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PET is the favored nuclear imaging technique because of the high sensitivity and resolution it provides, as well as the possibility for quantification of accumulated radioactivity. 44Sc (T1/2=3.97h, Eβ+=632keV) was recently proposed as a potentially interesting radionuclide for PET. The aim of this study was to investigate the image quality, which can be obtained with 44Sc, and compare it with five...
Diagnostic nuclear medicine makes use of two molecular imaging technologies, single-photon emission computed tomography (SPECT) and positron emission tomography (PET). SPECT and PET can be used to noninvasively identify and localize cancerous tumors through the use of marker proteins which are overproduced in cancer cells. The folate receptor (FR) is one such protein which is overexpressed in a variety...
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