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Bulc?o, R.P., Bubols, G.B., Nascimento, S.S., Gauer, B., Sauer, E., Baierle, M., Char?o, M.F., Moro, A.M., Brucker, N., Bruinsmann, F.A., Schnorr, C., Moreira, J.C.F., Pohlmann, A.R., Guterres, S.S. and Garcia, S.C. (2015) Do Poly- (epsilon-caprolactone) Lipid-Core Nanocapsules Induce Oxidative or Inflammatory Damage after in Vivo Subchronic Treatment? Toxicology Research, No. 4, 994-1005.

has been cited by the following article:

• TITLE: Nanotoxicology and Exposure in the Occupational Setting

  AUTHORS: Tiago Severo Peixe, Elizabeth de Souza Nascimento, Katie Larson Schofield, Arline S. A. Arcuri, Rachel P. Bulcão

  KEYWORDS: Nanotoxicology, Occupational, Workers, Nanoparticles, Exposure

  JOURNAL NAME: Occupational Diseases and Environmental Medicine, Vol.3 No.3, July 30, 2015

  ABSTRACT: Nanotechnology refers to the ability to control the composition of molecules and atoms within the range of 1.00 - 100 nm. At this scale, many materials exhibit novel properties when compared with their micro or macro-sized equivalents, including, for example, chemical reactivity, strength, mobility and solubility. Nanoparticles are prime candidates for toxicity because they possess a much greater surface to volume ratio (i.e. the surface area compared to the volume) than larger particles of that same material; they can have biopersistance and higher oxidant capacity, penetrate epithelium and reach interstitial pulmonary region. In an industrial setting, workers may present the main exposure risk potential among humans, and they may be involved in the entire product life cycle. There are needs to protect public and environmental health and safety. Currently, no standards or regulations exist that apply or refer specifically to nanomaterials impacts.