Results 251 to 260 of about 282,882 (314)
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Clinical aerosols II. Therapeutic aerosols
Archives of Internal Medicine, 1982The current uses of clinical aerosols such as water, saline, mucolytics, bronchodilators, cromolyn sodium, corticosteroids, and antimicrobials have been reviewed. The benefits of water, saline, and detergent aerosols continue to be surrounded by uncertainty and controversy.
R V, Lourenço, E, Cotromanes
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2012
This overview introduces atmospheric aerosol, including basic definitions and properties. Types of aerosols, sources, transformation processes and sinks are described. The spatial distribution of atmospheric aerosol is discussed on the basis of field observations conducted at the DLR Institute of Atmospheric Physics.
Petzold, Andreas, Kärcher, Bernd
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This overview introduces atmospheric aerosol, including basic definitions and properties. Types of aerosols, sources, transformation processes and sinks are described. The spatial distribution of atmospheric aerosol is discussed on the basis of field observations conducted at the DLR Institute of Atmospheric Physics.
Petzold, Andreas, Kärcher, Bernd
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Aerosol Deposition and Delivery of Therapeutic Aerosols
Journal of Asthma, 1991(1991). Aerosol Deposition and Delivery of Therapeutic Aerosols. Journal of Asthma: Vol. 28, No. 4, pp. 239-242.
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Science, 1974
To determine the effects of atmospheric aerosols on the radiative heating of the earth-atmosphere system, the radiative transfer equation is solved analytically in the two-stream approximation. It is found that the sign of the heating is independent of optical thickness of an aerosol layer and the amount of heating approaches a finite limit with ...
P, Chyacutelek, J A, Coakley
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To determine the effects of atmospheric aerosols on the radiative heating of the earth-atmosphere system, the radiative transfer equation is solved analytically in the two-stream approximation. It is found that the sign of the heating is independent of optical thickness of an aerosol layer and the amount of heating approaches a finite limit with ...
P, Chyacutelek, J A, Coakley
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Respiratory Care Clinics, 2002
Aerosol medications are used commonly in mechanically ventilated patients. Several classes of drugs with different properties and indications may be given by inhalation. In all cases, inhaled therapy's main advantage over the systemic route is that, for a given therapeutic response, the drug dose is several-fold lower, whereas systemic absorption is ...
Eumorfia, Kondili +1 more
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Aerosol medications are used commonly in mechanically ventilated patients. Several classes of drugs with different properties and indications may be given by inhalation. In all cases, inhaled therapy's main advantage over the systemic route is that, for a given therapeutic response, the drug dose is several-fold lower, whereas systemic absorption is ...
Eumorfia, Kondili +1 more
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Aerosols and Aerosol Propellants in Asthma
JAMA: The Journal of the American Medical Association, 1971To the Editor.— A recent issue ofThe Journal( 214: 81, 1970) carried both a report of a study by Taylor and Harris and an editorial entitled "Cardiac Toxicity of Aerosol Propellants." The authors attempt the conclusion that the fluorinated hydrocarbon propellants used in bronchodilator aerosols are related to a claimed increase in sudden, unexpected ...
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Current Opinion in Pediatrics, 2007
To present existing data on the potential use of aerosolized surfactants for treatment of neonatal respiratory distress syndrome in the era of noninvasive ventilatory support.Current surfactant therapy requires endotracheal intubation and application of positive pressure ventilation.
Jan, Mazela +2 more
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To present existing data on the potential use of aerosolized surfactants for treatment of neonatal respiratory distress syndrome in the era of noninvasive ventilatory support.Current surfactant therapy requires endotracheal intubation and application of positive pressure ventilation.
Jan, Mazela +2 more
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Respiratory Care Clinics of North America, 2001
The success of aerosol therapy depends upon the delivery of ample amounts of the drug to appropriate sites in the lung with minimal side effects. Successful aerosol therapy delivery systems must provide sufficient respirable particles or droplets, with minimal loss of the drug. Ultimately, the patient must be able to use the device easily, maintain it,
M B, Dolovich, J B, Fink
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The success of aerosol therapy depends upon the delivery of ample amounts of the drug to appropriate sites in the lung with minimal side effects. Successful aerosol therapy delivery systems must provide sufficient respirable particles or droplets, with minimal loss of the drug. Ultimately, the patient must be able to use the device easily, maintain it,
M B, Dolovich, J B, Fink
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