Previous studies have demonstrated the remarkable resistance of bdelloid rotifers to
ionizing radiation, making them an interesting model system for studying radiation effects on …

In this study we aimed at comparing various radionuclides ordinarily used in targeted
prostate cancer therapy, thereby evaluating S-Factor parameter in the prostate organs as …

In the present work, a new Monte Carlo Geant4 based code called InterDosi 1.0, was used
to simulate specific absorbed fractions (SAFs) in the six reference pediatric voxel-based …

To address the lack of effective dose quantification methods for the model organism
Caenorhabditis elegans (C. elegans) in radiation ecology research, this study employs …

S-values are typically used to quantify internal doses of biota internally due to the
incorporation of radionuclides. In this study, the InterDosi 1.0 Monte Carlo code was used to …

In this paper, we present a voxel-based phantom of Medaka fish that can be used to assess
the internal radiation doses that would be absorbed by different organs of this fish species if …

In order to assess the internal dose due to exposure to radiation, the ICRP recommends the
use of a reference voxelized phantom. Although voxelized geometry is a very promising …

Using the average energy of the beta sources instead of their continuous beta spectrum can
affect the accuracy of the simulation results. But in the present work, more than 30 …

Objective To build the database of the absorbed fractions (AFs) and specific absorbed
fractions (SAFs), in order to accurately assess the internal radiation dose in non-human …