Radionuclide Image Guided Repair Of The Heart Jacc Cardiovascular Image based guidance of target and timing of novel reparative interventions, particularly by highly sensitive radionuclide imaging, may predict future clinical success. in this review we summarize the key concepts, practical needs, and future potential of radionuclide image guided repair of the damaged heart. Novel cardiovascular therapies increasingly modify molecular targets that may be heterogeneously expressed by patients. molecular imaging provides tissue level information on target expression and drug delivery to guide therapeutic intervention. implementing molecular imaging approaches may stratify patient risk and optimize therapeutic.
Radionuclide Image Guided Repair Of The Heart Jacc Cardiovascular The concept of image guided repair carves out an important and evolving niche for molecular imaging in cardiovascular medicine, with the potential not only to predict outcomes but also to improve patient stratification and progress toward personalized reparative therapy. keywords: inflammation; molecular imaging; myocardial infarction. Image based guidance of target and timing of novel reparative interventions, particularly by highly sensitive radionuclide imaging, may predict future clinical success. in this review we summarize the key concepts, practical needs, and future potential of radionuclide image guided repair of the damaged heart. The concept of image guided repair carves out an important and evolving niche for molecular imaging in cardiovascular medicine, with the potential not only to predict outcomes but also to improve. Therefore, the aims of this review are to: 1) explore the spectrum of pericardial diseases; 2) investigate the role of imaging to better understand the stages, progression, and resolution of disease; and 3) review the emerging role of cardiac imaging to guide therapy and establish overall prognosis.
Radionuclide Image Guided Repair Of The Heart Jacc Cardiovascular The concept of image guided repair carves out an important and evolving niche for molecular imaging in cardiovascular medicine, with the potential not only to predict outcomes but also to improve. Therefore, the aims of this review are to: 1) explore the spectrum of pericardial diseases; 2) investigate the role of imaging to better understand the stages, progression, and resolution of disease; and 3) review the emerging role of cardiac imaging to guide therapy and establish overall prognosis. These considerations are further fueled by the symbiotic quest of molecular cardiac imaging and therapy, ultimately leading to systems based, image guided, targeted therapy in cardiovascular medicine. future opportunities in the field include assessment of imaging guided drug development and systems based imaging of organ crosstalk. Doi: 10.1016 j.jcmg.2019.11.007 corpus id: 209448535; radionuclide image guided repair of the heart. @article{hess2019radionuclideir, title={radionuclide image guided repair of the heart.}, author={annika hess and james t. thackeray and kai c. wollert and frank michael bengel}, journal={jacc.
Radionuclide Image Guided Repair Of The Heart Jacc Cardiovascular These considerations are further fueled by the symbiotic quest of molecular cardiac imaging and therapy, ultimately leading to systems based, image guided, targeted therapy in cardiovascular medicine. future opportunities in the field include assessment of imaging guided drug development and systems based imaging of organ crosstalk. Doi: 10.1016 j.jcmg.2019.11.007 corpus id: 209448535; radionuclide image guided repair of the heart. @article{hess2019radionuclideir, title={radionuclide image guided repair of the heart.}, author={annika hess and james t. thackeray and kai c. wollert and frank michael bengel}, journal={jacc.
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