Who coined the phrase contagium vivum fluidum for the tobacco mosaic virus in 1898?
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Martinus Beijerinck
80 public questions with answers, drawn from the well. How many can you answer?
This germ theory of disease trivia hub follows the scientific ideas, experiments, physicians, microbiologists, and laboratory techniques that established microorganisms as causes of infection. Questions span the discovery of Mycobacterium leprae, the history of bacteriology, the phrase contagium vivum fluidum, tyndallization, sterilization, and Pasteur’s famous swan-neck flask experiments.
The collection suits biology students, science-history enthusiasts, classroom review sessions, and pub quizzes with a medical or scientific theme. Some prompts focus on famous names such as Louis Pasteur, while others test precise terminology and lesser-known contributors, including the German zoologist associated with the word “bacterium” and the Scottish surgeon who identified Staphylococcus in pus.
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Martinus Beijerinck
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Gerhard Armauer Hansen
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Christian Gottfried Ehrenberg
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Swan-neck flask
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Ferdinand Cohn
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Alexander Ogston
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Girolamo Fracastoro
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Pertussis
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Shigellosis
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Epidemiology
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Oliver Wendell Holmes Sr.
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Friedrich Loeffler
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Albert Neisser
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Streptococcus pneumoniae
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Diphtheria
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Smallpox
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Antibiotic
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Microbiology
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Louis Pasteur
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Dmitri Ivanovsky
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Fanny Hesse
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Brucellosis
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David Bruce
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Rickettsia prowazekii
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Charles Chamberland
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Neisseria meningitidis
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Gonorrhea
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Escherichia coli
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Thomas J. Burrill
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Charles-Emmanuel Sédillot
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Yellow fever
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Botulism
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Anthrax
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Chamberland filter
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Jules Bordet
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Karl Joseph Eberth
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E. coli
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Hans Christian Gram
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Louis Pasteur
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Girolamo Fracastoro
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Howard Taylor Ricketts
Good questions cover the scientists who developed or supported germ theory, landmark experiments, bacterial discoveries, historical terminology, sterilization methods, and the organisms linked to specific diseases. This hub combines familiar figures such as Pasteur with specialized details about leprosy, tobacco mosaic virus, tyndallization, and bacterial classification.
It is generally intermediate to advanced because the subject combines biology with scientific history. Students may recognize germ theory and Pasteur, but questions about historical phrases, laboratory vessels, bacterial discoverers, sterilization terminology, and nineteenth-century classification systems demand more detailed preparation.
Germ theory holds that many diseases are caused by specific microorganisms, including bacteria, viruses, fungi, or parasites. It replaced explanations based largely on miasmas or “bad air” and helped establish practices such as sterilization, antisepsis, vaccination, laboratory culture, and targeted treatment. Pasteur and Koch were among its most influential historical developers.
Tyndallization is a method of fractional sterilization developed by Irish physicist John Tyndall. A material is heated below boiling on successive days, allowing surviving spores to germinate between heating periods before they are destroyed in later cycles. The technique was historically important for sterilizing heat-sensitive substances.
Sterilization is treatment that destroys or removes all forms of microbial life, including bacterial spores. Disinfection reduces or eliminates many harmful microorganisms on inanimate surfaces but does not necessarily destroy spores or every microbe. The distinction is important in medical, laboratory, food-processing, and public-health settings.