A new generation of reference computational phantoms, based on image-based models tied
to the reference masses defined by the International Commission on Radiological Protection …

A compendium of about 100 radiopharmaceuticals, based on the OLINDA/EXM version 2.0
software, is presented. A new generation of voxel-based, realistic human computational …

56 Objectives: Anthropomorphic phantoms based on simple geometric structures have been
used in radiation dose calculations for several decades. We have developed a series of …

585 Objectives The OLINDA/EXM code developed by the RAdiation Dose Assessment
Resource (RADAR) Task Group of the Society of Nuclear Medicine has standardized dose …

There is a long history of absorbed dose calculations being performed to evaluate the risks
involved in the application of radiopharmaceuticals to medical studies. In the 1940s …

A new generation of realistic, image-based anthropomorphic phantoms has been developed
based on the reference masses and organ definitions given in the International Commission …

Estimates of radiation absorbed doses from radionuclides internally deposited in a pregnant
woman and her fetus are very important due to elevated fetal radiosensitivity. This paper …

Computational human phantoms are computer models used to obtain dose distributions
within the human body exposed to internal or external radiation sources. In addition, they …

Rodent species are widely used in the testing and approval of new radiopharmaceuticals,
necessitating murine phantom models. As more therapy applications are being tested in …

In diagnostic nuclear medicine, mean absorbed doses to patients' organs and effective
doses are published for standard stylised anatomic models. To provide more realistic and …