A simple model of indoor air pollution concentrations was used together with experimental results on deposition velocities to skin to calculate the skin dose from an outdoor plume of contaminants. The primary pathway was considered to be direct deposition to the skin from a homogeneously distributed air source. The model has been used to show that skin deposition was a significant dose contributor for example when compared to inhalation dose. ª 200
Six males clad only in shorts were exposed to high levels of airborne di(n-butyl) phthalate (DnBP) a...
The methods for the dermal exposure assessment vary in their complexity and are in some sense comple...
Dermal exposure measurements were collected as part of RISKOFDERM, a European dermal exposure study ...
Exposure to airborne semivolatile organic compounds (SVOCs) in indoor and outdoor environments of hu...
Dermal exposure assessment and modeling is still in early phases of development. This article presen...
Information on human indoor exposure is necessary to assess the potential risk to individuals from m...
The contribution of dermal exposure to the total body burden of a given chemical is difficult to ass...
Dermal exposure, primarily to pesticides, has been measured for almost half a century. Compared with...
Abstract-4-Exposure of the skin to chemical substances can contribute significantly to total dose in...
In this paper we assess dermal exposure and dose resulting from intermittent contact with residue-co...
Dermal exposure to indoor gas-phase semivolatile organic compounds (SVOCs) has recently received a g...
The present paper proposes a source–receptor model to schematically describe inhalation ex-posure to...
The present paper proposes a source-receptor model to schematically describe inhalation exposure to ...
The computational modeling of human exposure to environmental pollutants is one of the primary activ...
Screening organic chemicals for hazard and risk to human health requires near-field human exposure m...
Six males clad only in shorts were exposed to high levels of airborne di(n-butyl) phthalate (DnBP) a...
The methods for the dermal exposure assessment vary in their complexity and are in some sense comple...
Dermal exposure measurements were collected as part of RISKOFDERM, a European dermal exposure study ...
Exposure to airborne semivolatile organic compounds (SVOCs) in indoor and outdoor environments of hu...
Dermal exposure assessment and modeling is still in early phases of development. This article presen...
Information on human indoor exposure is necessary to assess the potential risk to individuals from m...
The contribution of dermal exposure to the total body burden of a given chemical is difficult to ass...
Dermal exposure, primarily to pesticides, has been measured for almost half a century. Compared with...
Abstract-4-Exposure of the skin to chemical substances can contribute significantly to total dose in...
In this paper we assess dermal exposure and dose resulting from intermittent contact with residue-co...
Dermal exposure to indoor gas-phase semivolatile organic compounds (SVOCs) has recently received a g...
The present paper proposes a source–receptor model to schematically describe inhalation ex-posure to...
The present paper proposes a source-receptor model to schematically describe inhalation exposure to ...
The computational modeling of human exposure to environmental pollutants is one of the primary activ...
Screening organic chemicals for hazard and risk to human health requires near-field human exposure m...
Six males clad only in shorts were exposed to high levels of airborne di(n-butyl) phthalate (DnBP) a...
The methods for the dermal exposure assessment vary in their complexity and are in some sense comple...
Dermal exposure measurements were collected as part of RISKOFDERM, a European dermal exposure study ...