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Journal of Nuclear Medicine

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OtherClinical Investigations

PET/CT: Comparison of Quantitative Tracer Uptake Between Germanium and CT Transmission Attenuation-Corrected Images

Yuji Nakamoto, Medhat Osman, Christian Cohade, Laura T. Marshall, Jonathan M. Links, Steve Kohlmyer and Richard L. Wahl
Journal of Nuclear Medicine September 2002, 43 (9) 1137-1143;
Yuji Nakamoto
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Medhat Osman
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Christian Cohade
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Laura T. Marshall
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Jonathan M. Links
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Steve Kohlmyer
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Richard L. Wahl
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Article Information

vol. 43 no. 9 1137-1143
PubMed 
12215550

Published By 
Society of Nuclear Medicine
Print ISSN 
0161-5505
Online ISSN 
2159-662X
History 
  • Published online September 1, 2002.

Copyright & Usage 
THE JOURNAL OF NUCLEAR MEDICINE

Author Information

  1. Yuji Nakamoto, MD, PhD1,
  2. Medhat Osman, MD, PhD1,
  3. Christian Cohade, MD1,
  4. Laura T. Marshall, BS1,
  5. Jonathan M. Links, PhD2,
  6. Steve Kohlmyer, MS3 and
  7. Richard L. Wahl, MD1
  1. 1Division of Nuclear Medicine, Johns Hopkins School of Medicine, Baltimore, Maryland
  2. 2Department of Environmental Health Sciences, Johns Hopkins School of Public Health, Baltimore, Maryland
  3. 3General Electric Medical Systems, Milwaukee, Wisconsin
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Journal of Nuclear Medicine
Vol. 43, Issue 9
September 1, 2002
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PET/CT: Comparison of Quantitative Tracer Uptake Between Germanium and CT Transmission Attenuation-Corrected Images
Yuji Nakamoto, Medhat Osman, Christian Cohade, Laura T. Marshall, Jonathan M. Links, Steve Kohlmyer, Richard L. Wahl
Journal of Nuclear Medicine Sep 2002, 43 (9) 1137-1143;

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PET/CT: Comparison of Quantitative Tracer Uptake Between Germanium and CT Transmission Attenuation-Corrected Images
Yuji Nakamoto, Medhat Osman, Christian Cohade, Laura T. Marshall, Jonathan M. Links, Steve Kohlmyer, Richard L. Wahl
Journal of Nuclear Medicine Sep 2002, 43 (9) 1137-1143;
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  • Impact of MR-Based Attenuation Correction on Neurologic PET Studies
  • Fast Patch-Based Pseudo-CT Synthesis from T1-Weighted MR Images for PET/MR Attenuation Correction in Brain Studies
  • MR-Based Attenuation Correction Using Ultrashort-Echo-Time Pulse Sequences in Dementia Patients
  • Performance of Whole-Body Integrated 18F-FDG PET/MR in Comparison to PET/CT for Evaluation of Malignant Bone Lesions
  • Tissue Classification as a Potential Approach for Attenuation Correction in Whole-Body PET/MRI: Evaluation with PET/CT Data
  • Quantitative Assessment of the Influence of Location, Internal Temperature, Idle Time, and Normalization on the Sensitivity of a Mobile PET/CT Scanner
  • Does Reducing CT Artifacts from Dental Implants Influence the PET Interpretation in PET/CT Studies of Oral Cancer and Head and Neck Cancer?
  • Dual-Modality Imaging: Combining Anatomy and Function
  • Cine CT for Attenuation Correction in Cardiac PET/CT
  • Accuracy of PET for Diagnosis of Solid Pulmonary Lesions with 18F-FDG Uptake Below the Standardized Uptake Value of 2.5
  • Attenuation Correction of PET Images with Respiration-Averaged CT Images in PET/CT
  • CT in PET/CT: Essential Features of Interpretation
  • Radiation Exposure of Patients Undergoing Whole-Body Dual-Modality 18F-FDG PET/CT Examinations
  • Application of Intravenous Contrast in PET/CT: Does It Really Introduce Significant Attenuation Correction Error?
  • Why Nearly All PET of Abdominal and Pelvic Cancers Will Be Performed as PET/CT
  • Correction for Oral Contrast Artifacts in CT Attenuation-Corrected PET Images Obtained by Combined PET/CT
  • Cause and Magnitude of the Error Induced by Oral CT Contrast Agent in CT-Based Attenuation Correction of PET Emission Studies
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