Showing 151 - 160 of 240 annotations tagged with the keyword "Medical Advances"
This biography begins on April 20, 1995 when the ashes of Marie and Pierre Curie were transferred from their graves in a Paris suburb and re-interred in the Pantheon, thereby placing the Curies among the "immortals" of France. Thus, Marie became the first (and so far the only) woman to be honored in this way. Goldsmith's biography is a straightforward and well-written narrative that eschews hagiography, wordiness, and psychological interpretations.
The story of Marie Curie (1867-1934) is well known. Born into an intellectual but impoverished Polish family, she struggled to obtain a scientific education, first in Poland and then at the Sorbonne in Paris. While a graduate student, she met and married the young chemist Pierre Curie. Together, with essentially no funding and dismal laboratory space, they discovered and characterized radioactivity. Later, on her own Marie discovered and isolated two new elements, polonium and radium. Subsequently Marie and Pierre created the Curie Institute, where Marie was in the forefront in envisioning medical applications of radioactivity and radium.
The story is especially powerful in its depiction of bias against women in science. Marie had to fight for many years to obtain a faculty position at the Sorbonne (unheard of for a woman), or even space to conduct her experiments. When the Nobel Committee awarded its 1903 Prize in Physics, Pierre had to fight to have his wife included in the citation, even though the bulk of the brains and energy behind the discovery of radioactivity were clearly Marie's. Marie was later vindicated when she won her second (and solo) Nobel Prize in 1911 for the discovery of radium.
Obsessive Genius doesn't shy away from Marie Curie's recurrent clinical depressions, which began during her adolescence, nor from her obsessive, hard-driving personality. The book presents an even-handed picture of repeated conflict between her love of her husband and children (one of whom, Irene Joliet-Curie, in 1935 became the second woman scientist ever to win the Nobel Prize); and her passion for her work.
Joan Didion has written a very personal, powerful, and clear-eyed account of her husband's sudden and unexpected death as it occurred during the time their unconscious, hospitalized daughter was suffering from septic shock and pneumonia.
Quintana, the couple's 24-year-old adopted child, has been the object of their mutual care and worry. That John Gregory Dunne, husband and father, writer and sometime collaborator, should collapse from a massive, fatal coronary on the night before New Year's Eve at the small dinner table in their New York City apartment just after their visit with Quintana can be regarded as an unspeakable event, beyond ordinary understanding and expression. "Life changes fast . . . in the instant. You sit down to dinner and life as you know it ends" (3).
As overwhelming as these two separate catastrophes are, the account provided by Didion evokes extraordinary descriptions of the emotional and physical disorientations experienced by this very lucid, but simultaneously stunned and confused wife, mother, writer dealing with the shock of change. Her writing conveys universal grief and loss; she spins a sticky filament around the reader who cannot separate him or herself from the yearlong story of difficult, ongoing adjustment.
This densely packed book follows Oschman's Energy Medicine: The Scientific Basis (2000, see annotation) with applications to medical treatment and--very briefly--human performance (athletics, dance, music). Oschman, a cell biologist, shows how electroencephalograms, electrocardiograms, and pulsing electromagnetic fields (which can heal broken bones) are accepted medical technologies, while theoretically related Healing Touch, Therapeutic Touch, Qi Gong, Reiki, Reflexology, massage, etc. are widely used and effective but generally (and inaccurately) considered to be alternative medicine.
According to Oschman, contributions from quantum physics explain that the energies of the body are subtle, instantaneous, and highly efficient in regulation and healing at the cellular level. The body is best understood as a living crystal, which can semiconduct energy, translate physical energy (such as touch) to piezoelectricity, and maintain coherence and continuity. Given our evolutionary heritage, we can sense from healers their intention, empathy, and healing energy. Our bodies heal themselves with energy provided by both standard and nonstandard medicine.
Martin Arrowsmith is from a tiny mid-western town. He goes to college and then to medical school in the largest town in the state. He begins to worship Gottlieb, Professor of Bacteriology, one of the few professors who is devoted to pure science instead of lucrative practice. Martin becomes Gottlieb’s assistant and annoys his professors and friends by constantly talking about methodology. He is engaged to Madeline, a rather dull graduate student in English. When he meets Leora, a nurse, he breaks his engagement to Madeline. Martin grows disenchanted with his career, leaves school, and wanders around the midwest. Finally, he marries Leora and returns to school. Now, however, he becomes a disciple of the Dean, Silva, whose science is much less precise and who is devoted to making people comfortable at all costs.
Martin sets up practice after graduation in Leora’s home town. The Swedish and German farmers find him invasive and unwilling to cater to their small-town expectations. When Martin misdiagnoses a case of smallpox, he is forced to leave town. He has by then found a new hero, Gustave Sondelius, who fights plagues abroad and returns to America to lecture. Sondelius finds him a job in a larger town as an assistant to Dr. Almus Pickerbaugh, Director of Public Health. Pickerbaugh writes popular poems against sidewalk spitting and alcohol but does little else. The town loves him. He becomes a senator and Martin takes over the department. He quickly makes enemies of the very people Sondelius pleased. He also returns to research. Between annoying the upper crust with his brusqueness and annoying the farmers by closing their diseased dairies, he is soon drummed out of town.
He is then hired as a pathologist at the Rouncefield Clinic, where he does meaningless, repetitive work. His old mentor, Gottlieb, saves him by getting him a position at the McGurk Institute in New York. The Institute is very rich and gives scientists a chance to work without the interruption of patients or a need for practical application. Martin returns to Gottlieb’s principles and discovers a cure for bubonic plague. The Institute, which is not free from economic interests, sends him off to the tropical island of St. Hubert to test his material and save the population.
Martin is determined to conduct a controlled trial. When his wife and Sondelius both die of the plague, however, he injects everyone, saves the island, and returns to New York. Gottlieb has dementia and can neither blame nor forgive Martin for his lack of scientific aplomb. Martin marries an heiress and briefly lives the rich life he always dreamed of, but finds that his new wife will not let him work. Finally, he joins a friend who has built a laboratory in Vermont and happily returns to research.
Subtitled "What happens when patients find out how good their doctors really are," this article starts with an important statement: "Every illness is a story, and Annie Page's began with the kinds of small unexceptional details that mean nothing until seen in hindsight."
This is the introduction to a look at a child with cystic fibrosis and how her family sought the best care for her.
The author, Dr. Atul Gawande, goes on not only to tell their story but also the story of the way in which the understanding of this disorder has increased and the unusual rigor with which centers that specialize in the disease are evaluated.
He also includes stories of other sufferers to emphasize the importance of surveillance of their care.
These stories allow him to generalize about the way physicians' care is evaluated in general by the public and our medical organizations and how difficult it is to be at the high end of the Bell Curve. The author concludes, "When the stakes are our lives and the lives of our children, we expect averageness to be resisted."
J.J.’s parents are both deaf, so he grew up with Auslan (Australian sign language) as his native "tongue," although he is not deaf and speaks English perfectly. After a disastrous marriage, J.J. returns to live with his parents and to teach sign language at the Deaf Institute. Two students in his beginners’ class befriend him. They are Clive, an elderly man world renowned as a leader of the animal rights movement, and his much younger wife Stella, who is a poet. They soon present J.J. with a mysterious proposition: would he be willing to provide private lessons for their "step-daughter" at their home? We soon learn that their "step-daughter," Wish, is actually a young female gorilla, which they "rescued" from a research laboratory.
At first J.J. is reluctant because he is aware that the purported mastery of signing by non-human primates is not only controversial, but very limited, even if true. However, he discovers that Wish has remarkable cognitive abilities. She learns Auslan quickly and even begins to converse using metaphor and expressing complex topics.
Eventually her story is revealed. She had undergone fetal surgery to remove her adrenal glands, which evidently limit cortical growth in gorillas. Unconstrained by her adrenals (although receiving daily cortisone injections), Wish has developed intelligence far beyond that of other gorillas.
Nonetheless, she is still a sexually mature female gorilla. She falls in "love" with J.J. who, after initially rebuffing her, mates with her. J.J., by the way is quite obese, and so he is much more attractive to Wish than the other human males she encounters, who are all so un-gorilla-like. J.J. and Wish live in connubial bliss for a brief period, until Clive decides to prosecute J.J. for sexually abusing his gorilla, since presumably gorillas cannot give informed consent to sexual activity with humans. (Of course, Wish can and does, because of her super brain, but this concept is a bit too subtle for the frenzied media and the legal system.) After J.J. is arrested and she is removed to a local zoo, Wish becomes depressed and commits suicide. Clive drops the charges, after which the story lumbers to a generally unhappy ending.
Set sometime in the near future, Cast of Shadows has as its protagonist Davis Moore, a successful private practice physician specializing in cloning human babies for infertile couples. Early in the book, Anna Kat, his high school senior daughter, is murdered and raped. (For a while a likely suspect is Mickey the Gerund, a right wing extremist member of the Hands of God with a fascinating grammatical moniker never explained, who shoots cloning physicians, including Dr. Moore, in the abdomen, a short time before his daughter, Anna Kat, is brutally killed. However, Mickey is only a shadow of a suspect and quickly becomes supplanted by another much more likely villain. Mickey goes on to kill, by various methods, dozens of cloning physicians and staff by book's end.)
After a year of unsuccessful detective work, the local police return Anna Kat's belongings, including a plastic vial with the suspected murderer-rapist's semen. In an act never fully explored by Dr. Moore or the author, an otherwise rational and ethical physician surreptitiously uses the suspect's semen to fertilize a married woman patient.
The offspring, a clone of the suspected killer-rapist, is Justin, who becomes a formidable presence in the book. He is very intelligent--at his psychologist's advice, his parents provide him at an early age with advanced reading materials like Plato (hence one of the allusions to shadows, i.e., Plato's cave, in the book's title and referenced directly on page 118 and indirectly on page 208) and other philosophers. By the time he is a senior in high school, Justin has become a dominant player in the affairs of Dr. Moore; Sally Barwick, a private investigator-turned journalist; and the suspected killer-rapist--his origin of the species as it were.
This book has a number of subplots all of which radiate from the initial cloning and the various members of the extended family and professional staff involved in it, some knowingly, most not. There are narrative threads involving the suspected murderer rapist-now-prominent attorney, Sam Coyne; the triangle of Dr. Moore and Jackie, his alcoholic wife, and Joan, his attractive pediatrician associate; Mickey the Gerund's various murderous and obsessional religious activities and reflections; Justin's life in school and involvement with Sally Barwick's investigation of a serial killer called The Wicker Man; and, most especially, the development of Shadow World, a computer game and a virtual replica of the real world--the world as Justin, Sally, Sam Coyne, and Dr. Davis Moore know it.
Since this is a thriller, it would be inappropriate to divulge more of the plot, which is intricate, often a little far-fetched but always engaging, highly readable and more labyrinthine than most medical thrillers.
Journalist Jonathan Eig traces the life of Lou Gehrig, one of the finest first basemen that major league baseball has ever known. Gehrig played as a tremendously reliable and powerful hitter for 17 seasons with the New York Yankees, the only team for which he played, many of them with Babe Ruth; he starred in 7 World Series games, playing on 6 championship teams. Gehrig's consecutive game streak of 2130 games, part of the reason for his nickname Iron Horse, was only broken recently, in 1995, by Cal Ripken, Jr. of the Baltimore Orioles.
Born June 19, 1903, Gehrig was only 35 years old when he developed the symptoms of amyotrophic lateral sclerosis, a neurodegenerative disease of vicious and progressive muscle wasting. He died June 2, 1941, quietly, at home. A relatively unknown disease at the time, amyotrophic lateral sclerosis, or ALS, soon became known as "Lou Gehrig's disease."
Physician-scientist Lewis Thomas turns to pressing, threatening issues in this collection of 24 essays, many of which have been published in Discover magazine. The book opens and closes with meditations on nuclear warfare--the atom bombs of World War II and the escalation of worldwide tensions and technology that can combine to destroy the human race. In between, other essays, such as "On Medicine and the Bomb" and "Science and 'Science,'" also focus on these issues.
Less apocalyptic essays concern Thomas's experience with requiring a pacemaker, the state of psychiatry, lie detectors as evidence for essential human morality, and his abiding interest in language and scientific research.
This book contains 29 short essays by physician-scientist Lewis Thomas, originally published in the early 1970s in The New England Journal of Medicine. The essays center on science, and range in focus from the molecular (e.g., DNA) to the subcellular to the organism to social interactions and all the way up to the search for extra-terrestrial life. Some themes reappear in several essays: science as a grand, engaging enterprise worthy of the brightest minds; communication between organisms creating the intricate dance of the social organism; the relationship of man to both nature and the grand scheme of the universe.
Lewis is fascinated by communication not only at the cellular level, but also at the pheremonal and cerebral level: "Language, once it comes alive, behaves like an active, motile organism" (90). The ant and its colony, as an example of a simultaneous individual and integrated social organism, form a link for Thomas between the enclosed unit of a cell and the complex interactions of a society. Indeed, macro-micro comparisons continue throughout the essays, and even conclude the final essay, "The World's Biggest Membrane," which lauds the atmosphere as protector, filter, and provider: "Taken all in all, the sky is a miraculous achievement. It works, and for what it is designed to accomplish it is as infallible as anything in nature. . . it is far and away the grandest product of collaboration in all of nature" (48).