MATERIALS AND METHODS Osmium-191 Production and Processing Osmium-191 was
prepared by neutron irradiation of isotopically enriched (97.8%) granulated metallic os mium …

A new osmium-i91/indium-i91m (lalOs [@ 9lmlr) radionuclidegeneratorhas beendeveloped
that offershighl9lmIryield (> 20%/mI) andlow 19105breakthrough (< 5 x 10@'%/ml) when …

The production of osmium-191 by thermal neutron irradiation of enriched osmium-190 has
been evaluated at neutron flux values from 4× 10 14 to 2.5× 10 15 neutron cm− 2 s− 1 in the …

188Reis a useful generator-produced radioisÃģtopo currently under evaluation for a variety
of therapeutic applications, includ ing bone pain palliation and intravascular radiation …

[en] The use of iodine-123 in nuclear medicine procedures is well documented in the
scientific literature. Also, several methods for its production based on accelerator techniques …

An evaluation of adsorbents for potential use in the 191 Os/191m Ir medical radionuclide
generator was performed. The adsorbents included 39 inorganic materials broadly classified …

MATERIALSAND METHODS The Sr-82 was produced and processed at the Los Alamos
Scientific Laboratory's Meson Physics Facility by irradiation of a molybdenum target with 700 …

An increasing interest in zirconium-89 (89 Zr) can be attributed to the isotope's half-life which
is compatible with antibody imaging using positron emission tomography (PET). The goal of …

Although the trend in radionuclide generator research has declined (FIG. 1), radionuclide
generator systems continue to play an important role in nuclear medicine [1-3]. Technetium …

The use of generator-produced 82 Rb for positron emission tomography studies in clinical
nuclear medicine requires a number of factors to be considered. These include 82 Sr …