
ICRP Publication 100
Human Alimentary Tract Model for Radiological Protection
Series: Annals of the ICRP;
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Product details:
- Edition number and title ICRP Publication
- Edition number 1
- Publisher SAGE Publications Ltd
- Date of Publication 26 May 2007
- ISBN 9780080450636
- Binding Paperback
- No. of pages340 pages
- Weight 413 g
- Language English 0
Categories
Short description:
This report provides reviews of information on the transit of materials through the alimentary tract and on radionuclide retention and absorption. It considers data on health effects, principally in order to specify the target cells for cancer induction within the mucosal lining of the tract and to justify approaches taken to dose averaging within regions. Comparisons are made between doses calculated using the HATM and the Publication 30 model for examples of radionuclide ingestion for which absorption is assumed to occur in the small intestine alone. Examples are also given of the effect on doses of considering absorption from other regions and the effect of possible retention in the alimentary tract. This report also considers uncertainties in model assumptions and their effect on doses, including alimentary tract dimensions, transit times, radionuclide absorption values, and the location of targets for cancer induction.
MoreLong description:
This report provides reviews of information on the transit of materials through the alimentary tract and on radionuclide retention and absorption. It considers data on health effects, principally in order to specify the target cells for cancer induction within the mucosal lining of the tract and to justify approaches taken to dose averaging within regions. Comparisons are made between doses calculated using the HATM and the Publication 30 model for examples of radionuclide ingestion for which absorption is assumed to occur in the small intestine alone. Examples are also given of the effect on doses of considering absorption from other regions and the effect of possible retention in the alimentary tract. This report also considers uncertainties in model assumptions and their effect on doses, including alimentary tract dimensions, transit times, radionuclide absorption values, and the location of targets for cancer induction.
MoreTable of Contents:
Provides a Human Alimentary Tract Model (HATM) to complement the Publication 66" Human Respiratory Tract Model (HRTM) published in 1994. An important aspect of both the HATM and HRTM is their treatment of intakes by children as well as male and female adults and hence their applicability to environmental as well as occupational exposures."
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