolerance and
athletic performance for a wide range of users. However, the literature addressing …

The respiratory system has traditionally been viewed to be capable of meeting the
substantial demands for ventilation and gas exchange and the cardiopulmonary interactions …

Most sport scientists still do not consider breathing to be a limiting factor for exercise
performance. However, the past decade has seen evidence emerge showing unequivocally …

Abstract HajGhanbari, B, Yamabayashi, C, Buna, TR, Coelho, JD, Freedman, KD, Morton,
TA, Palmer, SA, Toy, MA, Walsh, C, Sheel, AW, and Reid, WD. Effects of respiratory muscle …

Objectives Two distinct types of specific respiratory muscle training (RMT), ie respiratory
muscle strength (resistive/threshold) and endurance (hyperpnoea) training, have been …

Objective: The aim of this study was to determine whether whole‐body endurance training is
associated with increased respiratory muscle strength and endurance. Methodology …

Abstract Granados, J, Gillum, TL, Castillo, W, Christmas, KM, and Kuennen, MR.“Functional”
respiratory muscle training during endurance exercise causes modest hypoxemia but …

Interest in the adaptive strategies of respiratory muscles in response to exercise training has
grown in recent years. Animal studies have clearly demonstrated that regular endurance …

The objectives of this systematic review was to evaluate the effects of respiratory muscle
training (RMT) on respiratory muscle endurance (RME) and to determine the RME test that …

This article presents a brief overview of respiratory muscle mechanics and the effects of lung
disease and neuromuscular disease on pulmonary function. A variety of current specific and …