655 Objectives: In clinical applications of simultaneous PET/MR abdominal imaging, such as
regular and delayed scans of patients with liver cancer, respiratory motion often causes …

68 Objectives Respiratory motion greatly degrades abdominal PET imaging. We report on
the first MR-based motion compensation in simultaneous PET/MR in oncologic patients with …

The integrated PET/MR combines the advantages of functional imaging device PET and
high resolution high contrast MRI, simultaneously acquiring PET and MR images at the …

646 Objectives Respiratory and cardiac (R&C) motion degrades the quality of PET images.
Our goal was to develop and evaluate an approach to use 1D MR navigator to guide dual …

Simultaneous PET/MR abdominal imaging suffers from respiratory artifacts which causes
motion blur of the PET images, further affecting clinical diagnosis. To eliminate motion blur …

643 Objectives Respiratory motion is a major source of image degradation in PET.
Integrated PET/MR allows for a variety of correction methods, utilising the full potential of …

261 Objectives Respiratory motion substantially deteriorates PET image quality. We
performed two in-vivo rabbit studies with radioactive beads implanted to demonstrate the …

Patient motion degrades image quality and quantitation of PET images, and is an obstacle to
quantitative PET imaging. The blurring owing to motion leads to the underestimation of …

654 Objectives: Simultaneous PET/MR system enables synchronized acquisition of
anatomical and functional information of human body. Conventional MR acquisition in …

370 Objectives To reduce motion blur and attenuation map mismatch in thoracic and
abdominal PET. Methods Simultaneous PET/MR examinations were performed on a …