ABSTRACT
Particles whose one dimension at least is below 100 nm are considered as "ultrafine particles" (UFP). These particles present specific toxic properties, attested by mortality and morbidity assessments. The aim of this article is to analyze the pulmonary toxicity of the UFPs of low solubility via a review of the literature. It appears that the surface of particles is one of the most important parameters. Finally, questions concerning the mass, number or surface remain recurrent.
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INTRODUCTION
There is considerable evidence that ultrafine particles (UFP) have specific toxic properties. This had already been established in animal studies
, but awareness of the issue has been heightened by reports of mortality and morbidity linked to acute episodes of urban pollution. Here, we will only briefly discuss the pulmonary toxicology of low-solubility PUFs. In this context, the parameters most likely to be relevant are particle number and/or surface area, but others have also been mentioned, such as metals, free radicals and adsorbed chemical molecules.
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Pulmonary toxicity of ultrafine particles