Myocardial Uptake of the Fatty Acid Analog 14-Fluorine-18-Fluoro-6-Thia-Heptadecanoic Acid in Comparison to Beta-Oxidation Rates by Tritiated Palmitate

Charles K. Stone; Robert A. Pooley; Timothy R. DeGrado; Britta Renstrom; Robert J. Nickles; Stephen H. Nellis; A.James Liedtke; James E. Holden

Research ArticleNuclear Cardiology

Myocardial Uptake of the Fatty Acid Analog 14-Fluorine-¹⁸-Fluoro-6-Thia-Heptadecanoic Acid in Comparison to Beta-Oxidation Rates by Tritiated Palmitate

Charles K. Stone, Robert A. Pooley, Timothy R. DeGrado, Britta Renstrom, Robert J. Nickles, Stephen H. Nellis, A.James Liedtke and James E. Holden

Journal of Nuclear Medicine October 1998, 39 (10) 1690-1696;

Charles K. Stone

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Robert A. Pooley

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Timothy R. DeGrado

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Britta Renstrom

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Robert J. Nickles

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Stephen H. Nellis

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A.James Liedtke

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James E. Holden

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Journal of Nuclear Medicine

Vol. 39, Issue 10

October 1, 1998

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Myocardial Uptake of the Fatty Acid Analog 14-Fluorine-¹⁸-Fluoro-6-Thia-Heptadecanoic Acid in Comparison to Beta-Oxidation Rates by Tritiated Palmitate

Charles K. Stone, Robert A. Pooley, Timothy R. DeGrado, Britta Renstrom, Robert J. Nickles, Stephen H. Nellis, A.James Liedtke, James E. Holden

Journal of Nuclear Medicine Oct 1998, 39 (10) 1690-1696;

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Myocardial Uptake of the Fatty Acid Analog 14-Fluorine-¹⁸-Fluoro-6-Thia-Heptadecanoic Acid in Comparison to Beta-Oxidation Rates by Tritiated Palmitate

Charles K. Stone, Robert A. Pooley, Timothy R. DeGrado, Britta Renstrom, Robert J. Nickles, Stephen H. Nellis, A.James Liedtke, James E. Holden

Journal of Nuclear Medicine Oct 1998, 39 (10) 1690-1696;

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An Evaluation of Myocardial Fatty Acid and Glucose Uptake Using PET with [18F]Fluoro-6-Thia-Heptadecanoic Acid and [18F]FDG in Patients with Congestive Heart Failure

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