Due to the increasing number of natural and man-made disasters, mass casualty incidents occur more often than ever before. As a result, health care providers need to adapt in order to cope with the overwhelming patient surge. To ensure quality and safety in health care, accurate information in pandemic disease control, death reduction, and health quality promotion should be highlighted. However...

Processes of technological innovation are often rationalised with the promise of improved efficiency. Using the example of the development and introduction of an information technology system for managing mass casualty incidents, this article shows that this hope may indeed be substantiated. Yet, an assessment of the societal impacts might show that these improvements often happen in unexpected...

DIORAMA system which is using rapid information collection and accurate resource tracking can assist incident commanders in their attempt to bring order to the chaos as they direct rescue operations for Mass Casualty Incidents (MCI). This system makes use of active Radio Frequency Identification (RFID) tags to identify the location and status of the patients and responders involved in a MCI. Th...

Medical care at mass casualty incidents and disasters requires rapid patient triage and assessment, acute care and disposition often in the setting of overwhelming numbers of victims, limited time, and little resources. Current systems rely on a paper triage tag on which rescuers and medical providers mark the patient's triage status and record limited information on injuries and treatments adm...

INTRODUCTION Proper management of mass-casualty incidents (MCIs) relies on triage as a critical component of the disaster plan. OBJECTIVE [corrected] The objective of this study was to assess the precision of triage in mass-casualty incidents. METHODS The precision of decisions made by two experienced triage officers was examined in two large MCIs. These decisions were compared to the real ...