Knight's Forensic Pathology

Knight's Forensic Pathology has become a standard reference book worldwide. The unambiguous style, practical orientation, and an approach based strictly on scientific evidence together with the experience of the authors have contributed to this success. A cautious and self-critical interpretation of autopsy findings is required for a correct diagnosis, and these findings become the cornerstone for investigating unexplained fatalities. Whenever possible, macroscopic evaluation should be complemented by visiting the scene of death, pre-autoptic imaging, biochemical and toxicological analyses as well as histological examinations. This latest edition represents a comprehensive revision, incorporating cutting-edge research and contemporary scientific literature in the field. The text has been significantly enriched with an extensive collection of new full-colour photographic documentation, primarily sourced from recent forensic autopsies conducted at the prestigious Freiburg Institute of Forensic Medicine. The commitment to case-based learning is maintained by presenting meticulously documented cases that highlight crucial morphological findings-an approach that remains invaluable in developing the forensic pathologist's critical diagnostic acumen and observational expertise. Reviews of the previous edition. "This remains one of the most important books in this field of pathology. It is comprehensive and well written. The images and drawings are carefully chosen and nicely depict common and uncommon problems encountered in forensic pathology. This book is highly recommended for everyone who performs medicolegal autopsies and should be in all pathology and general hospital libraries." Doody's Book Review Service "This book is, and will remain for some time, the international benchmark for general forensic pathology and should be on the shelves of every forensic department and library. It is a joy to read and never fails to yield pertinent information and details on cases, conditions and issues" - Roger W. Byard, School of Medicine, The University of Adelaide, Forensic Science, Medicine and Pathology, Springer