Compiled by leading experts, this is the first book dedicated to this subject. It provides state-of-the-science information, from the aerodynamic behaviour of carbon nanotubes to their effect at molecular level in the lungs, and is invaluable to the many groups involved with research in this area.
The widespread and increasing use of carbon nanotubes in scientific and engineering research and their incorporation into manufactured goods has urged an assessment of the risks and hazards associated with exposure to them. The field of nanotoxicology studies the toxicology of nanoparticles such as carbon nanotubes and has become a major growth area aimed towards risk assessment of nanoparticles. Compiled by a team of leading experts at the forefront of research, this is the first book dedicated to the toxicology of carbon nanotubes. It provides state-of-the-science information on how and why they are so potentially dangerous if breathed in, including their similarities to asbestos. The book examines various aspects of carbon nanotubes, from their manufacture and aerodynamic behaviour to their effects at molecular level in the lungs. It is invaluable to the many groups involved with research in this area, as well as to regulators and risk assessors.
Recenzijos
"The authors provide state-of-the-science information on how and why carbon nanotubes are potentially dangerous if inhaled, and elaborate on their similarities to asbestos. As such, the book should be instructive to scientists and organizations involved with research in this area, as well as to regulators and risk assessors." American Institute of Chemical Engineers
Daugiau informacijos
The first book on this subject, invaluable to researchers and professionals involved with toxicology, risk assessment and nanotube physics.
1. Carbon nanotube structure, synthesis and applications C. Singh and W. Song;
2. The aerodynamic behaviour and pulmonary deposition of carbon nanotubes A. Buckley, R. Smith and R Maynard;
3. Utilising the concept of the biologically effective dose to define the particle and fibre hazards of carbon nanotubes K. Donaldson, R. Duffin, F. Murphy and C. Poland;
4. CNT, biopersistence and the fibre paradigm D. Warheit and M. DeLorme;
5. Length-dependent retention of fibres in the pleural space C. Poland, F. Murphy and K. Donaldson;
6. Experimental carcinogenicity of carbon nanotubes in the context of other fibres K. Unfried;
7. Fate and effects of carbon nanotubes following inhalation J. Ryman-Rasmussen, M. Andersen and J. Bonner;
8. Responses to pulmonary exposure to carbon nanotubes V. Castranova and R. Mercer;
9. Genotoxicity of carbon nanotubes R. Schins, C. Albrecht, K. Gerloff and D. van Berlo;
10. Carbon nanotube-cellular interactions; macrophages, epithelial and mesothelial cells V. Stone, M. Boyles, A. Kermanizadeh, J. Varet and H. Johnston;
11. Systemic health effects of carbon nanotubes following inhalation J. McDonald;
12. Dosimetry and metrology of carbon nanotubes L. Tran, L. MacCalman and R. Aitken; Index.
Ken Donaldson is the Professor of Respiratory Toxicology and Scientific Director in the ELEGI Colt Laboratory, Queen's Medical Research Institute, University of Edinburgh. Craig Poland is a Research Toxicologist within the SafeNano section of the Institute of Occupational Medicine. Rodger Duffin is an MRC funded Senior Fellow in Respiratory Medicine at the Queen's Medical Research Institute, University of Edinburgh. James Bonner is an Associate Professor of Toxicology at North Carolina State University.
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