The understanding of complex inhalation and transport processes of pollutant particles
through the human respiratory system is important for investigations into dosimetry and …

The major problem in understanding the therapeutically targeted drug delivery system in the
deeper airways of the human lung is the lack of adequate data of particle transport and …

An understanding of human inter-subject variability is crucial for the implementation of
personalized pulmonary drug delivery as well as exposure assessment of airborne …

This review article is intended to serve as an overview of the current status of the
computational tools and approaches available for predicting respiratory-tract dosimetry of …

Computational predictions of aerosol transport and deposition in the human respiratory tract
can assist in evaluating detrimental or therapeutic health effects when inhaling toxic …

The present work describes the local deposition patterns of therapeutic aerosols in the
oropharyngeal airways, healthy and diseased bronchi and alveoli using computational fluid …

In order to answer the question “what research remains to be done?” we review the current
state of the art in pharmaceutical aerosol deposition modeling and explore possible in vivo …

Accurate prediction of respiratory tract deposition is important in gauging the health risks of
ambient bioaerosols and environmental aerosols, as well as in developing pharmaceutical …

Micron-sized particle deposition in anatomically realistic models of a rat and human nasal
cavity was numerically investigated. A steady laminar inhalation flow rate was applied and …

A review of research papers is presented, pertinent to computer modeling of airflow as well
as nano-and micron-size particle deposition in pulmonary airway replicas. The key modeling …