Purpose: Despite multiple methodologies already proposed to correct respiratory motion in
the whole PET imaging field of view (FOV), such approaches have not found wide …

669 Objectives: The acquisition of respiratory synchronised PET/CT datasets provides
motion compensation but results in poor statistical quality images. However, gated frames …

Purpose Respiratory motion of lung lesions is a limiting factor of quantification of positron
emission tomography (PET) data. As some important applications of PET such as therapy …

The impact of a method for MR-based respiratory motion correction of PET data on lesion
visibility and quantification in patients with oncologic findings in the lung was evaluated …

The interest of PET complementary information for the delineation of the target volume in
radiotherapy of lung cancer is increasing. However, respiratory motion requires the …

1717 Objectives: The aim of this study was to investigate the feasibility of a rigid motion
correction method for respiratory gated positron emission tomography (PET). Methods: The …

Purpose: Respiratory motion during PET/CT imaging can cause substantial image blurring
and underestimation of tracer concentration for both static and dynamic studies. In this study …

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 …

PET-CT scanners allow robust and synergistic fusion of anatomic and functional information,
which has improved sensitivity, specificity, and enhancement in the value of PET and CT …

Respiratory motion during PET acquisitions can cause image artefacts, with sharpness and
tracer quantification adversely affected due to count 'smearing'. Motion correction by …