Rosalind Franklin is famous in the history of science for her contribution to the discovery of the structure of DNA, the start of the greatest biological revolution of the twentieth century. Much has been written about the importance of her part, and about how her work was affected by her position as a woman scientist. Above all she was a distinguished scientist, not only in her work on DNA, but also in her earlier work on coals and carbons and in her later work on viruses. In this family memoir her sister, the writer and historian Jenifer Glynn, paints a full picture of Rosalind's life. Looking at Rosalind's background; her early education, her time as a science student at Cambridge, and her relations with her family, to her life as an adult and her time in Paris and at King's, Glynn shows how much her sister achieved and how she was influenced by the social and intellectual climate of the period she worked in.
Important Notice: The digital edition of this book is missing some of the images or content found in the physical edition.The gold standard for midwives and students is back with Varney’s Midwifery, Fifth Edition. New to this edition are chapters describing the profession of midwifery, reproductive physiology, clinical genetics, and support for women in labor. Interwoven throughout is information on primary care, gynecology, maternity care, and neonatal care. With chapters written by a variety of expert midwives and an increased emphasis on reproductive anatomy and physiology, this new edition assists students and clinicians in understanding not only what to do but why. Updated to reflect evidence-based care, this edition also discusses the pathophysiology of various conditions in the context of normal changes in the reproductive cycle. Also included are numerous new anatomical and clinical illustrations.
This book explores the important role of the interferons in infections due to nonviral intracellular pathogens. It deals with the induction of interferons by a variety of intracellular microorganisms and the effects of interferons on the host cells and the microorganisms.
No other disease has such a long, dramatic, and terrible history as smallpox. It is the first (and so far the only) disease to be totally eradicated. But the scourge may come back in biological warfare. From ancient Egypt, India and China, smallpox spread around the world. It defeated armies, relieved sieges, killed emperors, played havoc with dynasties, helped to establish Buddhism in Japan, and at about the time of Muhammad's birth it stopped Christian Abyssinians from capturing a still pagan Mecca. When individual epidemics were killing tens of thousands in the early 18th century, the adoption of the 'folk-medicine' practice of inoculating with smallpox itself gave some protection to those inoculated - but at the cost of spreading the infection. In the 1790s Edward Jenner's brilliant experiments in 'vaccinating' with cowpox brought hope, not only of saving lives but also of eventually eradicating the disease. The practice spread round the world astonishingly fast. It took over two hundred years to achieve world-wide eradication; and it remains a magnificent and so far a unique scientific and political achievement. But now smallpox is one of the first choices for international bio-terrorism. This book tells the fascinating and frightening story of this terrifying disease, from the pustules on the mummy of Ramses V to current anxieties - a brilliant mixture of history, science and politics.
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