Steroid-induced suppression of gallium uptake in tumors of the central nervous system: concise communication.
Alan D. Waxman, John R. Beldon, William R. Richli, Doina E. Tanasescu, Jan K. Siemsen
Abstract
Alan D. Waxman, John R. Beldon, William R. Richli, Doina E. Tanasescu, Jan K. Siemsen
Abstract
The effect of steroids given in greater than replacement doses on the gallium and technetium glucoheptonate brain scan is evaluated by comparing the relative sensitivity of both radiopharmaceuticals in patients both on and off steroids. The study shows a significant steroid effect on the sensitivity of 95% to 64% following steroids. Steroids did not significantly alter the sensitivity of the technetium glucoheptonate study. The superiority of the TcGH brain scan over the gallium citrate brain scan in the steroid population suggests a difference in the uptake mechanism for the two radiopharmaceuticals.
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The effect of steroids given in greater than replacement doses on the gallium and technetium glucoheptonate brain scan is evaluated by comparing the relative sensitivity of both radiopharmaceuticals in patients both on and off steroids. The study shows a significant steroid effect on the sensitivity of 95% to 64% following steroids. Steroids did not significantly alter the sensitivity of the technetium glucoheptonate study. The superiority of the TcGH brain scan over the gallium citrate brain scan in the steroid population suggests a difference in the uptake mechanism for the two radiopharmaceuticals.
Key concepts: Steroid, Gallium, Central nervous system, Technetium-99m, Technetium, Population, Nuclear medicine, Chemistry