Up to now only few experimental data for total deposition of inhaled aerosol particles are available for children. In this study 29 healthy children aged between 3 and 14 years volunteered for the determination of 1 μm, 2 μm and 3 μm particles for spontaneous and controlled breathing. It turns out that total deposition values for children are higher than for adults.The effect is significant for all particle sizes (Kruskal-Wallis). For the applied breathing patterns deposition decreases as a function of body height. For inhalation risk assessments the number of particles deposited per unit time (deposition rate) rather than the deposition per breath has to be taken. During spontaneous breathing at rest the deposition rate is on aver...
BACKGROUND: Aerosol particles have, since the antiquity, been linked to adverse effects on human hea...
Understanding infection transmission between individuals, as well as evaluating the efficacy of prot...
In support of predictions for inhaled particle deposition, morphometric measurements were taken on 2...
Abstract Background Exposure to airborne particles has a major impact on global health. The probabil...
Background: Exposure to airborne particles has a major impact on global health. The probability of t...
Exposure to airborne particulate matter is associated with a number of negative health effects rangi...
Ultrafine particles (UFPs) contribute to health risks associated with air pollution, especially resp...
The effect of body size on nasal doses from inhaled aerosols has not been measured directly in peopl...
It is believed that the regional deposition patterns for inhaled particles can be mathematically pre...
This thesis presents a summary of research of deposition of inhaled particles in children’s respirat...
Exposure to ultrafine particles poses a potential health risk to school children. While many studies...
Abstract Background The understanding of inhaled particle respiratory tract deposition is a key link...
Human daily activity patterns and age-scaled anatomical models are used to calculate expected daily ...
International audienceAnatomical and physiological changes alter airflow characteristics and aerosol...
Indoor air pollution remains a great global concern. Particulate matter (PM), namely ultrafine parti...
BACKGROUND: Aerosol particles have, since the antiquity, been linked to adverse effects on human hea...
Understanding infection transmission between individuals, as well as evaluating the efficacy of prot...
In support of predictions for inhaled particle deposition, morphometric measurements were taken on 2...
Abstract Background Exposure to airborne particles has a major impact on global health. The probabil...
Background: Exposure to airborne particles has a major impact on global health. The probability of t...
Exposure to airborne particulate matter is associated with a number of negative health effects rangi...
Ultrafine particles (UFPs) contribute to health risks associated with air pollution, especially resp...
The effect of body size on nasal doses from inhaled aerosols has not been measured directly in peopl...
It is believed that the regional deposition patterns for inhaled particles can be mathematically pre...
This thesis presents a summary of research of deposition of inhaled particles in children’s respirat...
Exposure to ultrafine particles poses a potential health risk to school children. While many studies...
Abstract Background The understanding of inhaled particle respiratory tract deposition is a key link...
Human daily activity patterns and age-scaled anatomical models are used to calculate expected daily ...
International audienceAnatomical and physiological changes alter airflow characteristics and aerosol...
Indoor air pollution remains a great global concern. Particulate matter (PM), namely ultrafine parti...
BACKGROUND: Aerosol particles have, since the antiquity, been linked to adverse effects on human hea...
Understanding infection transmission between individuals, as well as evaluating the efficacy of prot...
In support of predictions for inhaled particle deposition, morphometric measurements were taken on 2...