The respiratory tract deposition of particles from two types of biomass combustion was measured for 10 healthy subjects. The aerosol was extensively characterised. Model calculations of the deposition were made based on the particle properties. The results show that particle water absorption has substantial impact on deposition. The particles from biomass combustion obtained a size in the respiratory tract at which the deposition probability is close to its minimum
Size distributions were determined of particles generated by two types of aerosol inhalers, using t...
Background: Air pollution, mainly from combustion, is one of the leading global health risk factors....
Particle biokinetics is important in hazard identification and characterization of inhaled particles...
Smoke from biomass combustion has been identified as a major environmental risk factor associated wi...
BACKGROUND: Aerosol particles have, since the antiquity, been linked to adverse effects on human hea...
Background: Respiratory tract deposition of air pollution particles is a key to their adverse health...
Diesel emissions are a major contributor to combustion-generated airborne ambient particles. To unde...
Traffic is one of the major sources of harmful airborne particles worldwide. To relate exposure to a...
AbstractDiesel emissions are a major contributor to combustion-generated airborne ambient particles....
Because the initial deposition pattern of inhaled particles of various toxic agents determines their...
Because the initial deposition pattern of inhaled particles of various toxic agents determines their...
The total deposition of environmental tobacco smoke (ETS), diesel and petrol smoke in the respirator...
Fine airborne particles are associated with adverse health effects in the human population. The aim ...
Abstract Background Air pollution, mainly from combustion, is one of the leading global health risk ...
Fly ash is a common solid residue of incineration plants and poses a great environmental concern bec...
Size distributions were determined of particles generated by two types of aerosol inhalers, using t...
Background: Air pollution, mainly from combustion, is one of the leading global health risk factors....
Particle biokinetics is important in hazard identification and characterization of inhaled particles...
Smoke from biomass combustion has been identified as a major environmental risk factor associated wi...
BACKGROUND: Aerosol particles have, since the antiquity, been linked to adverse effects on human hea...
Background: Respiratory tract deposition of air pollution particles is a key to their adverse health...
Diesel emissions are a major contributor to combustion-generated airborne ambient particles. To unde...
Traffic is one of the major sources of harmful airborne particles worldwide. To relate exposure to a...
AbstractDiesel emissions are a major contributor to combustion-generated airborne ambient particles....
Because the initial deposition pattern of inhaled particles of various toxic agents determines their...
Because the initial deposition pattern of inhaled particles of various toxic agents determines their...
The total deposition of environmental tobacco smoke (ETS), diesel and petrol smoke in the respirator...
Fine airborne particles are associated with adverse health effects in the human population. The aim ...
Abstract Background Air pollution, mainly from combustion, is one of the leading global health risk ...
Fly ash is a common solid residue of incineration plants and poses a great environmental concern bec...
Size distributions were determined of particles generated by two types of aerosol inhalers, using t...
Background: Air pollution, mainly from combustion, is one of the leading global health risk factors....
Particle biokinetics is important in hazard identification and characterization of inhaled particles...