Respiratory motion artifacts may affect interpretation of whole-body 18F-FDG PET/CT scans,
especially when lesions are localized between the liver and the lung. We report a case of a …

Purpose Respiratory motion has been reported to be a potential cause of artefacts on
PET/CT, and of errors in the quantification of lesion activity due to inaccurate attenuation …

PET-CT scanners allow generation of transmission maps from CT. The use of CT attenuation
correction (CTAC) instead of germanium-68 attenuation correction (Ge AC) might be …

P1381 Introduction: Respiratory motion induced misregistration between PET and CT and
motion-blur in PET data can compromise accurate localization and quantification in whole …

Objective Respiratory motion in 18F-fluorodeoxyglucose positron emission
tomography/computed tomography (FDG PET/CT) induces blurred images, leading to errors …

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 …

228 Objectives: Respiratory motions of organs may lead to blurring in PET/CT images,
resulting in lower detectability of lesions and inaccurate SUV measurement. Motion …

P1261 Introduction: For below-the-neck PET/CT imaging, respiratory motion (RM) has
become one of the most prevalent causes of image artifact, especially in terms of (1) RM …

Respiratory motion during the CT and PET parts of a PET/CT scan leads to imperfect
alignment of anatomic features seen by the 2 modalities. In this work, we concentrate on the …

To reduce potential mis-registration from differences in the breathing pattern between two
complementary PET and CT data sets, patients are generally allowed to breathe quietly …