This is the first complete edition and English translation of John Hall's Little Book of Cures, a fascinating medical casebook composed in Latin around 1634-5. John Hall (1575-1635) was Shakespeare's son-in-law (Hall married Susanna Shakespeare in 1607), and based his medical practice in Stratford-upon-Avon. Readers have never before had access to a complete English translation of John Hall's casebook, which contains fascinating details about his treatment of patients in and around Stratford. Until Wells's edition, our knowledge of Hall and his practice has had to rely only on a partial, seventeenth-century edition (produced by James Cooke in 1657 and 1679, and re-printed with annotation by Joan Lane as recently as 1996). Cooke's edition significantly misrepresents Hall by abridging his manuscript (Cooke removed Hall's conversations with his patients), by errors of translation, and by combining Hall's work with examples from Cooke's own medical practice. -- .

Based on the wildly popular segments broadcast during the Vancouver Olympics, Superbodies explores how genetics and DNA, the brain, muscles, lungs, heart and blood work together in extreme conditions. It's an inside look that draws on Dr. Greg Wells' research at Sick Kids Hospital and the University of Toronto and more than fifteen years' experience working with Olympic athletes. Superbodies is a fascinating explanation of the human body and an easy-to-follow plan that shows how everyone can learn from the pros to improve their health and performance. Dr. Wells explains How the same training techniques that elite athletes follow can be even more effective for most peopleWhat's happening inside your body when you're exercising, and fighting illnessWhat makes elite athletes such as pro-hockey players successful, and what you can learn from themWhy little things can add up, and how simple choices can make a huge difference.

Fascinating, easy-to-read and packed with full-colour illustrations and photographs, Superbodies shows how people of all ages and abilities can improve their own health and performance.