Showing 41 - 50 of 202 annotations tagged with the keyword "Science"
Summary:This story follows John and Aileen Crowley and their three children, the two youngest of whom have a rare "untreatable" genetic disease. Pompe disease gradually degenerates muscle until patients cannot breathe or sit up; it also dangerously enlarges the heart. Determined to try to save his children, John Crowley started up a biotech company to develop an enzyme that would replace the non-functioninging one in his children. Others researchers in other companies were trying different approaches. Everyone made mistakes and created problems along the way.
In this novel, with the help of some friends, Gregor Samsa has survived his seeming death at the end of Kafka’s The Metamorphosis and joined a freak show in Vienna. A little man named Amadeus Hoffnung, who suffers from Werner’s syndrome (premature aging), runs this Chamber of Wonders. The human sized cockroach proves to be a big hit with the public and a good friend for his assorted colleagues, who come to admire his optimism, compassion, and sense of social responsibility. Gregor thrives, except for the festering wound in his carapace (back) that will not heal--the wound made when his father threw an apple at him during his traumatic early life in "Metamorphosis" as a human-turned-insect.
In 1923, as a result of an life-changing encounter with Ludwig Wittgenstein, and in the context of growing anti-Semitism in Central Europe, Gregor flies (literally) to New York, where he takes up residence and soon runs into Mr. Charles Ives, the composer and insurance executive, who gives him a job as an actuary. The novel describes Gregor’s subsequent adventures over the next 20 years--as a surprise witness at the Scopes trial, as the subject of Ives’s famous "Insect" Piano Sonata, and finally as the confidant of Franklin Delano Roosevelt and member of his "brain trust." Along the way, Gregor contributes greatly to the science of risk analysis and management.
In 1943, at the president’s request, Gregor joins the atomic bomb project in Los Alamos, New Mexico, where he serves as risk analyst and all-around moral questioner during the bomb’s development. Finally, Gregor Samsa, having survived 30 years as an insect, becomes physically ill as the old apple-infection turns to septicemia; and he becomes existentially ill, as he confronts the implications of nuclear warfare. He decides to commit suicide by placing himself among the instruments at Ground Zero of Trinity site, vaporizing in the explosion of the first atomic bomb; indeed, "Gregor’s was the most expensive assisted suicide in history." (p. 458)
The story of a woman artist's slow decline into dementia and death as told through the eyes, words, and reflections of her philosophy professor son. Through his memories of their 1950s life together, he reconstructs a speculative analysis of her early married life with his soil-scientist, Russian-immigrant father.
The one older brother becomes a neuropathologist who investigates the very disease that slowly strips their mother of herself. Their father tends to her growing needs at the family farm, but he dies suddenly and she must be placed in an institution where one nurse alone seems to respect her dignity.
The brothers' rivalries and misunderstandings are recapitulated in their different responses to their father's death and their mother's illness: the physician retreats to scientific explanations of the "scar tissue" in her brain; the philosopher looks for evidence of personhood and for reassurance that death should not be feared. His obsession with his mother's condition stems from a deeply felt sense of guilt; it destroys his marriage and condemns him to depression, hypochondria, and shame as he creates and diagnoses the same illness in himself, long before it can be detected by doctors.
Augusto and Michaela Odone (Nick Nolte and Susan Sarandon) are the adoring parents of a bright little boy who inexplicably develops alarming behavioral problems, after they return from working in the Comoro Islands. A series of investigations results in a diagnosis of adrenoleukodystrophy (ALD), but the boy rapidly deteriorates into a bed-ridden, inarticulate state. Frustrated by the medical profession's inability to help, Augusto and Michaela embark on an odyssey of salvation, studying lipid metabolism, promoting international conferences, and trying to disseminate their findings to other parents.
Their insights lead them to experiment with at least two effective therapies, one of which is erucic acid (Lorenzo's oil). Michaela feels guilt as well as grief, when she understands that the X-linked disease is passed from mother to son. In an effort to keep Lorenzo at home, she refuses to admit the extent of his disability, alienates her family, dismisses nurses, and assumes most of the care herself, nearly ruining her own health and her marriage. The film ends hopefully with tiny signs of recovery in Lorenzo. The credits roll over the faces and voices of happy, healthy-looking boys who have been taking Lorenzo's Oil.
In four parts this book uses a wide variety of images--caricatures in newspapers, comic books, advertisements, and photojournalism of Life magazine--to explore attitudes to physicians and medical progress in the mass media from the late nineteenth century to the mid-twentieth century. Each section centers on a specific type of image and the analysis addresses change in perception of doctors and their achievements by privileging crucial moments of newsworthy events and discoveries.
Early in this history, the media portrayed doctors as frock-coat wearing fops. Medical metaphors used in a political context proclaimed these attitudes well. The story of four little boys, bitten by a dog in 1885 and sent to Pasteur in Paris for the newly invented rabies vaccination, is used as a pivot point for a transition in perceptions of medicine: from a clumsy, suspicious craft to a useful, progressive science.
The third section is devoted to the public fascination with the history of medicine in the period from 1920 to 1950, Films, newspaper articles, and comic books chart the insatiable taste for scientific success and medical progress. The last section studies images of progress in Life and other magazines through a meticulous analysis of health-related articles. In this section, Hansen shows how the media participated in educating the public to a definition of science that enjoyed an enthusiastically optimistic spin.
An appendix lists American radio dramas about medical history from 1935 to 1953. A wealth of sources are documented in the notes and the whole is completed with an intelligent index.
Summary:Triggered in part by a trip to the Galápagos Islands, the author interweaves two parallel narratives: Darwin's "journey toward evolution" along with the related work of Alfred Russel Wallace; and the author's own journey through life, partially disabled and dependent on the specially fitted shoes that help him to walk. Together these two narratives develop "all I have come to understand about chance and change, fear and transformation, variation and cultural context, ideas about the body that question the definition and existence of difference in all of our lives" (xvii).
Summary:At the request of a German editor, Charles Darwin (1809-1882) began his autobiography at the age of 67. His granddaughter and editor, Nora Barlow, tells us that he revised it over several years.
Summary:In the early Eocene period, a small horse (Eohippus) accidentally dies in the depths of a lake. Over time, the body of the mare decays. Heat and pressure convert the remains of the animal into oil. Thousands of feet beneath the surface of Utah and millions of years later, that oil is tapped. As it travels through a pipeline, a nearby worker is injured. As a result of the accident, the man loses part of his arm.
This documentary film explores the interdisciplinary quest to understand the mind--its relationship to the brain, to the soul, to consciousness and sentience, and to the societal implications of free will. The film begins with the crisscrossing flow of people in a train station and an overvoice expressing the existential questions of "who are we?" and, ultimately, "who am I?"
This compelling image, filmed in black and white, serves as a representation of people as humanity and as individuals, as well as a metaphor for flow, such as of time or of impulses along a neural network. Hence, already in the introduction, the viewer is aware that this film will address some of the deep philosophical questions of all time complemented by visual imagery which enhances and enlarges on the dialogue.
The film is then divided into twelve sections: The Soul, The Body, Mental Disorder, Mind to Molecule, Bit to Brain, Consciousness, Free Will, Citizenship, The Moral Brain, The Brain on Trial, The Medical Mind, and Who Am I? Experts from multiple fields such as theology, neuroscience, psychiatry, law and justice, philosophy, sociology, history of medicine, physics, computer science, and filmmaking offer insights and questions either directly to the camera, or as voice-over for other imagery.
For example, to name just a few of the numerous eminent persons in the film, there are statements by mathematical physicist Roger Penrose (Shadows of the Mind: A Search for the Missing Science of Consciousness, and The Emperor’s New Mind: Concerning Computers, Minds and the Laws of Physics), philosopher Daniel Dennett (Darwin’s Dangerous Idea: Evolution and the Meanings of Life, and Brainchildren: Essays on Designing Minds), philosopher John R. Searle (Mind, Language and Society: Philosophy in the Real World) and neurologist Antonio Damasio (Descartes’ Error: Emotion, Reason and the Human Brain). The multiple experts all address the basic question posed by the film: "What will a science of the brain add to the human story?" but the approaches to the question, and what aspects of the question are most important, vary considerably in this far ranging journey through religion, history, ethics, medicine and science.
A few of the many interesting segments of the film include sections on cognitive neuroscientist Nancy Kanwisher who studies specialization by parts of the brain, such as a face-recognition center; developmental neuroanatomist Miguel Marin-Padilla, who has studied the motor cortex for over 25 years, which he demonstrates by dissection to be smaller than the tip of his finger; and Dennett’s one-armed robot, Cog, which is "learning" in developmental stages as an infant would. Eloquent commentary is also provided by computer scientist Jaron Lanier, sociologist Howard Kaye, psychologist Nicholas Humphrey, and filmmaker Ken Burns, among others.
Much of the film deals with psychopathology and implications for morality, behavior, and responsibility for behavior (free will and crime). Segments include an interview with a patient with manic-depressive disorder, a historical note on Phineas Gage (whose dramatic wound of his frontal lobe so altered his behavior), and a lawyer, psychiatrist and judge discussing free will, diminished capacity, and the legal system.
The film concludes with some concerns about reductionism to the biologic model of the mind, the growing haziness of borders between human and artificial intelligence, and the role of psychoactive medications. Although full mapping of the brain may not lead to complete understanding of the mind, still, the film concludes, the quest is fun.
Paul Ehrlich (Edward G. Robinson) works as a hospital dermatologist, but his two passions are his family and his independent research into dyes and stains. When he abandons his call-duty to attend a lecture by Robert Koch, hospital officials have all they need to dismiss the annoying Jew. Koch, however, engages him to develop dyes to enhance the visibility of the newly discovered tubercle bacillus.
Ehrlich's health is broken by the research, but one success leads to another. With Emil von Behring (Otto Kruger), he works on a serum to save children with diphtheria. Moved by the anxiety of the mothers, he refuses to maintain untreated controls. His superiors are furious, but the state is grateful and he is awarded his own institute.
Ehrlich turns his attention to finding a "magic bullet" to treat syphilis, but his relationship with von Behring founders. Arsenic derivatives are endlessly modified until success is reached in 1910 with agent 606. A few deaths in treated subjects prompt Ehrlich's enemies to arrange a formal inquiry, but he is completely exonerated and reconciled with von Behring.