A method for automatic volume segmentation of functional imaging based on a relationship between source-to-background ratio and the iso-activity level to be used is described. Such method, which has been established with radioactive spheres in a phantom, is independent of the a priori knowledge of the lesion of interest and is valid for small (>2 ml) and/or poorly contrasted (S/B>1.5) lesions. Accuracy varies slightly with the image reconstruction algorithm used
In PET, partial-volume effects cause errors in estimation of size and activity for small objects wit...
Aim. To evaluate reproducibility and stability of radiomic features as effects of the use of differe...
Segmentation of anatomical structures and tumors is an important prerequisite for the interpretation...
A robust lesion segmentation method is critical for quantification of lesion activity in positron em...
Tumor functional volume (FV) and its mean activity concentration (mAC) are the quantities derived fr...
International audiencePURPOSE: Current state-of-the-art algorithms for functional uptake volume segm...
The segmentation of metastatic volumes in PET is usually per-formed by thresholding methods. In a cl...
PURPOSE: The purpose of this educational report is to provide an overview of the present state-of-th...
OBJECTIVES: The determination of lesion boundaries on FDG PET is difficult due to the point-spread b...
International audienceOver the past few years several automatic and semi-automatic PET segmentation ...
The work presented here considers three volume-imaging positron emission tomography (PET) reconstruc...
International audiencePURPOSE: Accurate contouring of positron emission tomography (PET) functional ...
Robust tumor activity quantification recently finds application in challenging medical scenarios lik...
PET is widely adopted in clinical oncology to investigate the biochemical characteristics of maligna...
The aim of this work is to evaluate the role of different amount of attenuation and scatter on FDG-P...
In PET, partial-volume effects cause errors in estimation of size and activity for small objects wit...
Aim. To evaluate reproducibility and stability of radiomic features as effects of the use of differe...
Segmentation of anatomical structures and tumors is an important prerequisite for the interpretation...
A robust lesion segmentation method is critical for quantification of lesion activity in positron em...
Tumor functional volume (FV) and its mean activity concentration (mAC) are the quantities derived fr...
International audiencePURPOSE: Current state-of-the-art algorithms for functional uptake volume segm...
The segmentation of metastatic volumes in PET is usually per-formed by thresholding methods. In a cl...
PURPOSE: The purpose of this educational report is to provide an overview of the present state-of-th...
OBJECTIVES: The determination of lesion boundaries on FDG PET is difficult due to the point-spread b...
International audienceOver the past few years several automatic and semi-automatic PET segmentation ...
The work presented here considers three volume-imaging positron emission tomography (PET) reconstruc...
International audiencePURPOSE: Accurate contouring of positron emission tomography (PET) functional ...
Robust tumor activity quantification recently finds application in challenging medical scenarios lik...
PET is widely adopted in clinical oncology to investigate the biochemical characteristics of maligna...
The aim of this work is to evaluate the role of different amount of attenuation and scatter on FDG-P...
In PET, partial-volume effects cause errors in estimation of size and activity for small objects wit...
Aim. To evaluate reproducibility and stability of radiomic features as effects of the use of differe...
Segmentation of anatomical structures and tumors is an important prerequisite for the interpretation...