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radiation health science report
The following was sent out in this month's NEA newsletter.
Mike Baker
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RADIATION PROTECTION AND PUBLIC HEALTH
Developments in Radiation Health Science and their Impact on
Radiation Protection
(The full report in PDF is available at
http://www.nea.fr/html/rp/reports/devrad.html )
This report includes a synthesis of the current scientific debate
about the use of the linear, no-threshold (LNT) dose-effect
hypothesis as a practical model for the regulation of radiation
protection. It identifies key elements of science on which there
is common agreement, areas of uncertainty or debate, and the
potential practical implications of various possible developments
in scientific knowledge. It reviews the present status of
knowledge in the following fields of radiation health sciences
which may have an implication for radiation protection:
· dose-effect relationships;
· causality;
· genetic susceptibility;
· combined effects.
Certain aspects of these issues are treated herein, as well as
their potential policy and application implications, which are
currently being discussed in the applied radiation protection and
scientific communities (UNSCEAR 93, UNSCEAR 94). The objective of
this report is to provide decision makers and non-specialists
with some insight into the critical points in these discussions.
The report also seeks to provide an understanding of the
scientific issues, and an appraisal of the possible developments
in the practice and regulation of radiation protection in view of
the scientific debate; it does not, however, engage in the debate
itself.
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