1-[Carbon-11]-Glucose Radiation Dosimetry and Distribution in Human Imaging Studies

Michael M. Graham; Lanell M. Peterson; Mark Muzi; Brian B. Graham; Alexander M. Spence; Jeanne M. Link; Kenneth A. Krohn

Research ArticleGeneral Nuclear Medicine

1-[Carbon-11]-Glucose Radiation Dosimetry and Distribution in Human Imaging Studies

Michael M. Graham, Lanell M. Peterson, Mark Muzi, Brian B. Graham, Alexander M. Spence, Jeanne M. Link and Kenneth A. Krohn

Journal of Nuclear Medicine October 1998, 39 (10) 1805-1810;

Michael M. Graham

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Lanell M. Peterson

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Mark Muzi

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Brian B. Graham

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Alexander M. Spence

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Jeanne M. Link

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Kenneth A. Krohn

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This article has corrections. Please see:

Erratum - January 01, 1994
Erratum - January 01, 1994
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. 39, Issue 10

October 1, 1998

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1-[Carbon-11]-Glucose Radiation Dosimetry and Distribution in Human Imaging Studies

Michael M. Graham, Lanell M. Peterson, Mark Muzi, Brian B. Graham, Alexander M. Spence, Jeanne M. Link, Kenneth A. Krohn

Journal of Nuclear Medicine Oct 1998, 39 (10) 1805-1810;

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1-[Carbon-11]-Glucose Radiation Dosimetry and Distribution in Human Imaging Studies

Michael M. Graham, Lanell M. Peterson, Mark Muzi, Brian B. Graham, Alexander M. Spence, Jeanne M. Link, Kenneth A. Krohn

Journal of Nuclear Medicine Oct 1998, 39 (10) 1805-1810;

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

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