Purpose To compile a list of genes that have been reported to be affected by external
ionizing radiation (IR) and to assess their performance as candidate biomarkers for …

There is a concern over the potential use of radioactive isotopes as a weapon of terror. The
detonation of a radiation dispersal device, the so-called “dirty bomb” can lead to public …

Purpose: Modifications of gene expression following ionizing radiation (IR) exposure of cells
in vitro and in vivo are well documented. However, little is known about the dose-responses …

To overcome the limitations of existing biodosimetry methods, we examined dose-and time-
dependent gene expression changes in human peripheral blood lymphocytes after …

Exposure to ionizing radiation (IR) is inevitable to humans in real-life scenarios; the hazards
of IR primarily stem from its mutagenic, carcinogenic, and cell killing ability. For many …

The increasing exposure to low-dose radiation from diagnostic testing has prompted
renewed interest in evaluating its carcinogenic risk, but quantifying health risk from low-dose …

Ionizing radiation (IR) imposes risks to human health and the environment. IR at low doses
and low dose rates has the potency to initiate carcinogenesis. Genotoxic environmental …

Purpose: Biomarkers of ionising radiation exposure are useful in a variety of scenarios, such
as medical diagnostic imaging, occupational exposures, and spaceflight. This study …

Purpose: In order to ensure efficient use of medical resources following a radiological
incident, there is an urgent need for high-throughput time-efficient biodosimetry tools. In the …

Studying of the effects of low doses of γ-irradiation is a crucial issue in different areas of
interest, from environmental safety and industrial monitoring to aerospace and medicine …