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Appl Radiat Isot ; 67(7-8 Suppl): S251-3, 2009 Jul.
Article in English | MEDLINE | ID: mdl-19375332

ABSTRACT

The purpose of the work was to build a prompt gamma neutron activation analysis (PGNAA) facility at the MEPhI reactor for analyzing the content of various elements for NCT. The facility was implemented on a monochromatic neutron beam. Methods of quantitative (10)B and Gd measurement have been developed for pharmacokinetic studies. The facility is capable of measuring 1 microg of (10)B and 10 microg of Gd in biological samples with an error less than 10%. The detection limit of the facility is 0.3 microg of (10)B and 2 microg of Gd. Neutron flux attenuation within biological tissue samples was estimated and a new system for determining the elemental concentration was suggested.


Subject(s)
Boron/analysis , Gadolinium/analysis , Neutron Activation Analysis/instrumentation , Animals , Boron/pharmacokinetics , Boron/therapeutic use , Boron Neutron Capture Therapy/statistics & numerical data , Gadolinium/pharmacokinetics , Gadolinium/therapeutic use , Gamma Rays , Humans , Isotopes/analysis , Isotopes/pharmacokinetics , Isotopes/therapeutic use , Mice , Neutron Activation Analysis/statistics & numerical data , Neutron Capture Therapy/statistics & numerical data , Nuclear Reactors , Russia , Tissue Distribution
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