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Vols. for 1911-13 contain the Proceedings of the Helminothological Society of Washington, ISSN 0018-0120, 1st-15th meeting.
This book is unique. It deals primarily with and brings together a wide-ranging group of essays spanning more than half a century's worth of research done by Bernard G Sarnat. Much of this historical review remains significant and germane today. Some material antedates the emergence of the specialties of craniofacial biology, craniofacial surgery, and bone biology, while many of the reports preceded the period of molecular biology. This book thus represents a fundamental pioneering contribution to a representative portion of the specialties.Building on past data reported by Sarnat, James P Bradley contributes significantly to the present by including recent works which cover issues dealing with stem cell, tissue regeneration and tissue engineering research. In addition, appropriately selected clinical work is included — a result of the further development and maturity of the specialties. And what does the future hold? No doubt unpredictable gigantic advances.The purpose of this selective, organized, and limited review, analysis, and summary of personally conducted experiments is to relate certain aspects of differential growth and change and nonchange to age, sites, rates, factors, and mechanisms. In many instances, correlations are made between research findings and clinical practice, and this retrospective study brings all of them together.
Wolff's Law and Connective Tissue Regulation: Modern Interdisciplinary Comments on Wolff's Law of Connective Tissue Regulation and Rational Understa.
In the late 1910s Dr. Harry J. Haiselden, a prominent Chicago surgeon, electrified the nation by allowing the deaths of at least six infants he diagnosed as "defectives". He displayed the dying infants to journalists, wrote about them for the Hearst newspapers, and starred in a feature film about his crusade. Prominent Americans from Clarence Darrow to Helen Keller rallied to his support. Martin Pernick tells this captivating story--uncovering forgotten sources and long-lost motion pictures--in order to show how efforts to improve human heredity (eugenics) became linked with mercy killing, as well as with race, class, gender and ethnicity. It documents the impact of cultural values on science along with the way scientific claims of objectivity shape modern culture. While focused on early 20th century America, The Black Stork traces these issues from antiquity to the rise of Nazism, and to the "Baby Doe", "assisted suicide" and human genome initiative debates of today.
Collecting together essays written by an international set of contributors, this book provides an important contribution to the emerging field of disability history. It explores changes in understandings of deformity and disability between the sixteenth and twentieth centuries, and reveal the ways in which different societies have conceptualised the normal and the pathological. Through a variety of case studies including: early modern birth defects, homosexuality, smallpox scarring, vaccination, orthopaedics, deaf education, eugenics, mental deficiency, and the experiences of psychologically scarred military veterans, this book provides new perspectives on the history of physical, sensory and intellectual anomaly. Examining changes over five centuries, it charts how disability was delineated from other forms of deformity and disfigurement by a clearer medical perspective. Essays shed light on the experiences of oppressed minorities often hidden from mainstream history, but also demonstrate the importance of discourses of disability and deformity as key cultural signifiers which disclose broader systems of power and authority, citizenship and exclusion. The diverse nature of the material in this book will make it relevant to scholars interested in cultural, literary, social and political, as well as medical, history.
Dr. Thomas Addison (1795-1860): Agitating the Whole Medical World presents Dr. Addison's life story, considers his reception during his lifetime, and recognizes his profound contributions to modern medicine. Dr. Addison weathered five years of scorching criticism from peers for asserting that the adrenal glands were essential to life and that diseased adrenal glands could darken a white person's skin to mulatto hues. History validated his discoveries, which led other investigators to isolate and identify epinephrine, the adrenocortical steroids, and even vitamin B12.
A History of Orthopedics portrays the beginning of orthopedic surgery from ancient times to the current era. It follows the gradual development of a specialty from Egypt to the European continent and England and from there to the United States of America. After the discovery of anesthesia and x‑rays in the 19th century, a more rapid development of surgical endeavors led to the current situation where arthroscopy could view and treat deranged joint mechanics, and painful arthritic joints could be replaced. Many of the important persons who helped reach this current state are listed with their contributions. Whereas in the 19th century orthopedic surgery was still considered part of general surgery, in the 20th century the two specialties became separated. In addition, there was a struggle between conservative practitioners (the AStrap and Buckle@ doctors) and those who felt surgical intervention provided better results.
A startling narrative revealing the impressive medical and surgical advances that quickly developed as solutions to the horrors unleashed by World War I. The Great War of 1914-1918 burst on the European scene with a brutality to mankind not yet witnessed by the civilized world. Modern warfare was no longer the stuff of chivalry and honor; it was a mutilative, deadly, and humbling exercise to wipe out the very presence of humanity. Suddenly, thousands upon thousands of maimed, beaten, and bleeding men surged into aid stations and hospitals with injuries unimaginable in their scope and destruction. Doctors scrambled to find some way to salvage not only life but limb. The Great War and the Birth of Modern Medicine provides a startling and graphic account of the efforts of teams of doctors and researchers to quickly develop medical and surgical solutions. Those problems of gas gangrene, hemorrhagic shock, gas poisoning, brain trauma, facial disfigurement, broken bones, and broken spirits flooded hospital beds, stressing caregivers and prompting medical innovations that would last far beyond the Armistice of 1918 and would eventually provide the backbone of modern medical therapy. Thomas Helling’s description of events that shaped refinements of medical care is a riveting account of the ingenuity and resourcefulness of men and women to deter the total destruction of the human body and human mind. His tales of surgical daring, industrial collaboration, scientific discovery, and utter compassion provide an understanding of the horror that laid a foundation for the medical wonders of today. The marvels of resuscitation, blood transfusion, brain surgery, X-rays, and bone setting all had their beginnings on the battlefields of France. The influenza contagion in 1918 was an ominous forerunner of the frightening pandemic of 2020-2021. For anyone curious about the true terrors of war and the miracles of modern medicine, this is a must read.
The Biochemistry and Physiology of Bone focuses on the advancements of techniques, methodologies, and approaches involved in bone studies, including general anatomy, tissues, collagen fibers, and calcification. The selection first offers information on the general anatomy and histology of bone and bone as a mechanical engineering problem. Topics include strength of healing fractures, nervous influences on bone, growth of the skull, bone strength, primary constituents of bony tissue, and types and organization of bony tissue. The text then elaborates on the ground substance of connective tissue and cartilage, organic matrix of bone, and collagen fibers of connective tissue. The publication takes a look at the ultrastructure and distribution of mineral salts in bone tissue, osteoblast, and osteoclast. Discussions focus on microscopical appearances, integration of morphological and histochemical studies, cytochemistry, distribution of inorganic salts in bone tissue, relation of collagen to its environment, and structure of collagen fibers. The publication also examines pathological calcification, effects of radiation on bone, parathyroid glands and bone, and anterior pituitary regulation of skeletal development. The selection is a dependable source of data for researchers interested in the biochemistry and physiology of bone.