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The eighteenth century has often been viewed as a period of relative decline in the field of microscopy, as interest in microscopes seemed to wane after an intense period of discovery in the seventeenth century. As such, developments in the field during the Enlightenment have been largely overlooked. This book therefore fills a considerable gap in the study of this life science, providing a thorough analysis of what the main concerns of the field were and how microscopists learned to communicate with each other in relevant ways in order to compare results and build a new discipline. Employing a substantial body of contemporary literature from across Europe, Marc J. Ratcliff is able to presen...
In 1943, Albert Schatz, a young American Ph.D. student working in professor Selman Waksman's lab, was searching for an antibiotic to fight infections on the front lines and at home. On his eleventh experiment on a common bacterium found in farmyard soil, Schatz discovered streptomycin, the first effective cure for tuberculosis, at that time the leading killer among the world's infectious diseases. As director of Schatz's research, Waksman took credit for the discovery, belittled Schatz's work, and secretly enriched himself with royalties from the streptomycin patent filed by Merck, the pharmaceutical company. Acclaimed author and journalist Peter Pringle unravels the intrigue behind one of the most important discoveries in the history of medicine.
While most laymen could recognize Florence Nightingale as the founder of modern nursing, it's doubtful they could likewise identify Louise Pearce as one of the primary researchers in the cure for African Sleeping Sickness or Anna W. Williams as the discoverer of the diphtheria antitoxin. This book profiles 25 women who have made significant contributions to medical research, including Lady Mary Wortley Montagu, Lydia Folger Fowler, Virginia Apgar, and Rosalind Franklin, among others. Each profile includes a general introduction and covers the woman's childhood or family background, her formal education, her most valuable contributions to the field, and the important events or persons which influenced her life and career.
Haemodynamics and Immune Defence: Discoveries in Pharmacology, Second Edition, Volume Three presents selected articles from the historic Discoveries in Pharmacology series that are enhanced with commentary from contemporary scholars who discuss the reception and importance of each chapter along with an updated bibliography on the subject and contributions from those involved in Nobel Prize winning discoveries and pioneering advancements in Pharmacology. This volume brings forth discussions on key discoveries in hemodynamics and immune defense, including chapters on penicillin by Dr. Selwyn and asthma by Dr. Brocklehurst. Academic and industry researchers in pharmacology and medicine, as well...
This book reconstructs the early circulation of penicillin in Spain, a country exhausted by civil war (1936–1939), and oppressed by Franco’s dictatorship. Embedded in the post-war recovery, penicillin’s voyages through time and across geographies – professional, political and social – were both material and symbolic. This powerful antimicrobial captivated the imagination of the general public, medical practice, science and industry, creating high expectations among patients, who at times experienced little or no effect. Penicillin’s lack of efficacy against some microbes fueled the search for new wonder drugs and sustained a decades-long research agenda built on the post-war concept of development through scientific and technological achievements. This historical reconstruction of the social life of penicillin between the 1940s and 1980s – through the dictatorship to democratic transition – explores political, public, medical, experimental and gender issues, and the rise of antibiotic resistance.
How, asks James E. Strick, could spontaneous generation--the idea that living things can suddenly arise from nonliving materials--come to take root for a time (even a brief one) in so thoroughly unsuitable a field as British natural theology? No less an authority than Aristotle claimed that cases of spontaneous generation were to be observed in nature, and the idea held sway for centuries. Beginning around the time of the Scientific Revolution, however, the doctrine was increasingly challenged; attempts to prove or disprove it led to important breakthroughs in experimental design and laboratory techniques, most notably sterilization methods, that became the cornerstones of modern microbiolog...