Showing 221 - 230 of 239 annotations tagged with the keyword "Technology"
Summary:The urgent voice in this poem tells the patient to "Be still." The patient is about to undergo a brain scan (CT or MRI?) and the poem consists of a series of instructions. Don't worry about the discomfort or the side effects of the dye, the poem demands, "forget that your cradled head / may reveal a hard secret soon," the only thing that matters is "the subtle / shading of mass, some new darkness afloat / in the brindled brain sea." [16 lines]
Chris Cooper (Kevin McDonald) is a shy researcher working for a huge pharmaceutical firm with a team of sympathetic, but unusual personalities. He discovers a substance that makes people (and the company executives) very happy. Promoted as "Gleemonex," the new "brain candy" rapidly begins to make money, and Chris becomes a hero; however, the team soon realize that their wonder drug can render its users comatose.
Their "good" efforts to stop their own creation are opposed by their employer, especially the "bad" chief executive (Mark McKinney) and his cloying "yes-man" (Dave Foley), who relentlessly pursue sales to a craving market. After many tragicomic and slapstick escapades, good mostly prevails in the end.
The beautiful Polish student, Marie Sklodowska (1867-1934) (Greer Garson), is the only woman graduate student studying physics in Paris. She attracts the attention of her kindly professor by fainting in class. A father of two daughters, the professor realizes that she is both brilliant and poverty-stricken. He offers her a paid research project, and, without revealing her sex, arranges for her to occupy space in the laboratory of absent-minded Professor Pierre Curie (1859-1906) (Walter Pidgeon).
At first, Curie is annoyed by her presence, but he soon realizes that she is immensely gifted. When she decides to leave Paris (and physics) after standing first at her graduation, Curie is horrified and clumsily proposes marriage to stop her. Their union will be based on respect, reason, and physics, he claims, and she accepts. With his support, she embarks on an obsessive project to isolate what, she realizes, must be an unknown element in the compound pitchblende--a substance that emanates rays like light.
Four years of intense labor with few resources, inadequate facilities, incidental child-bearing, the threat of cancer, and many disappointments lead to the isolation of a minute quantity of radium in 1898. The Curies share the 1903 Nobel prize in physics with Henri Becquerel. Their future seems assured, but tragedy soon strikes: the distracted Pierre is run over by a horse-drawn cab and dies instantly.
Madame's grief is powerful, but she recalls her husband's prophetic words and returns to work. In the final scene, the elderly Madame Curie, now twice Nobel laureate (1911 chemistry), delivers an inspirational lecture on the promise of science to help "mankind" by curing and preventing disease, famine, and war.
As she turns 39, Alden begins a four-year quest to have a child. Despite her need and desire, she wonders whether having one will keep her from her work, writing. She and her husband Jeff go from not-really-trying, through temperature charts, to a series of painful and expensive procedures, all to no avail.
The memoir describes not only Alden's search for a child but for herself as well. Her relationship with her mother, her immersion in the counterculture ("in a middle-class way"), the importance of writing, her attempts to keep her own life under control, and her satisfying marriage are important elements in the memoir.
Summary:In typically terse poetic structure, utilizing fresh new images, Holub visualizes removal and replacement of a human heart during a transplant procedure. He describes the throb of the extracorporeal circulation mechanics as an "inaudible New World Symphony" as he elevates the imagery of the hole in the chest where once resided the "king of Blood" transiently into the cosmos. With the arrival of the "new heart," the imagery again becomes earth bound: the structure is sewn in place, the beats resume and the "curves jump like / synthetic sheep" as the EKG rhythm resumes.
Dr. Papper, a revered figure in the field of anesthesiology, questioned why it took so long for anesthesia to be "discovered": after all, pain and suffering existed long before the mid-nineteenth century. This book is a result of Papper’s graduate studies in literature and history and explains his thesis that "societal concern with pain and suffering, and the subsequent development of surgical anesthesia in the Romantic era . . . are outgrowths of Romantic subjectivity."
The book provides biographies of scientists, physicians and poets, such as Humphry Davy, Thomas Beddoes, Sr., Samuel Taylor Coleridge and Percy Bysshe Shelley, along with analyses of Romantic poetry as related to pain and suffering. Papper theorizes that the exchange of ideas amongst these intellectuals and the political upheavals of the time paved the way for society to recognize that the pursuit of happiness could include the relief of pain.
Summary:For forty years, James Langstaff (1825-1889) practiced medicine in a small town near Toronto. He witnessed the advent of anesthesia, antisepsis, new drug remedies, germ theory, and public health. Chapters are devoted to his management of surgery, obstetrics, and diseases, especially in women and children, his finances, and his role and that of his suffragist wife in the political and social fabric of their community. A reformer and temperance advocate, Langstaff was quick to adopt medical innovations, but slow to abandon familiar practices.
This autobiographical account of Dr. Lown's five decades of practice and research in cardiovascular medicine is both a history of the field and a history of a man passionately interested in people and healing. The book is divided into six sections: Hearing the Patient: The Art of Diagnosis; Healing the Patient: The Art of Doctoring; Healing the Patient: Science; Incurable Problems; The Rewards of Doctoring; and The Art of Being a Patient.
The first three sections comprise the bulk of the book: Lown chronicles his early medical training and career through stories of memorable patients, anecdotes about key role models (particularly Dr. Samuel A. Levine), and histories of medical mistakes, diagnostic acumen, and his remarkable research innovations. These achievements include the introduction of intravenous lidocaine, cardioversion and defibrillation, and development of the coronary care unit.
The core of the book, however, is about how deeply Lown cares for his patients. He states, “This book is a small recompense to my patients, ultimately my greatest teachers, who helped me to become a doctor.” The book contains many reflections on medical practice, such as this definition of medical wisdom: “It is the capacity to comprehend a clinical problem at its mooring, not in an organ, but in a human being.”
In a thoughtful chapter on death and dying, Lown muses on his emotional and spiritual responses to encounters with death, and bemoans the medical profession's increasing tendency to “put technology between us and our patients, to spare us the grief of failing to confront our own mortality.” In the final chapter, Lown takes an unusual twist, and writes a treatise to patients on how to get the doctor to truly pay attention to them and what are reasonable expectations to have of one's doctor.
Summary:Like Paul Muldoon's Sonogram (see this bibliography), this poem was occasioned by the poet's wife's ultrasound of their first child, Tobias. (See pgs. 258-259 of the anthology for a description of the poet and his comments on this poem.) "Sonogram" is alternately lyrical and bright ("through succulences of conducting gel") and dark (" . . . or sinuses of thought / like Siracusa's limestone quarries, where / an army of seven thousand starved to death.") The language is highly poetic (and successfully so) in conjoining the worlds of medical technology and poetry ("or alveolus in a narthex rose") and playful ("God's image lies couched safe in blood and matter" punning on "vouchsafed").
Summary:It is sometime in the future of genetic engineering, at the point at which, for a high enough price, one can buy physical and intellectual characteristics for one's fetus. This is the story of a young American couple of average means who have one "normal" son and are negotiating a supernorm status for their female fetus. The action centers around the stresses placed on the young family by the financial sacrifices required to engineer a daughter who would be able to compete in the growing population of engineered people. Husband and wife disagree increasingly, and ultimately the family breaks up over the wife's obsession with having a perfectly engineered child.