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A Toolkit for Dermal Risk Assessment: Toxicological Approach for Hazard Characterization

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Author: Schuhmacher-Wolz, U. · Kalberlah, F. · Oppl, R. · Hemmen, J.J. van
Type:article
Date:2003
Institution: TNO Voeding
Source:Annals of Occupational Hygiene, 8, 47, 641-652
Identifier: 237357
doi: doi:10.1093/annhyg/meg091
Keywords: Chemistry Health · Food and Chemical Risk Analysis · Dermal · Exposure · Hazard assessment · Occupational · Hazardous materials · Health risks · Risk assessment · Skin · Toxicity · Intrinsic toxicity (IT) scores · Occupational risks · Controlled study · Drowsiness · Hazard assessment · Health hazard · Liver injury · Occupational exposure · Occupational health · Skin defect · Skin irritation · Skin penetration · Hazardous Substances · Humans · Models, Theoretical · Occupational Exposure · Skin Absorption

Abstract

The toxicological background for hazard assessment using a simple to use toolkit for assessment and management of health risks from occupational dermal exposure is presented. Hazard assessment is intended to answer the following questions: (i) is the substance under consideration capable of damaging the skin; (ii) is the substance under consideration capable of leading to systemic health effects after having penetrated the skin; (iii) to what extent may the substance become systemically available; (iv) is the hazard influenced by the concentration? Local effects (like irritation or corrosion) and systemic effects (like drowsiness or liver damage) are treated separately, taking into account their possible interrelations. Hazard assessment is performed on the basis of easily available risk phrases, which give a short characterization of the inherent toxicity of a pure chemical or preparation. The information provided by risk phrases and possibly additional data is transformed into a one-dimensional ranking system of intrinsic toxicity (IT) scores. IT scores are expressed in broad categories like low, moderate, high or extreme. This ranking provides plausible information on the relevance of potential skin contact to health effects.