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More than 25,000 chemical products have the potential to cause ocular burns. Because such burns can result in loss of sight or the need for corneal transplantation, they must be taken very seriously. This book is the first to be devoted entirely to chemical ocular burns. All aspects of the subject are covered, including history, epidemiology, chemical agents and reactions, histology, pathophysiology, clinical signs, medical and surgical treatments, and emergency care. Particular attention is paid to the mechanisms involved in ocular burns and to the links between the chemical reactivity of corrosive agents and the clinical manifestations. Current principles of decontamination are fully explained and the latest treatment techniques are discussed in detail. This book stands at the interface of the chemical and medical sciences. It will be of great practical value to ophthalmologists and doctors in emergency medical and burns units, and will acquaint chemists with the clinical consequences of corrosivity.
List of contents
History of Chemical Burns and Relative Treatments.- Epidemiology of Ocular Burns.- The Chemical Agents and the Involved Chemical Reactions.- Histology and Physiology of the Cornea.- Physiopathology of the Cornea and Physiopathology of the Eye.- Rinsing Therapy of Eye Burns.- The Clinical of Ocular Burns.- Surgical Therapeutic of Ocular Burns.- Emergency Treatment.- Treatment of Ocular Injury: The importance of the Emergency Chain for Care.- Index.
About the author
Prof. Dr. Norbert SCHRAGE is Director of the Ophthalmology Hospital in Cologne. One focus of his work in both the clinical and the research environment is the treatment of eye burns, and more specifically the development of new rinsing solutions for such purposes. He follows a very interdisciplinary approach to solve clinical problems with input from medical, chemical and engineering experts. Another main area of research of Prof. Schrage is the development of keratoprosthesis.
Summary
More than 25,000 chemical products have the potential to cause ocular burns. Because such burns can result in loss of sight or the need for corneal transplantation, they must be taken very seriously. This book is the first to be devoted entirely to chemical ocular burns. All aspects of the subject are covered, including history, epidemiology, chemical agents and reactions, histology, pathophysiology, clinical signs, medical and surgical treatments, and emergency care. Particular attention is paid to the mechanisms involved in ocular burns and to the links between the chemical reactivity of corrosive agents and the clinical manifestations. Current principles of decontamination are fully explained and the latest treatment techniques are discussed in detail. This book stands at the interface of the chemical and medical sciences. It will be of great practical value to ophthalmologists and doctors in emergency medical and burns units, and will acquaint chemists with the clinical consequences of corrosivity.
