Add to ORKGThe aim of this work was to calculate S values for 99mTc, 67Ga, 68Ga, 18F, 223Ra, 166Ho, 90Y, 161Tb 131I and 177Lu, using a mouse phantom (MOBY) standard and considering the anatomic sizes from males and females, the simulation of radiation transport was performed with GATE/Geant4 platform. This indicates that in the internal dosimetry the use of a customized geometry is relevant for each gender and a standard model is not a good choice
The aim of this study was to create and test a new mice 3D-voxel phantom named DM_BRA for mice and h...
Purpose: To utilize advanced computational phantoms to determine absorbed dose, dose equivalent, and...
Radionuclide therapy requires patient-specific planning of the absorbed dose to target volumes, in m...
Introduction: Biokinetic and dosimetry studies in small animals often precede clinical radionuclide ...
In addition to being a powerful clinical tool, Positron emission tomography (PET) is also used in sm...
Abstract Background. Clinical treatment with radionuclides is usually preceded by biokinetic and dos...
International audienceIntroduction: Small animal dosimetry serves as an important link in establishi...
Several updated Monte Carlo (MC) codes are available to perform calculations of voxel S values for r...
Positron emission tomography (PET) is a powerful tool in small animal research, enabling noninvasive...
The ability to estimate absorbed doses in experimental animals to which radiolabeled material has be...
International audienceIn order to support animal experiments of chronic radionuclides intake with re...
The aim of this study was to create and test a new mice 3D-voxel phantom named DM_BRA for mice and h...
Purpose: To utilize advanced computational phantoms to determine absorbed dose, dose equivalent, and...
Radionuclide therapy requires patient-specific planning of the absorbed dose to target volumes, in m...
Introduction: Biokinetic and dosimetry studies in small animals often precede clinical radionuclide ...
In addition to being a powerful clinical tool, Positron emission tomography (PET) is also used in sm...
Abstract Background. Clinical treatment with radionuclides is usually preceded by biokinetic and dos...
International audienceIntroduction: Small animal dosimetry serves as an important link in establishi...
Several updated Monte Carlo (MC) codes are available to perform calculations of voxel S values for r...
Positron emission tomography (PET) is a powerful tool in small animal research, enabling noninvasive...
The ability to estimate absorbed doses in experimental animals to which radiolabeled material has be...
International audienceIn order to support animal experiments of chronic radionuclides intake with re...
The aim of this study was to create and test a new mice 3D-voxel phantom named DM_BRA for mice and h...
Purpose: To utilize advanced computational phantoms to determine absorbed dose, dose equivalent, and...
Radionuclide therapy requires patient-specific planning of the absorbed dose to target volumes, in m...