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Journal of Nuclear Medicine Technology

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Imaging

Head Movement in Normal Subjects During Simulated Brain Imaging

Helen Patterson, G. Heather Clarke, Richard Guy and W. John McKay
Journal of Nuclear Medicine Technology December 1998, 26 (4) 257-261;
Helen Patterson
Department of Medical Radiations Science, Royal Melbourne Institute of Technology and Department of Nuclear Medicine and Centre for Positron Emission Tomography. Austin and Repatriation Medical Centre, Melbourne, Australia
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G. Heather Clarke
Department of Medical Radiations Science, Royal Melbourne Institute of Technology and Department of Nuclear Medicine and Centre for Positron Emission Tomography. Austin and Repatriation Medical Centre, Melbourne, Australia
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Richard Guy
Department of Medical Radiations Science, Royal Melbourne Institute of Technology and Department of Nuclear Medicine and Centre for Positron Emission Tomography. Austin and Repatriation Medical Centre, Melbourne, Australia
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W. John McKay
Department of Medical Radiations Science, Royal Melbourne Institute of Technology and Department of Nuclear Medicine and Centre for Positron Emission Tomography. Austin and Repatriation Medical Centre, Melbourne, Australia
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Abstract

Objective: Videotape images of 30 volunteers were used to classify and measure head movements that may occur during brain imaging.

Methods: A simple videotape setup was designed to record simultaneously the lateral and vertex views of the subject’s head. Volunteer subjects were positioned for brain imaging and their heads were videotaped for 2 hr. Head movement was identified and measured.

Results: All subjects demonstrated angular movement within the transaxial plane (rotation of the head). There was angular movement in the sagittal plane and translation of the transaxial plane. There was no movement of the coronal plane, nor was there any translational movement of the sagittal plane.

Conclusion: The most dominant head movement was rotation. The effects of other factors such as height, weight, age, smoking habits, and caffeine and alcohol intake could not be determined with this sample size.

  • head movement
  • motion artifact
  • brain imaging
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Journal of Nuclear Medicine Technology: 26 (4)
Journal of Nuclear Medicine Technology
Vol. 26, Issue 4
December 1, 1998
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Head Movement in Normal Subjects During Simulated Brain Imaging
Helen Patterson, G. Heather Clarke, Richard Guy, W. John McKay
Journal of Nuclear Medicine Technology Dec 1998, 26 (4) 257-261;

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Head Movement in Normal Subjects During Simulated Brain Imaging
Helen Patterson, G. Heather Clarke, Richard Guy, W. John McKay
Journal of Nuclear Medicine Technology Dec 1998, 26 (4) 257-261;
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Keywords

  • head movement
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