The ready availability and ideal nuclear properties of 99m Tc has led to its widespread use
for imaging purposes. In general the localization of the present radiopharmaceuticals is …

The detection of a number of impurities in 99m Tc effluents from 99 Mo generators is
important for proper use of the generator systems. Their identification is described in this …

99mTc pharmaceuticals need to be labeled by a simple procedure shortly before use.
Because there is no effective chemistry available to attach a pertechnetate ion to an organic …

Practically nothing is known about the valence state of the technetium in these systems. A
direct determination of the chemistry of technetium-99tn-9 is out of the question because of …

This chapter summarizes the chemistry and the applications of technetium-labeled
compounds, and highlights the advances in the field and future trends. The importance of …

A new technique of technetium labeling using stannous pyrophosphate instead of stannous
chloride as reducing agent for pertechnetate has been applied to red blood cells and …

[en] The chemistries of gallium and technetium radiopharmaceuticals are discussed from the
viewpoints of periodic relationships and the information to be gained via application of the …

It has become well established in recent years that the soil-to-plant transfer factors of
technetium decrease with time [1] and that such reduction in uptake is accompanied by a …

The use of formamidine sulphinic acid as a reducing agent in the presence of technetium-99-
pertechnetate and diethyldithiocarbamate ligand has been shown to yield a complex …

The technical difficulties of labeling albumin, red blood cells, white blood cells, and platelets
are discussed with respect to the effect of procedural differences on the in vivo fate of the …