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This book examines the life and works of Santorio Santori and his impact on the history of medicine and natural philosophy. Reputed as the father of experimental medicine and procedures, he is also known for his invention of numerous scientific instruments, including early precision medical devices (pulsimeters, hygrometers, thermometers, anemometers), as well as clinical and surgical tools. The chapters in this volume explore Santorio’s legacy through the seventeenth and eighteenth centuries. They highlight the role played by medical practitioners such as Santorio in the development of corpuscularian ideas, central to the ‘new science’ of the period, and place new emphasis on the role of the life sciences, chemistry and medicine in encouraging new forms of experimentation and instrument-making. Chapters 1 and 2 are available open access under a Creative Commons Attribution 4.0 International License via link.springer.com.
This book speaks about a world of mute objects ranging from plant bulbs, divining rods, and archeological findings to drawn, painted, or printed images. It describes the functions of these objects as ambiguous and polyvalent carriers of knowledge, and it analyzes the ways in which networks of scholars, craftsmen, mathematicians, anatomy professors, or merchants active in the Low Countries attributed new meanings to them. The book examines a period in which cities like Antwerp and Amsterdam were nodal points in the international exchange of goods, news, and skills. (Series: Low Countries Studies on the Circulation of Natural Knowledge - Vol. 1)
Taking the Vesalian anatomical revolution as its point of departure, this volume charts the apparent rise and fall of anatomy studies within universities in sixteenth-century Spain, focussing particularly on primary sources from 1550 to 1600. In doing so, it both clarifies the Spanish contribution to the field of anatomy and disentangles the distorted political and historiographical viewpoints emerging from previous research. Studies of early modern Iberian science have only been carried out coherently and collaboratively in the last few decades, even though fierce debates on the subject have dominated Spanish historiography for more than two centuries. In the field of anatomy studies, many uninformed and biased readings of archival sources have resulted in a very confused picture of the practice of dissection and the teaching of anatomy in the Iberian Peninsula, in which the highly complex conditions of anatomical research within Spain’s national context are often oversimplified. The new empirical evidence that this book brings to light suggests a far more multifaceted narrative of Iberian Renaissance anatomy than has been presented to date.
Based on extensive archival research in Peru, Spain, and Italy, Making Medicines in Early Colonial Lima, Peru examines how apothecaries in Lima were trained, ran their businesses, traded medicinal products, prepared medicines, and found their place in society. In the book, Newson argues that apothecaries had the potential to be innovators in science, especially in the New World where they encountered new environments and diverse healing traditions. However, it shows that despite experimental tendencies among some apothecaries, they generally adhered to traditional humoral practices and imported materia medica from Spain rather than adopt native plants or exploit the region’s rich mineral resources. This adherence was not due to state regulation, but reflected the entrenchment of humoral beliefs in popular thought and their promotion by the Church and Inquisition.
With its innovative studies and its extensive catalogue of texts erroneously attributed to Paracelsus (1493/4-1541), this volume explores largely overlooked aspects of the Paracelsian movement in Renaissance and early modern medicine, science, natural philosophy, theology and religion.
This book reproduces and comments John Woodall’s handbook which was used as standard text for medical treatment at sea in the seventeenth century and was the first instruction for medical service aboard on the whole. In 1612 the East India Company, founded in London 1600 and invested with special royal privileges and authority, appointed John Woodall as its first surgeon-general, who had gained great medical experience at theatres of war abroad. Woodall was appointed the task to radically reform the medical aid on sailing ships and to supervise the education of talented ship doctors. He was the first one to establish standardized regulations concerning the provision of instruments and medi...
A deep history of how Renaissance Italy and the Spanish empire were shaped by a lingering fascination with breeding. The Renaissance is celebrated for the belief that individuals could fashion themselves to greatness, but there is a dark undercurrent to this fêted era of history. The same men and women who offered profound advancements in European understanding of the human condition—and laid the foundations of the Scientific Revolution—were also obsessed with controlling that condition and the wider natural world. Tracing early modern artisanal practice, Mackenzie Cooley shows how the idea of race and theories of inheritance developed through animal breeding in the shadow of the Spanis...
History of science credits the Flemish physician, alchemist and philosopher Jan Baptist Van Helmont (1579-1644) for his contributions to the development of chemistry and medicine. Yet, as this book makes clear, focussing on Van Helmont's impact on modern science does not do justice to the complexity of his thought or to his influence on successive generations of intellectuals like Robert Boyle or Gottfried Leibniz. Revealing Van Helmont as an original thinker who sought to produce a post-Scholastic synthesis of religion and natural philosophy, Georgiana Hedesan reconstructs his ambitious quest for universal knowledge as it emerges from the text of the Ortus medicinae (1648). Published after ...
This book examines the lives, careers, and publications of a group of Spanish Renaissance surgeons as exemplars of both the surgical renaissance occurring across Europe and of the unique context of Spain. In the sixteenth century, European surgeons forged new identities as learned experts who combined university medical degrees with manual skills and practical experience. No longer merely apprentice-trained craftsmen engaged only with healing the exterior wounds and rashes of the body, these learned surgeons actively engaged with the epistemic shifts of the sixteenth century, including new forms of knowledge construction, based in empiricism, and knowledge circulation, based in printing. The...
In Pious Postmortems, Bradford A. Bouley considers the examinations performed on reputedly holy corpses in the sixteenth and seventeenth centuries at the request of the Catholic Church. Bouley concludes that neither religious nor scientific truths were self-evident but rather negotiated through a complex array of local and broader interests.