[Pulmonary diffusion capacity in children with chronic diseases of the bronchopulmonary apparatus].
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Adolescent↗
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Results for “Pulmonary Diffusing Capacity”
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Pulmonary diffusing capacity and lung mechanics during submaximal exercise test in patients with chronic airway obstruction.
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Airway Obstruction↗
Pulmonary diffusing capacity in normal Indian subjects.
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Adolescent↗
[Pulmonary diffusion capacity in acute asthmatic crisis].
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Acute Disease↗
[Pulmonary diffusing capacity in pregnant women with heart defects].
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Female↗
Pulmonary diffusing capacity for O2 and CO at rest and during exercise. Advantages of rebreathing techniques using stable isotopes.
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Carbon Monoxide↗
Relationships among pulmonary diffusing capacity, lung volumes and maximal oxygen consumption.
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Adolescent↗
Effect of physical training on anatomical R-L shunt at rest and pulmonary diffusing capacity during near-maximal exercise in boys 11-13 years old.
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Adolescent↗
Pulmonary diffusing capacity as a function of lung volume in healthy and asthmatic children.
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Adolescent↗
[Pulmonary diffusing capacity for CO, examined by "steady state" and "single breath" method. Comparison of results during rest and exertion in children and adolescents].
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Adolescent↗
Pulmonary diffusing capacity and volumes in healthy adults measured with the single breath technique.
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Adolescent↗
[Evaluation of pulmonary diffusing capacity by the ergometric method of Rossier and Bühlmann and the "Steady-State" diffusing capacity for carbon monoxide of Filley (author's transl)].
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Adolescent↗
[The role of the pulmonary diffusion capacity (transfer factor of the lung) in the screening for CARA chronic aspecific respiratory disease].
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Adult↗
Interrelationships of factors affecting pulmonary diffusing capacity.
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Adult↗
Cigarette smoking and pulmonary diffusing capacity.
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Age Factors↗
[Pulmonary diffusing capacity disorder in nonspecific intestinal inflammations unexplainable by acetylation phenotype or treatment with sulfasalazine].
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Acetylation↗
Distribution of inspired gas and pulmonary diffusing capacity at rest and during graded exercise in patients with mitral stenosis.
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Adult↗
Factors affecting variations in pulmonary diffusing capacity resulting from postural changes.
The relation of postural changes to the diffusing capacity of the lung for carbon monoxide (DLCO) was investigated in 12 normal nonsmokers in order to evaluate the influence of body position on several components of lung resistance to gas diffusion. The well-known increase in CO diffusing capacity in the supine position was obtained only for data corrected for alveolar volume (KCO: 6.18 +/- 0.75 vs. 5.45 +/- 0.67 ml/min/mm Hg/l; p less than 0.005). Moreover, only the membrane component (Dm) increased significantly in supine subjects (KDm = 2.81 +/- 1.32 vs. 1.82 +/- 0.54 ml/min/mm Hg/l; p less than 0.05), the increase in capillary blood volume (Vc) being not significant (KVc = 12.54 +/- 4.22 vs. 11.17 +/- 3.79 ml/l; NS). These data could be interpreted as a demonstration of a more homogeneously distributed ventilation with respect to diffusion surface in healthy young people in a supine position. The amount of surface available for diffusion seems therefore to be a limiting factor to gas flow across the lungs in these subjects. Thus a straightforward attribution of posturally influenced changes in CO diffusing capacity exclusively to factors affecting Vc is not recommended, particularly in pathological conditions, if information about variation in distribution of ventilation is unavailable.
Adult↗