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Journal of Nuclear Medicine

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Meeting ReportCardiovascular

Evaluation of 18F-Rho6G as a Novel PET Tracer for Myocardial Perfusion Imaging in a Swine Ischemia Reperfusion Model.

Stephanie Thorn, David Labaree, Nabeel Nabulsi, Paul Emery, Zachary Felchner, Shin Rong Lee, Kristin Haraldsdottir, Christi Hawley, Marina Mamarian, Chi Liu, S. Ted Treves, James Inkster, Yiyun Huang, Alan Packard and Albert Sinusas
Journal of Nuclear Medicine May 2019, 60 (supplement 1) 235;
Stephanie Thorn
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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David Labaree
8Yale University PET Center New Haven CT United States
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Nabeel Nabulsi
4Yale PET Center New Haven CT United States
5Yale PET Center New Haven CT United States
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Paul Emery
4Yale PET Center New Haven CT United States
5Yale PET Center New Haven CT United States
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Zachary Felchner
4Yale PET Center New Haven CT United States
5Yale PET Center New Haven CT United States
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Shin Rong Lee
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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Kristin Haraldsdottir
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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Christi Hawley
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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Marina Mamarian
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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Chi Liu
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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S. Ted Treves
3Harvard Medical School Wellesley Hills MA United States
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James Inkster
1Radiology Boston Children's Hospital Boston MA United States
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Yiyun Huang
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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Alan Packard
2Boston Children's Hospital/Harvard Medical School Boston MA United States
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Albert Sinusas
6Yale University New Haven CT United States
7Yale University New Haven CT United States
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Journal of Nuclear Medicine
Vol. 60, Issue supplement 1
May 1, 2019
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Evaluation of 18F-Rho6G as a Novel PET Tracer for Myocardial Perfusion Imaging in a Swine Ischemia Reperfusion Model.
Stephanie Thorn, David Labaree, Nabeel Nabulsi, Paul Emery, Zachary Felchner, Shin Rong Lee, Kristin Haraldsdottir, Christi Hawley, Marina Mamarian, Chi Liu, S. Ted Treves, James Inkster, Yiyun Huang, Alan Packard, Albert Sinusas
Journal of Nuclear Medicine May 2019, 60 (supplement 1) 235;

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Evaluation of 18F-Rho6G as a Novel PET Tracer for Myocardial Perfusion Imaging in a Swine Ischemia Reperfusion Model.
Stephanie Thorn, David Labaree, Nabeel Nabulsi, Paul Emery, Zachary Felchner, Shin Rong Lee, Kristin Haraldsdottir, Christi Hawley, Marina Mamarian, Chi Liu, S. Ted Treves, James Inkster, Yiyun Huang, Alan Packard, Albert Sinusas
Journal of Nuclear Medicine May 2019, 60 (supplement 1) 235;
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More in this TOC Section

Cardiovascular

  • Cardiac β-Adrenergic Receptor Downregulation, Evaluated by Cardiac PET, in Chronotropic Incompetence
  • Diagnostic Performance of PET Versus SPECT Myocardial Perfusion Imaging in Patients with Smaller Left Ventricles: A Substudy of the 18F-Flurpiridaz Phase III Clinical Trial
  • Quantification of Macrophage-Driven Inflammation During Myocardial Infarction with 18F-LW223, a Novel TSPO Radiotracer with Binding Independent of the rs6971 Human Polymorphism
Show more Cardiovascular

Cardiovascular Basic Science: Myocardial Perfusion and Flow Quantification

  • A Non-Invasive Photoacoustic Imaging with Erythrocyte Derived Optical Nanoparticles to Detect CAD in In Vivo Mice
  • Comparison among 82Rb PET/CT myocardial flow reserve methods
  • Comparison of a new whole body CZT SPECT-CT camera vs. dedicated cardiac CZT for myocardial perfusion imaging using an anthropomorphic torso phantom.
Show more Cardiovascular Basic Science: Myocardial Perfusion and Flow Quantification

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