Showing 1 - 10 of 157 annotations tagged with the keyword "History of Science"

Imprimatur

Monaldi, Rita; Sorti, Francesco

Last Updated: Nov-03-2021
Annotated by:
Duffin, Jacalyn

Primary Category: Literature / Fiction

Genre: Novel

Summary:

In a future 2040, the church is considering the canonization of Pope Innocent XI. An unusual seventeenth-century manuscript is brought to the attention of the authorities and the bulk of the novel is its transcription in full.  

The manuscript is the diary of an intelligent, but inexperienced young orphan-apprentice who is working in a Roman hostel in September 1683. The Catholic Church is fighting the Ottoman Turks who have besieged Vienna. Tensions with France are high as that country and its king have long asserted their exemption from Church rule.

 A hostel guest dies, and the authorities, suspecting plague, impose a quarantine. The apprentice falls under the influence of another confined guest, Atto Melani, a famous castrato and spy for King Louis XIV of France. Believing that the deceased guest was murdered, they venture out each night into subterranean Rome searching for clues to support their theory and leading them to investigate poisons, panaceas, and political plots. Meanwhile, a physician also confined to the hostel attempts all remedies to prevent plague, while another guest, besotted with astrology, strives to reveal the future, and yet another plays soothing music. 

Like a baroque Agatha Christie novel, plausible suspicion is cast upon every guest until the truth emerges and with it many doubts about the saintliness of Pope Innocent XI. The 2040 writer invites the Holy Office to consider the implications of the manuscript before proceeding with the canonization.

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Annotated by:
Duffin, Jacalyn

Primary Category: Literature / Fiction

Genre: Novel

Summary:

A murder mystery set in Harlem of the 1930s. The Conjure-Man, Frimbo, is a reclusive, highly educated soothsayer and fortune teller born in Africa. His Harlem dwelling is a popular destination for local people seeking direction for the decisions that they confront. He takes pains to conceal much about his identity.

One evening, Frimbo is found dead by a client, while a handful of people occupy his waiting room. Doctor Archer, who lives across the street, is summoned to pronounce the death, and the police come soon, led by detective Dart. Then the corpse disappears, and the Conjure-Man reappears alive to the amazement of all.

The investigators use recent technology, including blood typing, to establish that the corpse was not that of the Conjure-Man. Over just a few days, the doctor and the detective work their way through all the possible scenarios to establish the identity and motive of the killer. The ending is surprising.

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Summary:

Richard M. Ratzan brings together scholars and creative writers to celebrate the legacy of the sixteenth-century Flemish physician and anatomist, Andreas Vesalius (1514–1564), and his 1543 landmark text, De Humani Corporis Fabrica (On the Fabric of the Human Body). Ratzan defines the volume as an “ekphrastic collection of poetry, art and short prose” inspired by “the inimitably conceived and executed anatomical woodcuts” of Vesalius’s most enduring creation (xi). Organized by different genres, Ratzan presents introductory essays, ekphrastic works, translations of Vesalius-inspired poems, and detailed note and bibliography sections. The collection does not merely panegyrize but articulates the deeper intellectual import of De Humani’s meticulous anatomical renderings. Sachiko Kusukawa’s introductory essay frames De Humani as a “rhetorically charged polemic and defense” that challenged the European medical institution in two key ways (3). First, it promoted the revival of the “ancient [Greek and Roman] practice of healing based on diet, medicines and surgery,” a bold effort that aimed to resuscitate anatomy and other forms of “hands-on engagement” that had fallen out of favor with Vesalius’s contemporaries (2). Second, De Humani emendated the anatomical descriptions advanced by Galen, a second-century physician who promoted dissection in his Anatomical Procedures and whom European physicians considered an authority (3). This volume captures the fascinating fusion of artistry and intellectual individuality that characterizes Vesalius’s work.

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Annotated by:
Zander, Devon

Primary Category: Literature / Nonfiction

Genre: Memoir

Summary:

House on Fire:  The Fight to Eradicate Smallpox is a memoir written by William H. Foege, the physician best known for developing the strategy of ring-vaccination in the eradication of smallpox.  Concisely put by New Scientist, his book is “a mixture of memoir, dry public health guide, and riveting tale of an all-consuming mission.”   

Though a brief read, House on Fire is comprehensive on each of these fronts.  Foege walks us through his life, starting first with his upbringing in Washington state and ending with his role in India as part of the smallpox eradication team there.  Notably, the book’s narrative ends before Foege’s tenure as CDC Director in the late 1970s and early 1980s, focusing explicitly on his involvement in combating smallpox.  Using his career in public health as a framework, he details how he became involved in global health and how each deployment around the world, whether for the CDC, WHO, or Peace Corps, added to his understanding of contagious disease and of how to better approach smallpox containment.  Ever the epidemiologist, Foege does not shy away from including graphs and charts to emphasize his points, especially as they relate to public health data collection.  He takes the reader behind the scenes of conferences, regular meetings, and everyday discussions to show the collaboration necessary for global health work, the planning needed, and the good-natured humor and guile it often requires.  At times, his interactions seem like a who’s who of American public health:  throughout his career, he works with D.A. Henderson, Alexander Langmuir, David Sencer (who also writes the book’s foreword), and Don Francis.  

Outside of his own history, Foege acknowledges that in order to understand smallpox and to understand the mission of eradication it is necessary to understand the disease’s complex history.  He begins the book with the history of smallpox and details the development of the vaccine from its crude precursor, variolation, to Edward Jenner’s early version derived from cowpox.  As he progresses through his story, he notes important historical moments in the battle against smallpox:  the development of the jet injector and bifurcated needle as ways to better administer the vaccine, the elimination of the virus first from countries and then whole continents, and, most poignantly, the final cases of smallpox ever recorded.  

Though the book necessitates some level of public health knowledge, or at least a comfort with viral disease and baseline public health interventions, it consolidates its role as a basic public health guide at the appendix.  In the last pages, Foege reflects on what to do if there were ever a bioterror attack with smallpox, complete with a diagram on how to administer the smallpox vaccine.  

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Summary:

Elizabeth Siegel Watkins reports on the use of estrogen alone and in combination with progestin for women during menopause and after menopause from the 1890s until the book was published in 2007. She concentrates on the sixty years between 1942 and 2002. The event Watkins uses to mark 1942 as an important moment is the U.S. Food and Drug Administration (FDA) approval for the estrogen product Premarin as hormone replacement therapy (HRT) in women with menopause symptoms. The event she uses to mark 2002 is the release Women’s Health Initiative (WHI) findings that showed estrogen is not the “elixir of life” that many thought it was then.  

Watkins builds her story off the trajectory of estrogen use during this sixty-year period, which spanned two peaks followed by two crashes. The estrogens for HRT first crested in the early 1970s before its use dropped dramatically in 1975 on uterine cancer fears. Estrogen use began to rise in the early 1980s on regained confidence from combined use with progestin to reduce uterine cancer risk and from hopes that bone loss could be prevented and even reversed. This resurrection continued through the 1990s as estrogen use during and after menopause became “associated with reduced risk of colon cancer, prevention of tooth loss, lower incidence of osteoarthritis, increase in bone mass, reduced risk of Alzheimer’s disease, and lower rates of death from all causes” (p. 241). 
 

Based on surveys of prescribers and prescription data during this time, Watkins concludes that “physicians who saw menopausal women as patients were…enthusiastic prescribers of HRT” (p. 244). They remained enthusiastic, making Premarin the most prescribed pharmaceutical product through much of the 1990s and until 2002 when the WHI trial was stopped three years early because it showed that HRT failed to produce the expected benefits, and even worse.
Women who took the estrogen–progestin pills, as compared with those in the control group who took placebo pills, increased their risk of breast cancer by 26 percent (relative risk of 1.26), coronary heart disease by 29 percent (1.29), stroke by 41 percent (1.41), and pulmonary embolism (blood clot) by 213 percent (2.13). (p. 271)
The investigators advised clinicians based on these results, that HRT “should not be initiated or continued for the primary prevention of coronary heart disease” (p. 271). Watkins quotes an editorial from the Journal of the American Medical Association that went further in saying that the trial “provides an important health answer for generations of health postmenopausal women to come—do not use estrogen / progestin to prevent chronic disease” (p. 273). HRT prescriptions plummeted.  

These clinical inputs into the trajectory of estrogen are just the bare bones of estrogen history. Watkins fills in the story: 
The story of estrogen is woven from several strands: blind faith in the ability of science and technology to solve a broad range of health and social problems, social and cultural stigmatization of aging, shifting meanings and interpretations of femininity and female identity, and the pitfalls of medical hubris in the twentieth century. (p. 1)
Watkins weaves these strands into the story of estrogen, which she tells in a chronological fashion, often as the subjects of individual chapters. Some include: the implications of rising feminism; pharmaceutical company promotional activities; the roles of patient advocacy organizations; FDA requirements for patient information about prescription drugs; generational differences in views of menopause; evolving research methods and evidence standards; and cultural shifts and mainstream media influences. 

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Richard Holmes refers to this book as his “account of the second scientific revolution, which swept through Britain at the end of the eighteenth century, and produced a new vision which has rightly been called Romantic science” (p. xv). He pins the first scientific revolution to the seventeenth century and centers it on the work of Newton, Hooke, Locke, and Descartes. He brackets the second around 1768, when James Cook began his voyage circumnavigating the world, and 1831, when Charles Darwin began his voyage to the Galapagos islands. Holmes calls this period “The Age of Wonder.” 

Cook’s voyage carried Joseph Banks among its crew. Banks, a young man of great wealth and privilege, joined the expedition as a botanist to assist in the collection of botanical and zoological specimens from stops in the southern hemisphere. He was successful in this endeavor, and made observations about island life along the way (especially while on Tahiti). A few years after his return, he became the president of the Royal Society and would remain so for the next forty–two years.

The Society offered scientists (known then as “natural philosophers”) a place to publish papers, present findings, gain notoriety, receive funding, and develop networks. In his role as President, Banks was connected to many of the scientists included in the book. 

William Herschel and Humphrey Davy are the most prominent figures Holmes covers. Herschel was an accomplished musician and amateur astronomer before he built telescopes that helped him see, characterize, and record heavenly bodies never seen before. While conventional thinking of the time considered the universe to be static, placed by a divine hand, Herschel viewed it as continually evolving. Holmes also gives Herschel’s sister, Caroline, her just due as first his assistant and then as a noted astronomer in her own right.

Holmes focuses on Davy’s more well-known advances in chemistry: finding new elements; analyzing human effects of gasses comprising “common air” and “factitious airs” (e.g., nitrous oxide); inventing a safety lamp for miners; and applying the voltaic battery to chemical analysis. Holmes also details Davy’s role as a popularizer of science through well-received public lectures.

Aside from a chapter on Mungo Park’s ill-fated expedition to Africa, the other chapters have less focus on individuals and more on notable events. One concerns the first flights of hot air balloons, and another on the speculations of electricity as a life force that led to Mary Shelly’s novel, Frankenstein; Or, The Modern Prometheus. The final two chapters are in the service of Holmes’s view that “Science is truly a relay race, with each discovery handed on to the next generation” (p.468). He identifies the next generation of scientists and pays particular attention to William Herschel’s son, John, and to Davy’s protégé, Michael Faraday. Both went on to accomplished and celebrated careers. 

Holmes embeds the historical scientific developments and legendary figures into the ordinary daily life and human follies of the time. He describes how scientists and explorers sought public and private funding, and how they collaborated with one other on some occasions and competed with one another on others. We read of court intrigues, societal jostling, courtships and marriages, extramarital affairs (chaste and tawdry), and family relationships (devoted and fractious).  

A broader context Holmes provides involves the interplay among the scientists and explorers he covers and some of the important figures in literature, poetry, and art of Romantic era. Samuel Coleridge, William Cowper, John Keats, Mary Shelley, Percy Bysshe Shelley, Robert Southey, and Joseph Wright of Derby among others make appearances in the stories Holmes tells. He details the friendships between them and the influences they had on each other.

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Annotated by:
Galbo, Sebastian

Primary Category: Literature / Nonfiction

Genre: Short Story

Summary:

Jolted awake by a ringing telephone, the narrator (assumed to be Mukherjee) listens to his mother give a tearful report of his 83-year-old father’s waning health. Telling her that he will book the next flight from New York to New Delhi, Mukherjee’s mother wavers, regretting that her call now spurs him to purchase expensive airfare. In a tone of knowing sarcasm, Mukherjee writes, “The frugality of her generation had congealed into frank superstition: if I caught a flight now, I might dare the disaster into being.” Arriving in “sweltering, smog-choked Delhi,” Mukherjee joins his mother in a hospital’s I.C.U. A physician himself, Mukherjee notes the facility’s piteously tumbledown conditions, its crumbling floors and exposed utilities, jibing that, if one were to trip on the concrete rubble, “a neurologist would be waiting conveniently for you around the corner.” No doubt accustomed to the comfortable amenities of American hospitals, Mukherjee magnifies the miserable disarray of the Delhi facility—a defective heartrate monitor, a fractured suction catheter, a hospital bed with cracked wheels, a delivery van used as an improvised ambulance. This world, far from New York, is mired in seemingly eternal disrepair: “Delhi had landed upside down. The city was broken. This hospital was broken. My father was broken.”

These would seem to be the smug observations of a dismayed tourist were it not for Mukherjee’s thoughts on the intricate and noiseless machinery of homeostasis, the cohesive force that sustains internal constancy. “There’s a glassy transparency to things around us that work,” he writes, “made visible only when the glass is cracked and fissured. […] To dwell inside a well-functioning machine is to be largely unaware of its functioning.” As Mukherjee witnesses the spiraling decline of his father’s health within a deteriorating, dismally ill-equipped healthcare system, he focuses on the regularities of equilibrium by juxtaposing the homeostasis of healthcare institutions and human bodies. Mukherjee relates a memorable story from his early career when he staffed nightshifts at an urban clinic, where his colleague, an older nurse, stacked oxygen masks, oiled oxygen valves, and arranged beds. He belittled the nurse’s exacting preparations as an “obsessive absurdity” but, when his first patient arrived with an asthma spasm, he realized how critical the clinic’s flawless order was to his life-saving efforts: “The knob of the oxygen turned effortlessly—who would have noticed that it had just been oiled?—and, when I reached for an I.V. line, a butterfly needle, just the right size and calibre, appeared exactly when I needed it so that I could keep my eyes trained on the thin purplish vein in the crook of the elbow.” Had these things not been prepared, had they not been finely tuned for use, had an instrument been misplaced, would Mukherjee’s patient have lived? He experienced an example of institutional homeostasis, conducive to optimum medical care, which facilitated essential processes to occur successfully without mishap.  

Now in the New Delhi hospital, Mukherjee notes that its medical staff has “to settle for a miserable equilibrium. Amid scraps and gaps and shortages, they had managed to stabilize [my father].” He arrives at another stark realization, “I had versed myself in the reasons that my father had ended up in the hospital. It took me longer to ask the opposite question: What had kept my father, for so long, from acute decline?” Recollecting his father’s life at home in between hospitalizations, Mukherjee references a different kind of homeostasis that helped to prolong his life. For example, when his father was unable to go to the local market to haggle for fish and cauliflower, the vendors came to his home for usual business— “The little rituals saved him. They […] restored his dignity, his need for constancy.” Mukherjee accentuates the protean workings of homeostasis, its variegated forms that sustain the patterns of normalcy that give regularity and meaning to human life—indeed, equilibrium is not only an infinitude of minute chemical and biological factors, but familiar ease in a world that one knows and loves. Equilibrium, however rigorously maintained, succumbs to decay. Mukherjee aptly quotes Philip Larkin’s poem, “The Old Fools”: “At death you break up: the bits that were you / Start speeding away from each other for ever / With no one to see.” Mukherjee notes that the experience of his father’s decline was not so much observing him disintegrate into a similar kind of molecular dust, as imaged in Larkin’s verse, as it was his solidity upheld by homeostatic forces, a steady chugging of biological gears that made intricate compromises to sustain his deteriorating body.

After his father emerges from the coma, Mukherjee enlists curious pedestrians to help lift him into a makeshift ambulance. His father’s jostled body resembles a “botched Indian knockoff of an ecstatic Bernini.” The thematic kernel of Mukherjee’s narrative, homeostasis, draws scrutiny not only to the experiences of individual bodies but the systems and institutions that heal them, to the material environments in which fragile bodies are cared for, repaired, and rehabilitated. “The hospitals that work, the ambulances that lift patients smoothly off the ground: we neglect the small revolutions that maintain these functions,” reflects Mukherjee, “but when things fall apart we are suddenly alert to the chasms left behind.”
 

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This is a gripping, informative, and well-researched book about human blood. An accomplished journalist, Rose George, covers a variety of topics, largely in the U.S., Britain, and Canada but also in Nepal, India, and South Africa. She describes many current issues, provides historical background, and speculates on future technologies, such as replacement of blood by other fluids. There are nine sections:

 “My Pint”  While the book’s title refers to the author's volume of blood, this chapter’s title refers to a single pint she is donating. We read about blood supply (donated and stored blood) in the U.S. and—by contrast—in India.

“The Most Singular and Valuable Reptile” refers to the leech. This arresting chapter describes both historical and  modern uses of leeches to gather blood from humans. She visits a company called Biopharm in Wales where leeches are raised and prepared for shipment to medical clinics and hospitals.  

 “Janet and Percy” is a historical chapter focusing on Dame Janet Maria Vaughan, a central figure in creating the Blood Transfusion Service in England during WWII and Percy Oliver, who guided its predecessor, the London Blood Transfusion Service.  

“Blood Borne.”  This chapter describes Khayelitsha, South Africa, “the ugly backside of Cape Town” (p. 100): a place of poverty, crime, rape, sexual predation, and HIV. While rich nations provide assessment and treatment for people with HIV, poor nations have many citizens infected with the virus and, over time, rising rates of infection. 

 “The Yellow Stuff” describes the plasma portion of blood; it can be frozen (as FFP) and used as a filler for bleeding or trauma patients. Unlike blood—which can only be given without payment—plasma can be collected from paid donors. It is a largely traded commodity, part of a multi-billion dollar industry worldwide. Plasma carries Factor VIII, a crucial protein for clotting blood; hemophiliacs lack this and are at risk for death by bleeding externally or internally. Some plasma has been tainted, for example by HIV.

“Rotting Pickles.”  In Western Nepal (and other places), menstruation is taboo. George writes, “We are in a minority among species, and among mammals, to bleed every month.” She reviews historical views of women’s periods, mostly negative. Worldwide, there are many taboos, but also some educational efforts for public health that are helpful in impoverished areas.  

 “Nasty Cloths.” This tells the unusual story of an Indian man named Muruga, “a poorly educated workshop helper” who became a leader in creating sanitary protection for menstruating women. Worldwide, the feminine hygiene industry is some $23 billion. George also reviews related history, including Toxic Shock Syndrome from tampons.  

 “Code Red.” Bleeding is often a fatal factor in trauma, even with the best efforts to transfuse blood into the patient, unit after unit. George observes open chest techniques at a resuscitation. She reviews breakthroughs in blood typing, component therapy, and “buddy transfusions.”  

“Blood like Guinness: The Future.” George starts with images from the past: vampires, human drinkers of blood, past and, even, present. She interviews a purveyor of the concept that “young blood” is healthier than older blood. Can there be, discovered or created, blood substitutes that also save lives? 

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Annotated by:
Field, Steven

Primary Category: Literature / Nonfiction

Genre: History

Summary:

Yuval Noah Harari’s best-selling book “Sapiens” is subtitled “A Brief History of Humankind.”  While this may seem to bespeak a bit of hubris—it would seem that 414 pages might be, despite the modifying adjective of the subtitle, a little too condensed to cover 2.5 million years (albeit only the last 70,000 or so in any kind of detail)—the impression after finishing is that he may have done it, or at least, done the effort proud.  Mustering a combination of data and insights from the domains of history, archeology, genetics, biology, paleobiology, economics, and sociology, among others, Harari weaves an organized narrative that attempts to answer the questions of who we are and how we got here.

He divides the story into four assigned landmark periods in human history: The Cognitive Revolution (the earliest organization of humans into groups which evidence the use of tools and the beginnings of culture), The Agricultural Revolution (the impact of the learned ability to cultivate the land, with its shift from hunters and gatherers to farmers, and by necessity, from nomadic to settled tribes, and the beginnings of towns), The Unification of Humankind (the aggregation of people into larger groups and the emergence of money (and the earliest capitalism), religion, social expansion and conquest), and The Scientific Revolution (the development of science and the incredibly rapid acceleration of knowledge in the last five or six hundred years).  The titles of the periods are, however, only guideposts, for the sections are broader in scope than simply farming or science. The section on the scientific revolution, for example, interweaves scientific progress with economics and imperialism (which are themselves interwoven, after all), religion, and philosophy. And that same section leads Harari to speculate, at the end, as to where the digital revolution and the development of artificial intelligence might be leading us and what we might say about our future as a species.  




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From Fish to Philosopher

Smith, Homer

Last Updated: May-17-2018
Annotated by:
Thomas, Shawn

Primary Category: Literature / Nonfiction

Genre: Treatise

Summary:

Most students of biology are well aware of our humble beginnings as puny, single-celled lifeforms. The mechanism of our remarkable transformation was famously described by Charles Darwin in his groundbreaking text On the Origin of Species, published in 1859. In many respects, Darwin’s magnum opus was just the opening chapter of a much broader discussion of how we humans have taken our current form. Darwin elucidated only a general process of adaptation and evolution in the face of environmental pressures. He left his successors with the more onerous task of applying this rule to the tortuous history of human evolution.

Rising to the occasion nearly a full century later was Homer Smith, a prominent kidney physiologist who spent much of his life and career as the Director of Physiological Laboratories at the NYU School of Medicine. Dr. Smith shares his account of our evolutionary history in his 1953 book From Fish to Philosopher. In the book, he posits that organisms must have a system for maintaining a distinct “internal environment” in order to have any sense of freedom from the perennially dynamic external environment. He guides the reader through the various biological filtration devices that have come and gone over the eras, culminating with the fist-sized organs dangling next to our spines.


The book is often billed as a detailed treatise on how modern-day mammalian kidneys have arisen from their more primordial forms – a fair assessment, especially given the author’s background. But this book offers readers something much more ambitious in scope than a rehashing of his work in renal physiology. For example, the first chapter of the book, “Earth”, highlights geological milestones that molded the early environment of the first known lifeforms. In Dr. Smith’s words,

“the history of living organisms has been shaped at every turn by earth’s vicissitudes, because every geologic upheaval, by causing profound changes in the distribution of land and sea, has had profound effects on the climates of both, and hence of the patterns of life in both” (pp. 9).

By the final chapter, “Consciousness”, he has begun to ponder questions of metacognition and learning. He marvels at how our complex nervous system has allowed classical pianists to balance the rigidity required for technical prowess, and the fluidity required for creativity. This is not a textbook about our kidneys. From Fish to Philosopher is a story of mankind’s genesis, told through the existential musings of a physiologist who left no stone unturned.

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