This textbook is a complete overhaul, rewrite, and expansion of Hugh Rollinson's highly successful 1993 book. Pease and Rollinson's new book brings the subject completely up to date with modern techniques and data analysis. It will be invaluable for all graduate students, researchers, and professionals using geochemical techniques.

Part of the Cambridge Illustrated Surgical Pathology series, this book provides a comprehensive account of the experienced gynecologic pathologists' diagnostic approach to uterine and cervical pathology. Emphasizing clear description, rich illustration, diagnostic algorithms, and problem solving throughout, it lays the foundation for diagnostic accuracy, reproducibility, and relevance.

Sir Victor Horsley was a pioneer of neurosurgery, performing successful operations on the brain and spinal cord long before it was possible to image the nervous system. This fascinating biography explores his influence on the development of neurosurgery and on clinical practice more generally, and his social activism.

Focusing on violence from assessment, through underlying neurobiology, to treatment and other recommendations for practice, this book will be of interest to forensic psychiatrists, general adult psychiatrists, psychiatric residents, psychologists, psychiatric social workers and rehabilitation therapists.

The translated extracts from Virgil: Selections from the Aeneid, are linked by commentaries which continue the narrative and discuss points in the text needing explanation.

This book brings together two bodies of knowledge - wellbeing and recovery. Wellbeing and 'positive' approaches are increasingly influencing many areas of society. Recovery in mental illness has a growing empirical evidence base. For the first time, overlaps and cross-fertilisation opportunities between the two bodies of knowledge are identified.

Describes how the physical chemistry of the DNA molecule links biological complexity, information flux and evolution to energy. Revisits Schroedinger's What is Life? published before the structure of DNA was known, and examines Schroedinger's ideas in the context of our current biological understanding.

Describes how the physical chemistry of the DNA molecule links biological complexity, information flux and evolution to energy. Revisits Schroedinger's What is Life? published before the structure of DNA was known, and examines Schroedinger's ideas in the context of our current biological understanding.