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A collection of biographical notes of some 350 men who were physiologists in the years 1885-1914. The notes are grouped under the University or Medical School in which the men worked and together with brief explanatory paragraphs, the biographies aim to provide a history of the development of medical science in each institution over the years before the Great War of 1914-1918. The biographies extend to the end of each man's life, providing some account of physiology in the 1920s and 1930s and even longer.
Aureolus Theophrastus Bombastus von Hohenheim (1493-1541), commonly called Paracelsus, was both one of the most original medical thinkers of the sixteenth century and was the man who made opium (as laudanum), arsenic, copper sulphate, iron, lead, mercury, potassium sulphate, and sulphur part of the pharmacopoeia. A man of many parts, but a pioneer chemist, Paracelsus can be regarded as the originator of a body of work which was the precursor of chemical pharmacology and therapeutics. To no small extent he stands, therefore, as a father figure of the modern pharmaceutical industry. Today's physician who wants to look at that industry since the days of Paracelsus and weigh the great gains agai...
The story told in this book begins in about 1700, when the first attempts were made to study the diseased heart in life (the subject matter of cardiology), as distinct from its appearance after death; it ends, rather arbitrarily, in 1970. The account of the development of knowledge of heart disease is mainly chronological with emphasis on the fruitful consequences of the cross-fertilization of clinical practice with pathological anatomy at the beginning of the nineteenth century and with physiology at the end. In addition, shorter chapters deals with such topics as specific disease entities, methods of investigation, cardiac surgery and the work of two individuals - Peter Latham, an example of a physician practising with today's clinical skills but a very imperfect knowledge of the pathogenesis of heart disease and Etienne Marey, an early exponent of the clinical physiology which would, in time, throw light on that pathogenesis.
What stops pregnant women from falling over all the time? What makes infant cries so captivating? How do sperm swim? The Secret Science of Baby answers these questions and many more, revealing the fascinating physics behind conception, birth, and babyhood. Parents and parents-to-be are bombarded with information, from what to expect to what to do (and not to do) when it happens. But what they may not realize is that from the chemistry of pregnancy tests to the vacuum physics of breastfeeding, there is fascinating science at the heart of every aspect of creating and raising a new human. Written by science journalist Michael Banks, The Secret Science of Baby won’t tell you how to raise a per...