Pulmonary diseases pose an immense threat to global health. Several nanotherapeutics-
based approaches aimed to tackle pulmonary ailments in recent years. The current …

Understanding the dynamics of airflow in alveoli and its effect on the behavior of particle
transport and deposition is important for understanding lung functions and the cause of …

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 …

In silico methods can be used to estimate regional deposition of inhaled aerosols in regions
of the lung that are inaccessible by direct measurements. Knowledge of deposited dose is …

Recent advances in the characterization of the human respiratory system and in multi-phase
flow dynamics in complex geometries have led numerical simulations to play an expanding …

The determination of the particle dynamics in the human acinar airways having millions of
alveoli is critical in preventing potential health problems and delivering therapeutic particles …

The study developed and evaluated Sorafenib Tosylate (SRT)-loaded polymeric
microparticles (MPs) using biodegradable polymer polycaprolactone (PCL) as a potential …

As an alternative to ongoing efforts for vaccine development, scientists are exploring novel
approaches to provide innovative therapeutics, such as nanoparticle-and stem cell-based …

Elucidating the aerosol dynamics in the pulmonary acinar region is imperative for both
health risk assessment and inhalation therapy, especially nowadays with the occurrence of …

Significant differences in alveolar size exist in humans of different ages, gender, health, and
among different species. The effects of alveolar sizes, as well as the accompanying …