Introduction: The reference values and prediction equations for maximal respiratory pressures (MRP) differ significantly between the available studies. This large discrepancy can be attributed to the different methodologies proposed. Although the importance of MRP is widely recognized, there are no Brazilian studies that provide predictive equations and reference values for PRM adolescents. Objectives: The purpose of this study was to provide normal values and propose predictive equations for maximal static respiratory pressures of Brazilian adolescents. Methods: An observational cross-sectional study, which evaluated 182 adolescents of both sexes aged between 12 and 18 years, enrolled in schools of the state and private in the city of Nata...
AbstractObjectiveTo determine the success rate of the manovacuometry test in children between 4 and ...
SummaryAimTo generate reference values for respiratory muscle strength in healthy children aged thre...
The strength of the respiratory muscles can be evaluated from static measurements (maximal inspirato...
BACKGROUND: The literature emphasizes the need for studies to provide reference values and equation...
Introdução: Os valores de referência e as equações preditivas para as pressões respiratórias máximas...
The human respiratory system was so designed that would allow efficient ventilation, regardless of ...
As medidas da força muscular respiratória são úteis na prática clínica e se tratam de aferições simp...
Objective: To compare the values obtained from the evaluation of maximal inspiratory pressure and ma...
A avaliação da força muscular respiratória é um método não invasivo e de fácil aplicabilidade, utili...
Introduction: Reference values and equations show strong variability and regional differences, despi...
Objective: The objective of this study was to evaluate the strength of respiratory muscles in childr...
Objective To determine reference values for maximum static respiratory pressures in healthy children...
OBJETIVOS: comparar os valores de PImax e PEmax de pico e sustentado em uma população de crianças em...
Background: The maximum static respiratory pressures, namely the maximum inspiratory pressure (MIP) ...
I ntrodução: A avaliação da força muscular respiratória é importante no diagnóstico e acompanhamento...
AbstractObjectiveTo determine the success rate of the manovacuometry test in children between 4 and ...
SummaryAimTo generate reference values for respiratory muscle strength in healthy children aged thre...
The strength of the respiratory muscles can be evaluated from static measurements (maximal inspirato...
BACKGROUND: The literature emphasizes the need for studies to provide reference values and equation...
Introdução: Os valores de referência e as equações preditivas para as pressões respiratórias máximas...
The human respiratory system was so designed that would allow efficient ventilation, regardless of ...
As medidas da força muscular respiratória são úteis na prática clínica e se tratam de aferições simp...
Objective: To compare the values obtained from the evaluation of maximal inspiratory pressure and ma...
A avaliação da força muscular respiratória é um método não invasivo e de fácil aplicabilidade, utili...
Introduction: Reference values and equations show strong variability and regional differences, despi...
Objective: The objective of this study was to evaluate the strength of respiratory muscles in childr...
Objective To determine reference values for maximum static respiratory pressures in healthy children...
OBJETIVOS: comparar os valores de PImax e PEmax de pico e sustentado em uma população de crianças em...
Background: The maximum static respiratory pressures, namely the maximum inspiratory pressure (MIP) ...
I ntrodução: A avaliação da força muscular respiratória é importante no diagnóstico e acompanhamento...
AbstractObjectiveTo determine the success rate of the manovacuometry test in children between 4 and ...
SummaryAimTo generate reference values for respiratory muscle strength in healthy children aged thre...
The strength of the respiratory muscles can be evaluated from static measurements (maximal inspirato...