Titlebook: Nuclear Analytical Methods in the Life Sciences; Rolf Zeisler,Vincent P. Guinn Book 1990 Springer Science+Business Media New York 1990 Cal

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Fluorine Concentrations in Bone Biopsy Samples Determined by Proton-Induced Gamma-Ray Emission and Che sample excited In PIGE by determining the major element composition of the samples In order to express results In terms of concentration. From this preliminary Investigation, a relationship is suggested between fluorine concentrations In bone and aluminium levels in the system.

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Instrumental Neutron Activation Analysis of Biological Samplesrials. Of these 18 materials, 14 are NBS Standard Reference Materials and four are IAEA reference materials. Overall, the results show that a mean of 52% of the input elements can be determined to a relative standard deviation of ± 10% or better by reactor flux (thermal plus epithermal) INAA.

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Nondestructive Determination of Arsenic in urine by Epithermal Neutron Activation Analysis and Compty measurements were between ± 1 and ±20%. Biological and geological reference materials from the National Institute of Standards and Technology (NIST) were also analyzed for arsenic content. Typically, the precision achieved again was between 2 and 12%, whereas the accuracy measurements were in excellent agreement with the certified values.

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The Use of Compton Suppression Spectrometers for Trace Element Studies in Biological Materialsof radio- nuclides demonstrate the drastic time saving for measurement of monoenergetic decaying isotopes. The comparison of results from three different instruments proves the general usefulness of Compton suppression spectrometers for Neutron Activation Analysis of biological samples.

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