Percutaneous penetration studies for risk assessment

Percutaneous penetration studies for risk assessment

Sartorelli, P.
Andersen, H.R.
Angerer, J.
Corish, J.
Drexler, H.
Göen, T.
Griffin, P.
Hotchkiss, S.A.M.
Larese, F.
Montomoli, L.
Perkins, J.
Schmelz, M.
van de Sandt, J.
Williams, F.
Centraal Instituut voor Voedingsonderzoek TNO

2000

During the last few years the general interest in the percutaneous absorption of chemicals has increased. It is generally accepted that there is very few reliable quantitative and qualitative data on dermal exposure to chemicals in the general population and in occupationally exposed workers. In order to predict the systemic risk of dermally absorbed chemicals and to enable agencies to set safety standards, data is needed on the rates of percutaneous penetration of important chemicals. Standardization of in vitro tests and comparison of their results with the in vivo data could produce internationally accepted penetration rates and/or absorption percentages very useful for regulatory toxicology. The work of the Percutaneous Penetration Subgroup of EC Dermal Exposure Network has been focussed on the standardization and validation of in vitro experiments, necessary to obtain internationally accepted penetration rates for regulatory purposes. The members of the Subgroup analyzed the guidelines on percutaneous penetration in vitro studies presented by various organizations and suggested a standardization of in vitro models for percutaneous penetration taking into account their individual experiences, literature data and guidelines already in existence. During the meetings of Percutaneous Penetration Subgroup they presented a number of short papers of up to date information on the key issues. The objective was to focus the existing knowledge and the gaps in the knowledge in the field of percutaneous penetration. This paper is an outcome of the meetings of the Percutaneous Penetration Subgroup and reports the presentations on the key issues identified throughout the 3-year duration of the Dermal Exposure Network (1997-1999). Copyright (C) 2000 Elsevier Science B.V.

Nutrition
Cutaneous metabolism
Diffusion cell
Guidelines
In vitro
Microdialysis
Percutaneous penetration
Regulatory toxicology
Risk assessment
Alcohol derivative
Electrolyte
Hydrocarbon
Insecticide
Macrogol derivative
Penetration enhancing agent
Pesticide
Solvent
Steroid
Surfactant
Toxic substance
Volatile agent
Diffusion
Drug penetration
Human
Membrane permeability
Microdialysis
Nonhuman
Practice guideline
Priority journal
Review
Risk assessment
Skin absorption
Skin penetration
Standardization
Xenobiotic metabolism

http://resolver.tudelft.nl/uuid:ef6711b7-d9fd-4215-9d35-4978f62b0dc5

https://doi.org/10.1016/s1382-6689(00)00035-1

71939

1382-6689

Environmental Toxicology and Pharmacology, 8 (2), 133-152

article