Defects on SPECT “Perfusion” Images Can Occur Due to Abnormal Segmental Contraction

Robert L. Eisner; L. Susan Schmarkey; Sharon E. Martin; Daniel Carey; Marquis A. Worthy; Tsann H. Chu; Steven F. Horowitz; Randolph E. Patterson

Research ArticleLaboratory Studies

Defects on SPECT “Perfusion” Images Can Occur Due to Abnormal Segmental Contraction

Robert L. Eisner, L. Susan Schmarkey, Sharon E. Martin, Daniel Carey, Marquis A. Worthy, Tsann H. Chu, Steven F. Horowitz and Randolph E. Patterson

Journal of Nuclear Medicine April 1994, 35 (4) 638-643;

Robert L. Eisner

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L. Susan Schmarkey

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Sharon E. Martin

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Daniel Carey

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Marquis A. Worthy

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Tsann H. Chu

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Steven F. Horowitz

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Randolph E. Patterson

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This article has corrections. Please see:

Plasma D-Dimer: A Useful Tool for Evaluating Suspected Pulmonary Embolus - September 01, 1993
Erratum - December 01, 1993
Correction: Quantitative Measurement of Renal Perfusion Following Transplant Surgery - December 01, 1988

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Journal of Nuclear Medicine

Vol. 35, Issue 4

April 1, 1994

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Defects on SPECT “Perfusion” Images Can Occur Due to Abnormal Segmental Contraction

Robert L. Eisner, L. Susan Schmarkey, Sharon E. Martin, Daniel Carey, Marquis A. Worthy, Tsann H. Chu, Steven F. Horowitz, Randolph E. Patterson

Journal of Nuclear Medicine Apr 1994, 35 (4) 638-643;

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Defects on SPECT “Perfusion” Images Can Occur Due to Abnormal Segmental Contraction

Robert L. Eisner, L. Susan Schmarkey, Sharon E. Martin, Daniel Carey, Marquis A. Worthy, Tsann H. Chu, Steven F. Horowitz, Randolph E. Patterson

Journal of Nuclear Medicine Apr 1994, 35 (4) 638-643;

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Plasma D-Dimer: A Useful Tool for Evaluating Suspected Pulmonary Embolus
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Correction: Quantitative Measurement of Renal Perfusion Following Transplant Surgery

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