Lightning Injuries: Electrical, Medical, and Legal Aspects presents a thorough examination of injuries inflicted by lightning strikes. The expertise of acknowledged world authorities from three continents have been brought together to create this truly remarkable volume. Lightning Injuries: Electrical, Medical, and Legal Aspects begins with a short historical review featuring a discussion of the physics of lightning phenomena and the aspects of electrical circuit theory. This review provides the background for following chapters, which address topics such as the epidemiology of lightning injury, the pathogenesis of the features of lightning injury, the clinical aspects of managing patients with lightning injury, and lightning injury mediated by communications systems (including telephones). The book also describes the problem of finding protection against lightning strikes and the issues that arise in legal liability as a result of lightning strikes. The book is written for a diverse audience and includes material that makes it appropriate for all professionals in medical, legal, and technical fields. Never before has such a comprehensive collation of related facets of lightning injury been published within a single volume.

This book is a resource for understanding why Lightning continues to be a major health hazard, especially in the developing world, and equips researchers, governments, and public health advocates with the knowledge and techniques needed to reduce lightning casualties worldwide.

Few phenomena inspire more awe than lightning. Streaking across the sky, it daunts us with its power and amazes us with its beauty. In Lightning, Derek M. Elsom explores this natural phenomenon and traces the long history of our study of it. From early civilizations’ assumptions that it was the work of gods, through eighteenth-century scientific analyses (and, yes, Ben Franklin’s kite), Elsom tells about our efforts to understand and explain lightning. He explores the many surprising folklore beliefs about lightning protection and contrasts these with today's scientific approaches. Alongside scientific explorations, he also tracks the path of lightning through our culture, from myths and legends to art and design. In addition, Elsom offers handy tips for avoiding getting struck by lightning. Beautifully illustrated with stunning photographs and artistic renderings, this striking book will appeal equally to weather buffs and folklorists, scientists and artists.

Forensic Medicine encompasses all areas in which medicine and law interact. This book covers diverse aspects of forensic medicine including forensic pathology, traumatology and violent death, sudden and unexpected death, clinical forensic medicine, toxicology, traffic medicine, identification, haemogenetics and medical law. A knowledge of all these subdisciplines is necessary in order to solve routine as well as more unusual cases. Taking a comprehensive approach the book m.oves beyond a focus on forensic pathology to include clinical forensic medicine and forensic toxicology. All aspects of forensic medicine are covered to meet the specialist needs of daily casework. Aspects of routine analysis and quality control are addressed in each chapter. The book provides coverage of the latest developments in forensic molecular biology, forensic toxicology, molecular pathology and immunohistochemistry. A must-have reference for every specialist in the field this book is set to become the bench-mark for the international forensic medical community.

Lightning Injuries: Electrical, Medical, and Legal Aspects presents a thorough examination of injuries inflicted by lightning strikes. The expertise of acknowledged world authorities from three continents have been brought together to create this truly remarkable volume. Lightning Injuries: Electrical, Medical, and Legal Aspects begins with a short historical review featuring a discussion of the physics of lightning phenomena and the aspects of electrical circuit theory. This review provides the background for following chapters, which address topics such as the epidemiology of lightning injury, the pathogenesis of the features of lightning injury, the clinical aspects of managing patients with lightning injury, and lightning injury mediated by communications systems (including telephones). The book also describes the problem of finding protection against lightning strikes and the issues that arise in legal liability as a result of lightning strikes. The book is written for a diverse audience and includes material that makes it appropriate for all professionals in medical, legal, and technical fields. Never before has such a comprehensive collation of related facets of lightning injury been published within a single volume.

Thoroughly updated for its Fifth Edition, this best-selling Spiral® Manual is the most user-friendly quick reference available in emergency medicine. In an easy-to-scan outline format with key terms boldfaced, the book offers practical guidance for diagnosis and management of all types of emergencies. Lists of possible causes of symptoms lead readers rapidly to appropriate information. Chapters are organized by body system and extensively cross-referenced to make material easy to locate. This edition includes new guidelines for advanced cardiac life support (ACLS) and new information on disaster medicine and terrorism preparedness, thrombolytic therapy for stroke and heart attack, and alternative therapies.

User-friendly handbook providing critical guidance at point of care; for practitioners and trainees caring for sick and injured children.

Since 1971, Emergency Care and Transportation of the Sick and Injured has advanced how EMS education is delivered to help train exceptional EMS professionals around the globe.

Mountain emergency medicine has seen exponential development due to the ever increasing number of people who hike or trek as well as practice extreme sports. Emergency physicians and nurses need to be equipped with the necessary training to be able to manage “on the field” accidents and sicknesses as well as their own physical security. Theoretical knowledge is generally of high level but practical expertise is dangerously lacking in many operators. Furthermore, treatment modalities on the field have not been completely codified and are not supported by internationally-accepted guidelines. This book is the first to offer a complete and thorough approach to this field of Emergency Medicine based on the latest research findings.