• Doran M Christensen, Gordon K Livingston, Stephen L Sugarman, Steven J Parillo, and Erik S Glassman.
• From the Radiation Emergency Assistance Center/Training Site (REAC/TS) (Dr Christensen and Mr Sugarman) and the Cytogenetic Biodosimetry Laboratory at REAC/TS (Dr Livingston) at the Oak Ridge Institute for Science and Education (ORISE) for the US Department of Energy at Oak Ridge, Tennessee; the Division of Emergency Medical Services and Disaster Medicine at Einstein Medical Center in Philadelphia, Pennsylvania (Dr Parrillo); and the National Security and Emergency Management Programs at ORISE for the US Department of Energy in Arlington, Virginia (Mr Glassman).
• J Am Osteopath Assoc. 2014 Jul 1;114(7):556-65.

AbstractIonizing radiation exposure can induce profound changes in intracellular components, potentially leading to diverse health effects in exposed individuals. Any cellular component can be damaged by radiation, but some components affect cellular viability more profoundly than others. The ionization caused by radiation lasts longer than the initial inciting incident, continuing as 1 ionization incident causes another. In some cases, damage to DNA can lead to cellular death at mitosis. In other cases, activation of the genetic machinery can lead to a genetic cascade potentially leading to mutations or cell death by apoptosis. In the third of 5 articles on the management of injuries and illnesses caused by ionizing radiation, the authors provide a clinically relevant overview of the pathophysiologic process associated with potential exposure to ionizing radiation.© 2014 The American Osteopathic Association.

8 keywords...

hide…