News

Koenig and Schultz's Disaster Medicine: Comprehensive Principles and Practices

27.07.2017

As societies become more complex and interconnected, the global risk for catastrophic disasters is increasing. Demand for expertise to mitigate the human suffering and damage these events cause is also high. A new field of disaster medicine is emerging, offering innovative approaches to optimize disaster management. Much of the information needed to create the foundation for this growing specialty is not objectively described or is scattered among multiple different sources. This definitive work brings together a coherent and comprehensive collection of scientific observations and evidence-based recommendations with expert contributors from around the globe. This book identifies essential subject matter, clarifies nomenclature, and outlines necessary areas of proficiency for healthcare professionals handling mass casualty crises. It also describes in-depth strategies for the rapid diagnosis and treatment of victims suffering from blast injuries or exposure to chemical, biological, and radiological agents.

  • A fresh new approach to disaster preparedness and response, written for both emergency physicians and nurses
  • Covers a wide range of disaster situations, with strategies for rapid diagnosis and treatment of victims, as well as scene management
  • Contributed to by experts from all over the world, and supplemented with photos and diagrams of each aspect of disaster response

(Read more at http://www.cambridge.org/tr/academic/subjects/medicine/emergency-medicine/koenig-and-schultzs-disaster-medicine-comprehensive-principles-and-practices-2nd-edition#eX4LS2Z3OuZyqGxd.99)

Cambridge University Press and the authors allow us to post the translation of chapter 31 (Clinical Aspects of Large-Scale Chemical Events) on our website. Medeniyet University Press started to work on the Turkish translation agreement process of this essential book.

Please click here for the English chapter and here for the Turkish translation.