Add to ORKGINTRODUCTION: It is known that mechanical ventilation and many of its features may affect the evolution of inspiratory muscle strength during ventilation. However, this evolution has not been described, nor have its predictors been studied. In addition, a probable parallel between inspiratory and limb muscle strength evolution has not been investigated. OBJECTIVE: To describe the variation over time of maximal inspiratory pressure during mechanical ventilation and its predictors. We also studied the possible relationship between the evolution of maximal inspiratory pressure and limb muscle strength
We investigated 1) the relationship between the baseline and inspiratory muscle training (IMT) induc...
Background : Little interest has been paid to expiratory muscle strength, and the impact of expirato...
Introduction: Respiratory muscle dysfunction is a cardinal feature in chronic obstructive pulmonary ...
INTRODUCTION: It is known that mechanical ventilation and many of its features may affect the evolut...
Background and purposeMechanical ventilation necessitates periods of bed rest and relative immobilit...
ABSTRACT The expiratory muscles have functions throughout the respiratory cycle, but they are not of...
Respiratory muscle weakness either occurs in isolation or as part of a more generalised neuromuscula...
Rationale: Maximal inspiratory pressure (MIP) is an accepted effort-dependent measure of global insp...
Introduction: The application of mechanical ventilation (MV) concerns between 30 and 50% of patients...
Introduction: The decrease in inspiratory muscle strength may affect the respiratory health, especia...
Introduction: The inability of respiratory muscles to generate force and endurance is recognized as ...
Abstract Background There is no universally accepted method to assess the pressure-generating capaci...
New Findings: What is the central question of this study? What factors influence the onset and magni...
BACKGROUND: The variability of maximal inspiratory pressure (PImax) in response to repeated measurem...
textabstractRespiratory muscle strength is a proven predictor of long-term outcome of neuromuscular ...
We investigated 1) the relationship between the baseline and inspiratory muscle training (IMT) induc...
Background : Little interest has been paid to expiratory muscle strength, and the impact of expirato...
Introduction: Respiratory muscle dysfunction is a cardinal feature in chronic obstructive pulmonary ...
INTRODUCTION: It is known that mechanical ventilation and many of its features may affect the evolut...
Background and purposeMechanical ventilation necessitates periods of bed rest and relative immobilit...
ABSTRACT The expiratory muscles have functions throughout the respiratory cycle, but they are not of...
Respiratory muscle weakness either occurs in isolation or as part of a more generalised neuromuscula...
Rationale: Maximal inspiratory pressure (MIP) is an accepted effort-dependent measure of global insp...
Introduction: The application of mechanical ventilation (MV) concerns between 30 and 50% of patients...
Introduction: The decrease in inspiratory muscle strength may affect the respiratory health, especia...
Introduction: The inability of respiratory muscles to generate force and endurance is recognized as ...
Abstract Background There is no universally accepted method to assess the pressure-generating capaci...
New Findings: What is the central question of this study? What factors influence the onset and magni...
BACKGROUND: The variability of maximal inspiratory pressure (PImax) in response to repeated measurem...
textabstractRespiratory muscle strength is a proven predictor of long-term outcome of neuromuscular ...
We investigated 1) the relationship between the baseline and inspiratory muscle training (IMT) induc...
Background : Little interest has been paid to expiratory muscle strength, and the impact of expirato...
Introduction: Respiratory muscle dysfunction is a cardinal feature in chronic obstructive pulmonary ...