The various approaches in radionuclide dosimetry depend on the size and spatial relation of
the sources and targets considered in conjunction with the emission range of the …

The radionuclides used in nuclear medicine imaging emit numerous mono-energetic
electrons responsible for dose heterogeneity at the cellular level. S self, the self-dose per …

The purpose of this study, using multi‐cell spheroids as an in vitro model of micrometastases
of ovarian carcinoma for ip radio‐immunotherapy, was to measure the uptake and retention …

A virtual revolution in computer capability has occurred in the last few years, largely based
on rapidly decreasing costs and increasing reliability of digital memory and mass-storage …

In this paper, initial work in developing the microdosimetry for beta emitting radionuclides
used in radioimmunotherapy (RIT) is described. First, a systematic tabulation of single event …

The absorbed fraction ϕ to the cell nucleus for low energy electrons (0.5 keV-50keV) was
evaluated. Distributions of radioactivity within either the nucleus (nu) and the cytoplasm (cy) …

[en] The purpose of this work is to show how point-pair distance distributions can be
combined with point-kernel techniques to obtain a simple and computationally efficient …

Birgitta Sundström, Department of Medical Biochemistry and Biophysics, University of Umeå,
S 901 87 Umeå, Sweden. Cytokeratins, biochemically related to intermediate filaments (IF) …

[en] A calculational approach to generating scaled dose kernels for electrons is described.
Each scaled dose kernel is expressed in the form of a data table consisting of 100 values …

Les radio-nucléides utilisés en diagnostic présentent des émissions photoniques utilisées
pour l'imagerie, mais également des émissions électroniques de faible énergie …