Dry powder inhalers (DPI) are widely used systems for pulmonary delivery of therapeutics.
The inhalation performance of DPIs is influenced by formulation features, inhaler device and …

Inhalation therapy plays an important role in management or treatment of respiratory
diseases such asthma and chronic obstructive pulmonary diseases (COPDs). For decades …

Understanding nano-particle inhalation in human lung airways helps targeted drug delivery
for treating lung diseases. A wide range of numerical models have been developed to …

Inhalation therapy can effectively treat chronic obstructive pulmonary disease (COPD), but
the physical factors determining the appropriate aerosol delivery into the targeted airways …

Currently, the air pollution and the respiratory disease problems that affect human health are
increasing rapidly. Hence, there is attention for trend prediction of the located deposition of …

Aerosol drug delivery in the human airway is significantly affected by the morphology and
size of the airway. This work developed a CFD-DEM model to simulate and analyze air flow …

Dry powder inhaler (DPI) products are commonly formulated as a mixture of micronized drug
particles and large carrier particles, with or without additional fine particle excipients …

The implementation of a liveable urban environment is a challenge for decision makers
since cities are typically more and more heavily congested with traffic. The aims of the …

The deposition phenomenon of microparticle and SAR-CoV-2 laced bioaerosol in human
airways is studied by Taguchi methods and response surface methodology (RSM). The data …

The relative position between the pediatric upper airway and the inhalation device during
real inhalation administration has significant effects on the delivery efficiency of orally …