Background Radiation overexposure accidents are rare but can have severe long-term
health consequences. Although underreporting can be an issue, some extensive literature …

Biodosimetry has the potential to provide the information needed from individuals to respond
to unplanned exposures to ionizing radiation in a way that enables the medical response …

An in vitro dose–response curve following exposure to γ-radiation was determined at the
IST/ITN, by use of the chromosomal aberration assay. This is the first study of this kind …

Purpose To examine the distortion of the linear quadratic (LQ) model of in vitro cytogenetic
dose response over an extended range of γ-ray doses by analyzing the available literature …

Chromosome aberration is a biomarker to predict the level of cell damage caused by
exposure to ionizing radiation on human body. Dicentric chromosome is a specific …

Radiation during radiotherapy and nuclear accidents is currently one of the biggest
concerns for the international community. Biological dosimetry examines the amount of …

Cytogenetic biodosimetry is a well-known method for quantifying the absorbed dose based
on measuring biological radiation effects. To correlate the induced chromosomal …

Представлено аналіз даних літератури та власних експериментальних досліджень
стосовно радіаційних аварій з 137Cs, шляхів його надходження та поведінки в організмі …

The notification of a radiological accident/incident in Portugal is very rare. This study was
conducted after a suspected occupational overexposure to ionizing radiation by a radiologist …

Представлено калібрувальну залежність індукції дицентричних і кільцевих хромосом із
супровідним фрагментом у лімфоцитах людини від дози гострого гамма-опромінення …