Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imaging

Despite the advances associated with the introduction of PET technology, reasons to consider that SPECT, particularly with radiopharmaceuticals will continue playing an important role in Nuclear Medicine, are presented. The details examined are the following ones. An improvement of the technology S...

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Main Author: Adriano Duatti
Format: Article
Language:English
Published: Centro de Gestión de la Información y Desarrollo de la Energía (CUBAENERGIA) 2012-07-01
Series:Nucleus
Subjects:
Online Access:http://nucleus.cubaenergia.cu/index.php/nucleus/article/view/571
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spelling doaj-b225d95c3ee8476cb17e45a260abd2902020-11-25T03:27:19ZengCentro de Gestión de la Información y Desarrollo de la Energía (CUBAENERGIA)Nucleus0864-084X2075-56352012-07-01052569Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imagingAdriano Duatti0Laboratory of Nuclear MedicineDespite the advances associated with the introduction of PET technology, reasons to consider that SPECT, particularly with radiopharmaceuticals will continue playing an important role in Nuclear Medicine, are presented. The details examined are the following ones. An improvement of the technology SPECT is appreciated with the development of new detection systems and the advantages of the appearance of the hybrid systems SPECT / TAC. The biggest half-life of the main SPECT radionuclides like and in comparison with PET radionuclides, facilitates its transportation at larger distances, allow the realization of studies with radiopharmaceuticals with different radionuclides in the same patient, and the possibility of the detection of lesions of low tracer accumulation. Finally the main base core for complex formation with different ligands are reviewed, as a background that assure the appearance of new radiopharmaceuticals of practical interest. The oncological and cardiological potential applications are examined with emphasis in these last ones. It is clear that radiopharmacy will continue playing an important role in nuclear medicine.http://nucleus.cubaenergia.cu/index.php/nucleus/article/view/571miocardio, tecnecio 99, órganos perfundidos, radiofármacos, medicina nuclear, tomografía de emisión computarizada de fotón único
collection DOAJ
language English
format Article
sources DOAJ
author Adriano Duatti
spellingShingle Adriano Duatti
Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imaging
Nucleus
miocardio, tecnecio 99, órganos perfundidos, radiofármacos, medicina nuclear, tomografía de emisión computarizada de fotón único
author_facet Adriano Duatti
author_sort Adriano Duatti
title Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imaging
title_short Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imaging
title_full Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imaging
title_fullStr Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imaging
title_full_unstemmed Is Technetium-99m dead or still alive? An outlook to recent developments with specialfocus on myocardial perfusion imaging
title_sort is technetium-99m dead or still alive? an outlook to recent developments with specialfocus on myocardial perfusion imaging
publisher Centro de Gestión de la Información y Desarrollo de la Energía (CUBAENERGIA)
series Nucleus
issn 0864-084X
2075-5635
publishDate 2012-07-01
description Despite the advances associated with the introduction of PET technology, reasons to consider that SPECT, particularly with radiopharmaceuticals will continue playing an important role in Nuclear Medicine, are presented. The details examined are the following ones. An improvement of the technology SPECT is appreciated with the development of new detection systems and the advantages of the appearance of the hybrid systems SPECT / TAC. The biggest half-life of the main SPECT radionuclides like and in comparison with PET radionuclides, facilitates its transportation at larger distances, allow the realization of studies with radiopharmaceuticals with different radionuclides in the same patient, and the possibility of the detection of lesions of low tracer accumulation. Finally the main base core for complex formation with different ligands are reviewed, as a background that assure the appearance of new radiopharmaceuticals of practical interest. The oncological and cardiological potential applications are examined with emphasis in these last ones. It is clear that radiopharmacy will continue playing an important role in nuclear medicine.
topic miocardio, tecnecio 99, órganos perfundidos, radiofármacos, medicina nuclear, tomografía de emisión computarizada de fotón único
url http://nucleus.cubaenergia.cu/index.php/nucleus/article/view/571
work_keys_str_mv AT adrianoduatti istechnetium99mdeadorstillaliveanoutlooktorecentdevelopmentswithspecialfocusonmyocardialperfusionimaging
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