Respiratory motion during PET acquisition may lead to blurring in resulting images and
underestimation of uptake parameters. The advent of integrated PET/MR scanners allows us …

Patient motion due to respiration can lead to artefacts and blurring in positron emission
tomography (PET) images, in addition to quantification errors. The integration of PET with …

Integrated whole-body PET/MR facilitates the implementation of a broad variety of
respiratory motion correction strategies, taking advantage of the strengths of both modalities …

In PET imaging, patient motion due to respiration can lead to artifacts and blurring, in
addition to quantification errors. The integration of PET imaging with MRI in PET/MRI …

Purpose: Respiratory motion and partial‐volume effects are the two main sources of image
degradation in whole‐body PET imaging. Simultaneous PET‐MR allows measurement of …

Respiratory motion during PET imaging causes the resulting PET images to become
corrupted by artefacts. In this paper we describe a technique for motion-correction of PET …

Hybrid PET/MR combines the exceptional molecular sensitivity of PET with the high
resolution and versatility of MR imaging. Simultaneous data acquisition additionally …

Simultaneous PET and MR imaging is a promising new technique allowing the fusion of
functional (PET) and anatomic/functional (MR) information. In the thoracic–abdominal …

Respiratory motion is known to degrade image quality in PET imaging. The necessary
acquisition time of several minutes per bed position will inevitably lead to a blurring effect …

Respiratory and cardiac motion are a known source of image degradation and quantification
impairment in positron emission tomography (PET). In this study we use near-realistic …