期刊： EJNMMI PHYSICS, 2021; 8 (1)
Background Standardized uptake value (SUV) normalized by lean body mass ([LBM] SUL) is recommended as metric by PERCIST 1.0. The James predictive equa......
期刊： EJNMMI PHYSICS, 2021; 8 (1)
PurposeTo systematically evaluate the consistency of various standardized uptake value (SUV) lean body mass (LBM) normalization methods in a clinical ......
期刊： EJNMMI PHYSICS, 2021; 8 (1)
Purpose A 2-m axial field-of-view, total-body PET/CT scanner (uEXPLORER) has been recently developed to provide total-body coverage and ultra-high sen......
期刊： EJNMMI PHYSICS, 2021; 8 (1)
Background: The study aimed to establish a Ga-68-FAPI-04 kinetic model in hepatic lesions, to determine the potential role of kinetic parameters in th......
期刊： EJNMMI PHYSICS, 2021; 8 (1)
Background Tc-99m-PYP scintigraphy provides differential diagnosis of ATTR cardiomyopathy (ATTR-CM) from light chain cardiac amyloidosis and other myo......
期刊： EJNMMI PHYSICS, 2021; 8 (1)
Background Integrated whole-body PET/MR technology continues to mature and is now extensively used in clinical settings. However, due to the special d......
期刊： EJNMMI PHYSICS, 2020; 7 (1)
Background The aim of this study is to conduct physical performance evaluation on the uMI550 whole-body PET/CT system according to the NEMA NU2-2018 s......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Background To generate high-quality bone scan SPECT images from only 1/7 scan time SPECT images using deep learning-based enhancement method. Material......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Background The total-body positron emission tomography (PET) scanner provides an unprecedented opportunity to scan the whole body simultaneously, than......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Objectives To validate a total-body PET-guided deep progressive learning reconstruction method (DPR) for low-dose F-18-FDG PET imaging. Methods List-m......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Purpose Efforts have been made both to avoid invasive blood sampling and to shorten the scan duration for dynamic positron emission tomography (PET) i......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Background The present study aimed to explore the boundary of acquisition time and propose an optimized acquisition time range for total-body positron......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Background To evaluate two respiratory correction methods for abdominal PET/MRI images and further to analyse the effects on standard uptake values (S......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Purpose This study aimed to investigate the impact of a deep learning (DL)-based denoising method on the image quality and lesion detectability of F-1......
期刊： EJNMMI PHYSICS, 2022; 9 (1)
Background: Q.Clear is a block sequential regularized expectation maximization penalized-likelihood reconstruction algorithm for Positron Emission Tom......
