OBJECTIVE: This study aimed to compare respiratory responses, focusing on the time-
domain variability of ventilatory components during progressive cardiopulmonary exercise …

Human experimentation investigating the contribution of limb movement frequency in
determining the fast exercise drive to breathe has produced controversial findings. To …

An understanding of the normal pulmonary responses to incremental exercise is requisite for
appropriate interpretation of findings from clinical exercise testing. The purpose of this …

This study compared ventilation patterns during incremental load tests to exhaustion. Ten
endurance trained individuals and eight recreationally active trained individuals underwent …

Both cycle ergometry and treadmill exercise are commonly employed to examine the
cardiopulmonary system under conditions of precisely controlled metabolic stress. Although …

Abstract Pires, FO, Hammond, J, Lima-Silva, AE, Bertuzzi, RCM, and Kiss, MAPDM.
Ventilation behavior during upper-body incremental exercise. J Strength Cond Res 25 (1) …

The fast initial increase in ventilation at the start of exercise is generally assumed to be of
reflex origin (exercising limbs) and/or caused by afeedforward'mechanism increasing …

This study compared ventilatory and metabolic responses during exercise using three
breathing assemblies: mouthpiece/noseclip (BV); mouth/face mask (MM); and facemask …

Assessment of the breathing pattern at maximal exercise in patients is limited because the
range of ventilatory responses (minute ventilation; tidal volume; respiratory rate) at maximal …

To determine the effect of exercise mode on ventilatory patterns, 22 trained men performed
two maximal graded exercise tests; one running on a treadmill and one cycling on an …