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Die Medizinische Fakultät der Universität Bonn im "Dritten Reich"
Noch vor wenigen Jahren war die Beschäftigung mit der nationalsozialistischen Geschichte der Medizinischen Fakultäten ein absolutes Tabu. Nun zeichnet erstmals ein Autor die Entwicklung einer Medizinischen Fakultät monographisch nach. Am Bonner Beispiel stellt Ralf Forsbach die höchst unterschiedlichen Akteure in den Instituten und Kliniken vor. Zugleich stehen die internen Strukturen im Blickfeld, vor allem aber Möglichkeiten und Grenzen des Agierens in dem komplexen Wissenschaftsgefüge des „Dritten Reichs“. Forsbachs akribische Studie macht deutlich, dass sämtliche Mediziner der Universitätskliniken und -institute durch ihre Arbeit das nationalsozialistische Gesundheitssystem s...
Muller's Lab
Many structures in the human body are named after Johannes Muller, one of the most respected anatomists and physiologists of the 19th century. Muller taught many of the leading scientists of his age, many of whom would go on to make trail-blazing discoveries of their own. Among them were Theodor Schwann, who demonstrated that all animals are made of cells; Hermann Helmholtz, who measured the velocity of nerve impulses; and Rudolf Virchow, who convinced doctors to think of disease at the cellular level. This book tells Muller's story by interweaving it with those of seven of his most famous students.Muller suffered from depression and insomnia at the same time as he was doing his most importa...
Symmetry As A Developmental Principle In Nature And Art
Looking beyond the boundaries of various disciplines, the author demonstrates that symmetry is a fascinating phenomenon which provides endless stimulation and challenges. He explains that it is possible to readapt art to the sciences, and vice versa, by means of an evolutionary concept of symmetry. Many pictorial examples are included to enable the reader to fully understand the issues discussed. Based on the artistic evidence that the author has collected, he proposes that the new ars evolutoria can function as an example for the sciences.The book is divided into three distinct parts, each one focusing on a special issue. In Part I, the phenomenon of symmetry, including its discovery and me...
Sir Thomas Lewis
Sir Thomas Lewis has become one of the greatest cardiologists of this century. He was foremost in using the newly invented electrocardiograph to diagnose heart disease and was a pioneer of cardiac electro-physiology. This is the first biography of Sir Thomas Lewis, who became famous, whilst still quite young, for his outstanding pioneer work in electrocardiography. It recounts the scientific career of Lewis, together with accounts of his hospital work and teaching, and his familiy life and hobbies. There are over 100 illustrations including Lewis and his co-workers, and much of the information about Lewis has been derived from first hand accounts by his former associates. This biography appeal to cardiologists and to those physicians, surgeons and research workers with a special interest in the skin, pain and vascular disease, as well as clinical physiologists and medical historians.
August and Marie Krogh
August Krogh, the son of a brewer, studied zoology in Copenhagen and earned his doctoral degree under the physiologist Christian Bohr, the father of the world-renowned nuclear physicist Niels Bohr. Krogh's unusual ability to construct instruments and complex apparatuses and his intuitive understanding of physical principles made it possible for him to improve on Bohr's methods. His findings led him to challenge Christian Bohr's ideas about oxygen secretion, and when Bohr refused to accept his findings, Krogh unwillingly came into a painful conflict with his own mentor. Krogh's continued studies of how oxygen is supplied to the tissues led to his realization that the blood flow in the finest ...
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Nervous Conditions
Examines nineteenth-century scientists’ obsession with nerves and the nervous system.
Contrasts in Scientific Style
Recounts the various styles of leadership shown by several prominent German chemists and biochemists during the period 1830 to 1914. Featured particularly are chemists Liebig, Baeyer and Emil Fischer and biochemists Hoppe-Seyler, Kuhne and Hofmeister. In a final chapter, Fruton considers the relevance of the conclusions drawn from the style of these 19th- and early 20th-centuy men to the styles of more recent research groups in the chemical and biochemical sciences. Special emphasis is placed on their influence on their scientific progenies in Germany, and in England, Russia, and the U.S. Attention is given to the individual contributions of the junior members of these scientific groups to the growth of knowledge within their disciplines.
Biology Takes Form
List of IllustrationsAcknowledgmentsAbbreviations1: Situating MorphologyPt. 1: Morphology and Physiology2: The Study of Form before 18503: Rearranging the Sciences of Animal Life, 1845-1870Pt. 2: Evolutionary Morphology, 1860-18804: Descent and the Laws of Development5: Evolutionary Morphology at Jena6: Evolution and Morphology among the Zoologists, 1860-18807: Evolutionary Morphology in Anatomy: Carl Gegenbaur and His SchoolPt. 3: Morphology and Biology, 1880-19008: The Kompetenzkonflikt within the Evolutionary Morphological Program9: New Approaches to Form, 1880-1900: Rhetoric, Research, and Rewards10: Morphology, Biology, and the Zoological Professoriate11: Morphology and Disciplinary Development: Observations and ReflectionsApp. 1. Anatomy and Zoology Professors, 1810-1918, by BirthdateApp. 2. Professorships in Zoology, 1810-1918App. 3. Professorships in Anatomy, 1810-1918Archival SourcesBibliographyIndex Copyright © Libri GmbH. All rights reserved.
