In this review, the continuing importance and status of development of radionuclide
generator systems for nuclear medicine are discussed. Radioisotope costs and availability …

[en] This chapter is devoted to the methods of computer assisted tomography for
determination of the three-dimensional distribution of gamma-emitting radionuclides in the …

In oncology drug development there is an increasing need for the in vivo physiological
measurement of changes in tumour blood flow in response to therapy. Positron Emission …

A new technique for measuring local blood flow and distribution volume is proposed. The
technique uses short-lived isotopes but is different from the equilibrium method in that no …

Abstract Changes in the distribution of the hepatic blood flow induced by intra‐arterial
infusion of angiotensin II (AT‐II) were studied in human hepatic cancers using extremely …

Bone scanning with technetium-labeled diphos phonate compounds is used increasingly as
an aid to medical diagnosis. Various factors have been suggested as determinants of the …

Recent developments in the technique of constant infusion and in emission computed
tomography have provided a new method for quantitative regional flow measurements. The …

The definition and basic nuclear physics of clinical radionuclide generators are briefly
described. Elution methods and the effects of breakthrough contributing to the daughter's …

Cerebral hemodynamics in six patients with supratentorial arteriovenous malformations
(AVMs) were studied by using single-photon emission CT with three types of radioactive …

Excitation functions for (p, xn) reactions on natural thin krypton gas targets in the 10-45 MeV
proton energy range were measured. Different thick target designs for/sup 81/Rb-sup (81m) …