AbstractCertain inhalational diseases show a predilection for a particular region of one or the other lung that may be related to the site of deposition of inhaled particles. We conducted inhalation studies with monodispersed aerosol particles in 22 healthy student volunteers to determine how deposition varied between the two lungs. Ventilation lung scans were obtained with the subjects seated in front of a gamma camera while breathing radiolabelled particles. Subsequently we made paired comparisons of the radioactivity deposited in corresponding regions of the right and left lungs. Although regional differences in deposition between the left and right lung were often statistically significant, they were not always consistent between indivi...
Exposure to airborne particulate matter is associated with a number of negative health effects rangi...
There are considerable discrepancies between published lung deposition data. Therefore, the aerosol ...
The human respiratory tract can be divided into an extrathoracic, a bronchial and an alveolar region...
AbstractCertain inhalational diseases show a predilection for a particular region of one or the othe...
Thoracic airway calibers were estimated in 15 healthy subjects from gravitational losses during resp...
Regional deposition of inhaled particles was studied experimentally for 9 healthy subjects breathing...
Models for the deposition of aerosol particles in the human respiratory tract have been described in...
Because the initial deposition pattern of inhaled particles of various toxic agents determines their...
The effects of various distributions of regional ventilation, influenced by posture, respiratory rat...
Three-dimensional (3D) radionuclide imaging provides detailed information on the distribution of inh...
Background: While it is generally accepted that inertial impaction will lead to particle loss as aer...
Abstract Background Exposure to airborne particles has a major impact on global health. The probabil...
Abstract Background The understanding of inhaled particle respiratory tract deposition is a key link...
Background: Exposure to airborne particles has a major impact on global health. The probability of t...
BACKGROUND: After shallow bolus inhalation of radiolabeled aerosols, gamma camera imaging has shown ...
Exposure to airborne particulate matter is associated with a number of negative health effects rangi...
There are considerable discrepancies between published lung deposition data. Therefore, the aerosol ...
The human respiratory tract can be divided into an extrathoracic, a bronchial and an alveolar region...
AbstractCertain inhalational diseases show a predilection for a particular region of one or the othe...
Thoracic airway calibers were estimated in 15 healthy subjects from gravitational losses during resp...
Regional deposition of inhaled particles was studied experimentally for 9 healthy subjects breathing...
Models for the deposition of aerosol particles in the human respiratory tract have been described in...
Because the initial deposition pattern of inhaled particles of various toxic agents determines their...
The effects of various distributions of regional ventilation, influenced by posture, respiratory rat...
Three-dimensional (3D) radionuclide imaging provides detailed information on the distribution of inh...
Background: While it is generally accepted that inertial impaction will lead to particle loss as aer...
Abstract Background Exposure to airborne particles has a major impact on global health. The probabil...
Abstract Background The understanding of inhaled particle respiratory tract deposition is a key link...
Background: Exposure to airborne particles has a major impact on global health. The probability of t...
BACKGROUND: After shallow bolus inhalation of radiolabeled aerosols, gamma camera imaging has shown ...
Exposure to airborne particulate matter is associated with a number of negative health effects rangi...
There are considerable discrepancies between published lung deposition data. Therefore, the aerosol ...
The human respiratory tract can be divided into an extrathoracic, a bronchial and an alveolar region...