The human nasal cavities with an effective length of only 10 cm feature a wide array of basic
flow phenomena because of their complex geometrics. Employing a realistic nasal airway …

The human nasal cavities, each with an effective length of only 10cm, feature a wide array of
basic flow phenomena due to their complex geometries. Dependent on such airflow fields …

Successful delivery of drugs to the Olfactory region (OR) is the key to treating diseases
through the nasal cavity. The purpose of this paper is to investigate the effect of auxiliary …

Accurate prediction of nanoparticle (1–100nm) deposition in the rat nasal cavity is important
for assessing the toxicological impact of inhaled nanoparticles as well as for potential …

The human nasal passages effectively filter particles from inhaled air. This prevents harmful
pollutants from reaching susceptible pulmonary airways, but may leave the nasal mucosa …

Intranasal administration of drugs serves as a promising, noninvasive option for the
treatment of various disorders of the central nervous system and upper respiratory tract …

The nasal cavity is an attractive route for both local and systemic drug delivery and holds
great potential for access to the brain via the olfactory region, an area where the blood–brain …

Targeted nasal drug delivery can provide improved efficacy for drug formulations to be
delivered at high efficacy rates. Some parameters that influence drug delivery have a …

Background The nose is a viable pathway for topical drug delivery to the olfactory cleft for
treatment of obstructive smell loss and nose-to-brain drug delivery. This study investigates …

Environmental exposure to toxic agents is commonly encountered by occupational and
residential populations. However, in vivo exposure data in human subjects is limited by …