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• W1999467041 endingPage "404" @default.
• W1999467041 startingPage "393" @default.
• W1999467041 abstract "The choice of an aerosol delivery system depends on numerous factors such as the drug itself, the characteristics of the aerosol generator, the patient and his or her disease, the physician, and the clinical setting, notably an emergency situation or not. Some rules always apply: an ultrasonic nebulizer should not be used to aerosolize a drug suspension; whenever possible, the same type of aerosol generator should be used for all inhaled medications received by a given patient; for outpatients, education is a major factor to ensure treatment efficacy. When the deposition of the aerosolized drug is aimed at the terminal respiratory units, nebulizers that generate micronic aerosols should be chosen. When the deposition of the aerosolized drug is aimed at the conducting airways, the metered dose inhaler (MDI) is the first choice. However, the MDI is often ill-used, notably in children and elderly people. Therefore, other inhalation devices have been developed: spacers, dry-powder inhalers, breath-actuated MDIs and, more recently, piezo-electric devices. They have been shown to increase lung deposition of drugs in poor coordinators but they all have limitations, which may affect their clinical efficacy. These limitations include the cumbersome dimensions of spacers, the dependency of lung deposition of dry powders on the inspiratory flow rate, the need for reformulation of breath-actuated or not MDIs with CFC-free gases. Nebulization of drugs should be considered only when no portable device is available for the considered drug, or in case of failure of other forms of aerosol administration." @default.
• W1999467041 created "2016-06-24" @default.
• W1999467041 creator A5001192345 @default.
• W1999467041 creator A5007724854 @default.
• W1999467041 date "2000-01-01" @default.
• W1999467041 modified "2023-10-01" @default.
• W1999467041 title "Rationale for the Choice of an Aerosol Delivery System" @default.
• W1999467041 cites W1837713580 @default.
• W1999467041 cites W1897334563 @default.
• W1999467041 cites W1964130984 @default.
• W1999467041 cites W1966921061 @default.
• W1999467041 cites W1973895593 @default.
• W1999467041 cites W1979415686 @default.
• W1999467041 cites W1984606230 @default.
• W1999467041 cites W1986186916 @default.
• W1999467041 cites W1989449472 @default.
• W1999467041 cites W1989861665 @default.
• W1999467041 cites W1991557958 @default.
• W1999467041 cites W1992306837 @default.
• W1999467041 cites W1992605453 @default.
• W1999467041 cites W1993367467 @default.
• W1999467041 cites W1994790272 @default.
• W1999467041 cites W1996131788 @default.
• W1999467041 cites W2000737149 @default.
• W1999467041 cites W2000839907 @default.
• W1999467041 cites W2002669798 @default.
• W1999467041 cites W2005203759 @default.
• W1999467041 cites W2006963172 @default.
• W1999467041 cites W2007964803 @default.
• W1999467041 cites W2013528472 @default.
• W1999467041 cites W2015434088 @default.
• W1999467041 cites W2016406733 @default.
• W1999467041 cites W2016418796 @default.
• W1999467041 cites W2019151471 @default.
• W1999467041 cites W2024999972 @default.
• W1999467041 cites W2032001764 @default.
• W1999467041 cites W2034398900 @default.
• W1999467041 cites W2038526590 @default.
• W1999467041 cites W2039114885 @default.
• W1999467041 cites W2040046168 @default.
• W1999467041 cites W2041601011 @default.
• W1999467041 cites W2048360493 @default.
• W1999467041 cites W2049120461 @default.
• W1999467041 cites W2052073654 @default.
• W1999467041 cites W2054468413 @default.
• W1999467041 cites W2055401245 @default.
• W1999467041 cites W2063764762 @default.
• W1999467041 cites W2065053565 @default.
• W1999467041 cites W2066379689 @default.
• W1999467041 cites W2068478966 @default.
• W1999467041 cites W2069442723 @default.
• W1999467041 cites W2078501542 @default.
• W1999467041 cites W2079586195 @default.
• W1999467041 cites W2080620055 @default.
• W1999467041 cites W2081500197 @default.
• W1999467041 cites W2081796028 @default.
• W1999467041 cites W2083436179 @default.
• W1999467041 cites W2085759364 @default.
• W1999467041 cites W2087839345 @default.
• W1999467041 cites W2091598295 @default.
• W1999467041 cites W2092129020 @default.
• W1999467041 cites W2092724975 @default.
• W1999467041 cites W2094555957 @default.
• W1999467041 cites W2094777837 @default.
• W1999467041 cites W2096635512 @default.
• W1999467041 cites W2098881095 @default.
• W1999467041 cites W2100587375 @default.
• W1999467041 cites W2107675676 @default.
• W1999467041 cites W2117064610 @default.
• W1999467041 cites W2118165099 @default.
• W1999467041 cites W2120623443 @default.
• W1999467041 cites W2125744712 @default.
• W1999467041 cites W2125840821 @default.
• W1999467041 cites W2142564724 @default.
• W1999467041 cites W2148720585 @default.
• W1999467041 cites W2150867310 @default.
• W1999467041 cites W2156855104 @default.
• W1999467041 cites W2158379037 @default.
• W1999467041 cites W2159851438 @default.
• W1999467041 cites W2163171778 @default.
• W1999467041 cites W2169489631 @default.
• W1999467041 cites W2170352416 @default.
• W1999467041 cites W2170805842 @default.
• W1999467041 cites W219434634 @default.
• W1999467041 cites W2211780604 @default.
• W1999467041 cites W2273327004 @default.
• W1999467041 cites W2339786858 @default.
• W1999467041 cites W2444686133 @default.
• W1999467041 cites W2613729619 @default.
• W1999467041 cites W4212947907 @default.
• W1999467041 cites W4243030548 @default.
• W1999467041 cites W4245170140 @default.
• W1999467041 doi "https://doi.org/10.1089/jam.2000.13.393" @default.
• W1999467041 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/11262446" @default.
• W1999467041 hasPublicationYear "2000" @default.
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