Publications
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Thallium-201 SPECT imaging of brain tumors: methods and results
[see comments]
Source: J Nucl Med 1990 Jun;31(6):965-969.
Author: Kim KT;Black KL;Marciano D;Mazziotta JC;Guze BH;Grafton S;Hawkins RA;Becker DP
PubMed ID: 2161453
Abstract:
Recent studies suggest that thallium-201 (201Tl) planar scans of brain tumors more accurately reflect viable tumor burden than CT, MRI, or radionuclide studies with other single-photon emitting compounds. We have previously reported the utility of 201Tl SPECT index in distinguishing low- from high-grade gliomas elsewhere. Here we describe the technical considerations of deriving a simple 201Tl index, based on uptake in the tumor normalized to homologous contralateral tissue, from SPECT images of brain tumors. We evaluated the importance of consistently correcting for tissue attenuation, as it may achieve better lesion discrimination on qualitative inspection, and the methodologic limitations imposed by partial volume effects at the limits of resolution
Source: J Nucl Med 1990 Jun;31(6):965-969.
Author: Kim KT;Black KL;Marciano D;Mazziotta JC;Guze BH;Grafton S;Hawkins RA;Becker DP
PubMed ID: 2161453
Abstract:
Recent studies suggest that thallium-201 (201Tl) planar scans of brain tumors more accurately reflect viable tumor burden than CT, MRI, or radionuclide studies with other single-photon emitting compounds. We have previously reported the utility of 201Tl SPECT index in distinguishing low- from high-grade gliomas elsewhere. Here we describe the technical considerations of deriving a simple 201Tl index, based on uptake in the tumor normalized to homologous contralateral tissue, from SPECT images of brain tumors. We evaluated the importance of consistently correcting for tissue attenuation, as it may achieve better lesion discrimination on qualitative inspection, and the methodologic limitations imposed by partial volume effects at the limits of resolution