Publication | Closed Access
Drug Development and Industrial Pharmacy
1.3K
Citations
41
References
1995
Year
AeroacousticsPharmaceutical InnovationEngineeringJet NebulisersPharmaceutical FormulationIndoor AerosolDrug DesignAerosol SamplingPharmaceutical PracticeAnalytical ChemistryDroplet SizeNebulisation EfficiencyAerosol FormationMultiphase FlowPharmacologyIndustrial PharmacyDrug ManufacturePharmaceutical IndustryPharmacyAerospace EngineeringEnvironmental EngineeringIndoor Air QualityAir PollutionMedicineDrug Discovery
Nebulisers, used to generate aerosols, come in jet and ultrasonic types, but lack standardisation that may lead to inefficiencies. The study defined key parameters and factors needed to assess nebulisation efficiency. Droplet size alone cannot predict efficiency; it must be combined with drug quantity and nebulisation time.
In recent years, the use of nebulisers to generate aerosols has been greatly extended because of their numerous advantages. Two types of nebulisers are commonly used, each based on a different principle : - jet nebulisers, based on the Venturi effect to fragment liquid preparations into small droplets. - ultrasonic nebulisers, using the vibrations of a quartz to produce aerosol. The use of nebulisers lacks standardisation, which may account for certain inefficiency. First of all, we defined the parameters required to evaluate nebulisation efficiency. Although droplet size is a commonly used parameter, it is not sufficient to forecast efficiency. It must be associated with the quantity of drug nebulised and nebulisation time. Secondly, we listed factors influencing nebulisation efficiency.
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