Spirometry is the single most important test for the evaluation of respiratory function. The results are interpreted by comparing measured data with predicted values previously obtained from a reference population. Reference equations for spirometry have been discussed previously. The aim of this study was to compare reference values based on National Health and Nutrition Assessment Survey (NHANES III), European Community of Steel and Coal (ECSC), and Global Lung Initiative (GLI) equations in an elderly sample population.info:eu-repo/semantics/publishedVersio
Abnormal lung function is commonly identified by comparing observed spirometric values to correspond...
Spirometry is an essential technique in the study of patients with respiratory symptoms, both in the...
BACKGROUND AND OBJECTIVES: Lung function depends nonlinearly on age and height, so that the use of a...
Abstract Background Spirometry is the single most important test for the evaluation of respiratory f...
Background: Spirometry is the single most important test for the evaluation of respiratory function....
Spirometry is the single most important test for the evaluation of respiratory function. The results...
Spirometry is more and more frequently used for the diagnosis of respiratory diseases in the elderly...
SummaryThis study identifies equations for predicting lung function values in a population of ‘healt...
AbstractThe objective of this study was to develop spirometric reference equations for healthy, neve...
Background: The diagnostic use of lung function using spirometry dependson the validity of reference...
SummaryAim of this study was to derive new lung function reference equations and compare the predict...
Objectives. If reference values do not accurately reflect the distribu-tion of lung function in the ...
Background: The interpretation of spirometry varies on different reference values. Older people are ...
Background: The diagnostic use of lung function using spirometry depends on the validity of referenc...
Although many different reference values for spirometry are available from various studies, the elde...
Abnormal lung function is commonly identified by comparing observed spirometric values to correspond...
Spirometry is an essential technique in the study of patients with respiratory symptoms, both in the...
BACKGROUND AND OBJECTIVES: Lung function depends nonlinearly on age and height, so that the use of a...
Abstract Background Spirometry is the single most important test for the evaluation of respiratory f...
Background: Spirometry is the single most important test for the evaluation of respiratory function....
Spirometry is the single most important test for the evaluation of respiratory function. The results...
Spirometry is more and more frequently used for the diagnosis of respiratory diseases in the elderly...
SummaryThis study identifies equations for predicting lung function values in a population of ‘healt...
AbstractThe objective of this study was to develop spirometric reference equations for healthy, neve...
Background: The diagnostic use of lung function using spirometry dependson the validity of reference...
SummaryAim of this study was to derive new lung function reference equations and compare the predict...
Objectives. If reference values do not accurately reflect the distribu-tion of lung function in the ...
Background: The interpretation of spirometry varies on different reference values. Older people are ...
Background: The diagnostic use of lung function using spirometry depends on the validity of referenc...
Although many different reference values for spirometry are available from various studies, the elde...
Abnormal lung function is commonly identified by comparing observed spirometric values to correspond...
Spirometry is an essential technique in the study of patients with respiratory symptoms, both in the...
BACKGROUND AND OBJECTIVES: Lung function depends nonlinearly on age and height, so that the use of a...