Predictors of Hypertension in Survivors of the Great East Japan Earthquake, 2011: A Cross-sectional Study.

Introduction: Many survivors of a major disaster die shortly after the event. Hypertension (HT) is one of the most important risk factors for these disaster-related diseases. An urgent need exists to establish methods to detect disaster survivors with HT and start medication immediately, as those with no injuries or symptoms may not be examined and medical teams cannot measure all survivors' blood pressure (BP) because they often do not have sufficient time.

Prolonged Living as a Refugee from the Area Around a Stricken Nuclear Power Plant Increases the Risk of Death.

Although it is well known that the Great East Japan Earthquake (March 11, 2011) resulted in a large number of disaster-related deaths, it is not common knowledge that the number of disaster-related deaths continues to increase, even four years after the earthquake, in Fukushima Prefecture, where the nuclear power plant accident occurred. There has been a lack of a minute and critical analysis for the causes for this continuous increase. In this report, the causes for the increase in disaster-related deaths in Fukushima Prefecture were analyzed by aggregating and comparing multiple data released by public organizations (the Reconstruction Agency, the National Police Agency, and Fukushima Prefecture), which may also have implications for developing response strategies to other disasters.

Seat belt injury to the inguinal region presenting with hemorrhagic shock.

Background: Seat belts uncommonly result in various injuries to the abdominal area, such as mesenteric tears, bowel perforations, and abdominal aortic ruptures. We describe a case of a massive subcutaneous hematoma causing hemorrhagic shock from significant lacerations to the inguinal region, related to the use of a seat belt.

Objectives: To describe a seat belt injury to the inguinal region that presented with a massive subcutaneous hematoma, and to speculate about the mechanism that caused the injury.

Overheated and melted intracranial pressure transducer as cause of thermal brain injury during magnetic resonance imaging: case report.

Magnetic resonance imaging is used with increasing frequency to provide accurate clinical information in cases of acute brain injury, and it is important to ensure that intracranial pressure (ICP) monitoring devices are both safe and accurate inside the MRI suite. A rare case of thermal brain injury during MRI associated with an overheated ICP transducer is reported. This 20-year-old man had sustained a severe contusion of the right temporal and parietal lobes during a motor vehicle accident.