Radiotracer ChemistryThe ability to use short-live isotopes for all applications stems from highly efficient and rapid chemical manipulations; yet a huge deficiency exists in the number of chemical transformations available for carbon-11, nitrogen-13, and fluorine-18 incorporation. For the potential of these isotopes to be more fully realized in applications of energy, environment and health, a fundamental “took-kit” of reactions will be expanded by developing novel chemical reactions, methods, and purification strategies. We accomplish this in the context of the production and purification of a variety of radiotracers that serve as scientific tools to measure and image the disposition, cellular targeting and short and long-term kinetics of organic compounds and nanoparticles in biological systems. This will build on Brookhaven’s history of cyclotron targetry chemistry (and on our recent breakthrough in C-11 chemistry, in the novel and rapid synthesis of [11C]formaldehyde) to develop new one-carbon labeled precursors and new methods for their incorporation into complex molecules. These studies are undertaken with a view to the discovery of methods which are mild and simple and can be translated to other labs without the need for expensive equipment or unusual chemicals.
Last Modified: May 27, 2009 |