germ theory of disease

Everything Is Tuberculosis: The History and Persistence of Our Deadliest Infection

by John Green  · 18 Mar 2025  · 158pp  · 49,742 words

other communities, it was seen to be the result of a curse, or a poison, or demon possession. Some classical thinkers did even approach a germ theory of disease long before microscopy could confirm it. Around a thousand years ago, the Persian scholar and poet Ibn Sina wrote that tuberculosis and other illnesses were

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also the man who helped burst the “deceptive bubble” of Koch’s cure. * * * — It’s worth trying to imagine how simultaneously thrilling and horrifying the germ theory of disease was when it first emerged. As Louis Pasteur put it, “If it is terrifying to think that life may be at the mercy of the

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’m interested in TB is that I have obsessive-compulsive disorder, and my particular obsessive worries tend to circle around microbes and illness. Before the germ theory of disease, we did not know that around half the cells in my body do not, in fact, belong to my body—they are bacteria and other

The Pandemic Century: One Hundred Years of Panic, Hysteria, and Hubris

by Mark Honigsbaum  · 8 Apr 2019  · 529pp  · 150,263 words

immunological insights and the epidemic lurking just around the corner. Ever since the German bacteriologist Robert Koch and his French counterpart, Louis Pasteur, inaugurated the “germ theory” of disease in the 1880s by showing that tuberculosis was a bacterial infection and manufacturing vaccines against anthrax, cholera, and rabies, scientists—and the public health officials

Deadly Choices: How the Anti-Vaccine Movement Threatens Us All

by Paul A. Offit M.D.  · 28 Dec 2010  · 377pp  · 89,000 words

be cured by manipulating the spine. At the time of Palmer’s observation, Robert Koch and others were well on their way to proving the germ theory of disease. Palmer didn’t believe it. Nor did his son Bartlett Joshua (B. J.), who became a dominant figure among his fellow chiropractors, all of whom

The Great Escape: Health, Wealth, and the Origins of Inequality

by Angus Deaton  · 15 Mar 2013  · 374pp  · 114,660 words

which those inventions were more likely to come about.11 The cholera epidemics of the nineteenth century were an impetus for crucial discoveries about the germ theory of disease. And the well-funded medical research arising from the HIV/AIDS pandemic of today uncovered the virus and developed medicines that, while not curing the

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whose life chances first pulled away from those of the common people. By the end of the nineteenth century, the development and acceptance of the germ theory of disease had set the stage for another explosion of progress as well as for the opening up of another great chasm—this time between the life

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years, those who were lucky enough to escape death in childhood faced years of grinding poverty. Building on the Enlightenment, the Industrial Revolution, and the germ theory of disease, living standards have increased by many times, life spans have more than doubled, and people live fuller and better lives than ever before. The process

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cleaned up the cities. We shall meet other examples of new knowledge opening up health inequalities that presaged general benefits, including the spread of the germ theory of disease at the end of the nineteenth century and the understanding of the health effects of cigarettes after the 1960s. From 1800 to 1945: Nutrition, Growth

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public health measures. At first, this took the form of improvements in sanitation and in water supplies. Eventually science caught up with practice and the germ theory of disease was understood and gradually implemented, through more focused, scientifically based measures. These included routine vaccination against a range of diseases and the adoption of good

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to disease, directly in the case of diarrhea, but also to fighting fevers and infections. The improvements in sanitation, followed by measures based on the germ theory of disease, were the major factors in improving life expectancy in northwestern Europe and in the British offshoot countries in the century after 1850. They spread to

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for his results.29 Snow’s findings, together with the later work of Robert Koch in Germany and Louis Pasteur in France, helped establish the germ theory of disease, albeit with much resistance from holdout believers in miasma theory. One sticking point was why some people exposed to the disease did not become sick

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had no such protection.34 But the children of physicians died at much the same rate as the children of the general population until the germ theory of disease was understood, after which physicians’ children were much less likely to die. In the United States, hotels did not change the bed linen from one

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World SINCE WORLD WAR II, people in poor countries have begun to see the health benefits that people in rich countries have long enjoyed. The germ theory of disease had made possible a great reduction in the burden of infectious disease, but the science and science-based policies took more than a century to

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surgeon general’s report was not translated into “foreign” languages.2 There is a parallel between the spread of smoking and the spread of the germ theory of disease less than a century before. Cigarettes are, or were, part and parcel of the way people lived, and they are, or were, an important source

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century ago, so the important innovations that drove the decline did not generate the international inequality in health outcomes that was brought about by the germ theory of disease a century ago. Perhaps because the important innovations were cheap and easily imitated, countries could quickly bring them into their health services. But cheapness does

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take to go from one city to another. Yet globalization also opens its routes to the enemies of disease. We have already seen how the germ theory of disease—a set of ideas and practices developed in the North—spread rapidly to the rest of the world after 1945. Knowledge about drugs to control

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in average incomes described earlier. Yet this miracle was far from universally predicted at the time—in fact quite the reverse. When knowledge of the germ theory of disease brought pest control, clean water, vaccinations, and antibiotics to the poor world, it saved millions of lives, especially the lives of children. Sparing those children

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not so hard to think of more aid being spent productively elsewhere for Africa.”52 We have already seen many examples. Basic knowledge—of the germ theory of disease, of high-yielding seed varietals, of vaccinations, of the fact that HIV/AIDS is sexually transmitted, and of antiretroviral therapies—has been of enormous value

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, 104–5, 307; smallpox, 81, 84–86, 104, 307; trachoma, 98–99, 103; vaccines for, 99, 103–4, 321; zoonotic, 77. See also cardiovascular disease; germ theory of disease; HIV/AIDS; malaria; tuberculosis diuretics, 137–38 Doblhammer, Gabrielle, 143 DRC. See Democratic Republic of the Congo Drèze, Jean, 116, 122 drugs: advance market commitments

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; in mortality rates, 65–66. See also men; women gender roles, 133 Germany: cholera in, 96; foreign aid of, 275; POW camps of, 2–3 germ theory of disease: development of, 10, 96–97; effects of application of, 126, 239, 319; inequalities resulting from, 98, 140; practices based on, 93, 94, 99–100, 133

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screening and treatment, 141–42; chronic disease treatment, 130–31, 137–40; in Enlightenment, 84–87; preventive, 120, 138–39, 141, 142. See also drugs; germ theory of disease; health care Meles Zenawi Asres, 286 Memorial Sloan-Kettering Cancer Center, 135 men, heights of, 158, 162. See also gender differences Merck, 105 Mexico, 19

Betrayal of Trust: The Collapse of Global Public Health

by Laurie Garrett  · 15 Feb 2000

well-being usually followed. As envisioned by its American pioneers public health was a practical system, or infrastructure, rooted in two fundamental scientific tenets: the germ theory of disease and the understanding that preventing disease in the weakest elements of society ensured protection for the strongest (and richest) in the larger community. As infectious

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Koch in Berlin and Louis Pasteur in Paris were racing to identify the individual germs that caused disease.50 In 1880 Pasteur published his landmark Germ Theory of Disease, in which he argued that all contagious diseases were caused by microscopic organisms that damaged the human victim at the cellular level—as Rudolf Virchow

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sit at the feet of the great Koch and Pasteur. All over America there were individuals inside local health departments who wholeheartedly embraced Pasteur’s germ theory of disease, reveled in the newfound possibilities of their laboratories, and, practically overnight, changed the methods, strategies, and tactics of government public health. Past measures of disease

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public’s health. Chief among the architects of this change were Drs. T. Mitchell Prudden and Hermann Biggs, both of them firm adherents to the germ theory of disease. Biggs and Prudden had been appointed to the city’s new bacteriology laboratory in 1885 by none other than President Grover Cleveland. The nation’s

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a shadow on the public’s health into the twenty-first century. For the middle class had embraced to an extreme the idea of a germ theory of disease, becoming germ-phobic. While the wealthiest urbanites may have abhorred germs, they could avoid the riffraff or escape to distant estates. The middle class, however

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the population actively opposed immunization. Antivaccine organizations sprouted up all over California during the early twentieth century, driven by Christian Scientists,66 opponents of the germ theory of disease, and groups generally opposed to government interference in personal affairs. As a result, smallpox rates rose steadily at a time when most of the country

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, 220, 251 health reform in, 248–50 Republican Hospital, 125, 180, 249 TB in, 187–89, 191, 193 Gerasimenko, N. F., 128–29, 183, 217 germ theory of disease, 12, 295–305, 308, 569–70 Gilbert, Roy O., 321 Gingrich, Newt, 439, 458 Giuliani, Rudolph, 35–36, 470, 535, 536, 716 Gluzman, Daniel, 151

The Great Influenza: The Story of the Deadliest Pandemic in History

by John M. Barry  · 9 Feb 2004  · 667pp  · 186,968 words

and Budd needed no scientific knowledge, no laboratory findings, to reach their conclusions. And they did so in the 1850s, before the development of the germ theory of disease. Like Louis’s study that proved that bleeding was worse than useless in nearly all circumstances, their work could have been conducted a century earlier

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little he had no part of. In Europe science was marching from advance to advance, breakthrough to breakthrough. The most important of these was the germ theory of disease. Proving and elaborating upon the germ theory would ultimately open the way to confronting all infectious disease. It would also create the conceptual framework and

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comment that the results of medical education were better than the system. Although an isolated country doctor who began practicing before the establishment of the germ theory of disease, he had quickly accepted it, kept up with the astounding advances in his profession, built a laboratory in his office, learned how to use the

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the rich. (Questions about race and the epidemic yielded contradictory information.) But nearly everything else about the disease remained unsettled. Even the interplay between the germ theory of disease and other factors was at issue. As late as 1926, a respected epidemiologist still argued a version of the miasma theory, claiming “a correlation between

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New York City 1866–1966 (1974), 113. the zymote theory: For more on zymotes see Phyllis Allen Richmond, “Some Variant Theories in Opposition to the Germ Theory of Disease,” Journal of the History of Medicine and Allied Sciences (1954), 295. laurel wreath “such are given to the brave”: Paul De Kruif, Microbe Hunters (1939

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), 130. “What was theory”: Charles Chapin, “The Present State of the Germ Theory of Disease,” Fists Fund Prize Essay (1885), unpaginated, Chapin papers, Rhode Island Historical Society. “powerless to create an epidemic”: Michael Osborne, “French Military Epidemiology and the Limits

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Journal of History 13 (1979): 109–37. Richmond, Phyllis Allen. “American Attitudes Toward the Germ Theory of Disease, 1860–1880.” Journal of the History of Medicine and Allied Sciences 9 (1954): 428–54. _____. “Some Variant Theories in Opposition to the Germ Theory of Disease.” Journal of the History of Medicine and Allied Sciences 9 (1954): 290–303. Rivers

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. “The 1918 Influenza Epidemic in Nashville.” Journal of the Tennessee Medical Association 71, no. 4 (April 1978): 261–70. Tomes, Nancy. “American Attitudes Toward the Germ Theory of Disease: The Richmond Thesis Revisited.” Journal of the History of Medicine and Allied Sciences 52, no. 1 (Jan. 1997): 17–50. Tomes, Nancy, and Warner John

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Harley. “Introduction—Rethinking the Reception of the Germ Theory of Disease: Comparative Perspectives.” Journal of the History of Medicine and Allied Sciences 52, no. 1 (Jan. 1997): 7–16. Tomkins, S. M. “The Failure of Expertise

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of R. S. Gloucester, Mass.: Peter Smith, 1970. _____. Rats, Lice, and History. New York: Black Dog & Leventhal, 1963. UNPUBLISHED MATERIALS Allen, Phyllis. “Americans and the Germ Theory of Disease.” Ph.D. diss., University of Pennsylvania, 1949. Anderson, Jeffrey. “Influenza in Philadelphia, 1918.” MA thesis, Rutgers University, Camden, 1998. Fanning, Patricia J. “Disease and the

The Rise and Fall of American Growth: The U.S. Standard of Living Since the Civil War (The Princeton Economic History of the Western World)

by Robert J. Gordon  · 12 Jan 2016  · 1,104pp  · 302,176 words

the GDP statistics would record only the expenses of the labor and equipment used in its discovery and production. Other similar examples include Pasteur’s germ theory of disease and the attendant emphasis on soap and cleanliness, the development of urban sanitation infrastructure that made indoor plumbing possible, and the realization in the late

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foreigners who deserve credit for key elements of the Great Inventions are transplanted Scotsman Alexander Graham Bell for the telephone, Frenchmen Louis Pasteur for the germ theory of disease and Louis Lumière for the motion picture, Englishmen Joseph Lister for antiseptic surgery and David Hughes for early wireless experiments, and Germans Karl Benz for

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“networking” of the American home that took place between 1870 and 1929 (as discussed in chapter 4). A contribution was made by Louis Pasteur’s germ theory of disease, which fostered public awareness about the dangers inherent in swarming insects and pools of stagnant water. The internal combustion engine deserves its share of credit

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the act’s full implementation. States and local governments gradually passed their own legislation and implemented rules and inspections. The widespread acceptance of the Pasteur germ theory of disease led to an increased emphasis on cleanliness at every stage of food production, from slaughterhouses to every other type of food producer, retailer, restaurant, and

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European countries replicated and improved on the early experiments. Though some doctors welcomed these new discoveries, others did not and were often hostile to the germ theory of disease. It was not unusual “for well-known physicians to get up and leave the hall when medical papers were being read which emphasized the

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germ theory of disease. They wanted to express their contemptuous scorn for such theories and refused to listen to them.”90 Because of warring factions and different philosophies of

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Advances within the health care sector can be divided between research, hospitals, and doctors. The single most important advance in medical science was the Pasteur germ theory of disease, which by the 1880s and 1890s had led to the identification of insects and bacteria responsible for most of the infectious diseases that had caused

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.”81 His analysis is in the same spirit as the Lynds’ observation but goes much further in linking it to the late nineteenth-century Pasteur germ theory of disease and the resulting increase in standards of cleanliness, requiring that more hours be spent not only in cleaning the house, but also in bathing children

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predictions.”38 He assumes that an instrument is necessary for an outcome. As an example, it would have been impossible for Pasteur to discover his germ theory of disease if Joseph A. Lister had not invented the achromatic-lens microscope in the 1820s. Mokyr’s optimism about future technological progress rests partly on the

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it did in the last half. This was the interval when infant mortality was conquered and life expectancy was extended by the discovery of the germ theory of disease, the development of an antitoxin for diphtheria, and the near elimination of contamination of milk and meat as well as the conquest of air- and

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), 555, 557 General Slocum (ship) disaster, 239 general stores. See country stores genomic medicine, 478 Germany: autobahns of, 389, 390; automobile invented in, 131, 150 germ theory of disease, 207, 213, 218–19, 242, 245; medical opposition to, 232 Gibbons, William, 303–4 GI Bill (1944), 364, 512, 544 GI generation, 517 Glaeser, Edward

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1940, 461–63, 495–97, 525–26; changes in medical profession and, 476–78; chronic diseases, 468–72; decline in, 8; doctors for, 224–28; germ theory of disease and, 218–22; hospitals for, 228–31; life expectancy and death rates, after 1940, 463–65, 483–85; medical schools and research for, 232–33

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, 559 Model T (Ford automobile), 153–56, 165, 169, 382, 559 Mokyr, Joel, 31; on access to running water, 216; on forecasting innovation, 590; on germ theory of disease, 219; on household production, 208, 278 Montgomery Ward catalog, 63, 90–91, 294, 332 Moore, Gordon, 444, 458 Moore’s Law, 444–47, 458, 524

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, 80–81, 343 Pacific Southwest Airlines (PSA), 403–4 paper, 580–81 Parcel Post service, 137, 180 party lines, 184–85 Pasteur, Louis, 232, 590; germ theory of disease of, 21, 207, 213, 218–19, 222, 242, 245 patent medicines, 222 patents, 312–13, 318; for canned foods, 72; as data, 556–57; for

Spillover: Animal Infections and the Next Human Pandemic

by David Quammen  · 30 Sep 2012  · 669pp  · 195,743 words

Roberts and John Burdon Sanderson and others, provided the empirical bases for a swirl of late-nineteenth-century ideas that commonly get lumped as “the germ theory” of disease, which marked a movement away from older notions of malign vapors, transmissible poisons, imbalanced humors, contagious putrefaction, and magic. But the germs with which Koch

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provides opportunity for spillover. Evolution seizes opportunity, explores possibilities, and helps convert spillovers to pandemics. It’s a neat but sterile historical coincidence that the germ theories of disease came to scientific prominence at about the same time, in the late nineteenth century, as the Darwinian theory of evolution—neat because these were two

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tappers), 332–33 Gallo, Robert, 391–93, 394 gametocytes, 136, 138 Gao, Feng, 423, 424 gemo (evil spirits), 88–89, 90 Germany, psittacosis in, 214 germ theory of disease, 130, 265, 517 Ghana, 406 Gibraltar, 408 Gilbert, Tom, 487–88 Gimble (chimpanzee), 468, 470, 471, 472 Global Viral Forecasting Initiative (GVFI), 514 goats: as

The Transhumanist Reader

by Max More and Natasha Vita-More  · 4 Mar 2013  · 798pp  · 240,182 words

effects on society. The effective defeat of ­contagious disease in the latter part of the twentieth century came a century after Pasteur ­properly established the germ theory of disease. The evolutionary theory of aging is now ­adequately established, both mathematically and experimentally. A long struggle against the recalcitrant medical establishment and the entrenched cytogerontologists

Enlightenment Now: The Case for Reason, Science, Humanism, and Progress

by Steven Pinker  · 13 Feb 2018  · 1,034pp  · 241,773 words

an infected body part. But starting in the late 18th century with the invention of vaccination, and accelerating in the 19th with acceptance of the germ theory of disease, the tide of battle began to turn. Handwashing, midwifery, mosquito control, and especially the protection of drinking water by public sewerage and chlorinated tap water

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streets between science and technology included the application of chemistry, facilitated by the invention of the battery, to synthesize fertilizer, and the application of the germ theory of disease, made possible by the microscope, to keep pathogens out of drinking water and off doctors’ hands and instruments. The applied scientists would not have been

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, D. 2008. Don’t sleep, there are snakes: Life and language in the Amazonian jungle. New York: Vintage. Ewald, P. 2000. Plague time: The new germ theory of disease. New York: Anchor. Faderman, L. 2015. The Gay Revolution: Story of a struggle. New York: Simon & Schuster. Fariss, C. J. 2014. Respect for human rights

Nourishing Traditions: The Cookbook That Challenges Politically Correct Nutrition and The...

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by Laurie Garrett  · 31 Oct 1994  · 1,293pp  · 357,735 words

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A Hunter-Gatherer's Guide to the 21st Century: Evolution and the Challenges of Modern Life

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The Wealth and Poverty of Nations: Why Some Are So Rich and Some So Poor

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The Tyranny of Experts: Economists, Dictators, and the Forgotten Rights of the Poor

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