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The 64 pages that link to Louis Pasteur, each with the reason it gives.

• FermentationRelated: His experiments overturned the idea that fermentation arose without living organisms.

• PasteurizationRelated: His experiments on wine and beer led to the heat treatment named after him.

• VaccinationRelated: Pasteur developed vaccines against diseases including rabies and anthrax.

• Acetic acidRelated: His work connected vinegar formation to living microorganisms rather than spontaneous chemical change.

• Germ theory of diseaseRelated: His work undermined spontaneous generation and strengthened the case for microbial causation.

• Lactic acid fermentationRelated: His studies connected lactic fermentation to the activity of living microbes.

• RabiesRelated: His 1885 treatment of Joseph Meister established post-exposure vaccination as a practical intervention.

• Saccharomyces cerevisiaeRelated: His studies connected yeast activity with alcoholic fermentation.

• VaccineRelated: His rabies and anthrax vaccines extended vaccination beyond smallpox.

• École Normale SupérieureRelated: Pasteur studied at the school before becoming one of its most prominent scientific alumni.

• AntisepticRelated: Germ theory provided the scientific basis for preventing infection through antisepsis.

• John SnowCompared with: Pasteur's later experimental work supplied a microbial framework unavailable during Snow's investigation.

• Robert KochRelated: Pasteur’s work shaped the scientific debate in which Koch established bacteriology.

• SourdoughRelated: His work helped explain the microbial activity that bakers had long used in sourdough.

• VinegarRelated: His work explained the biological process behind vinegar production.

• BiotechnologyRelated: His research connected microorganisms to practical processes such as food production and disease prevention.

• Justus von LiebigRelated: Pasteur challenged Liebig’s chemical account of fermentation with a theory centered on living yeast.

• ImmunologyRelated: His work extended vaccination and helped shape experimental immunology.

• Joseph ListerRelated: Pasteur’s research on microorganisms helped Lister interpret the causes of wound putrefaction.

• Spontaneous generationRelated: His swan-neck flask experiments provided decisive evidence against spontaneous generation.

• AnthraxRelated: His 1881 public demonstration made anthrax vaccination a landmark in microbiology.

• Tartaric acidRelated: Pasteur separated mirror-image tartrate crystals and linked molecular asymmetry to optical activity.

• BacteriologyRelated: His experiments advanced the study of bacterial processes and disease.

• Alexandre YersinNarrower topic: Yersin trained in the Pasteur Institute, whose methods and network shaped his bacteriological work.

• AntisepsisRelated: Germ theory supplied the scientific rationale for antiseptic methods.

• Inactivated VaccineRelated: His vaccine research helped shape the broader practice of deliberately modifying pathogens.

• MicrobiologyRelated: His experiments challenged spontaneous generation and connected microbes to fermentation and infection.

• University of StrasbourgRelated: He conducted influential research and taught in Strasbourg before moving to Lille.

• BrewingRelated: His work helped explain fermentation as a biological process rather than spontaneous change.

• Miasma theoryRelated: His research supplied evidence against spontaneous generation and supported germ-based explanations.

• Antiseptic surgeryRelated: Lister drew on Pasteur’s evidence that microorganisms could cause decay and infection.

• Eduard BuchnerCompared with: Pasteur’s interpretation of fermentation framed the question Buchner’s experiments unsettled.

• Edward JennerRelated: Pasteur extended vaccination beyond Jenner’s smallpox work and helped formalize the field.

• Élie MetchnikoffRelated: Pasteur invited Metchnikoff to join the Pasteur Institute, where he continued immunological research.

• Ignaz SemmelweisRelated: Later germ theory supplied a microbial framework for the transmission Semmelweis had inferred.

• BiologyRelated: His work connected microorganisms with fermentation and infectious disease.

• Claude BernardRelated: Pasteur and Bernard exemplified distinct experimental approaches to medicine in nineteenth-century France.

• Luc MontagnierNarrower topic: The institute where Montagnier worked was founded in Pasteur’s name and tradition.

• Pasteur InstituteRelated: His scientific reputation and vaccine work inspired the institute and shaped its early mission.

• Christiaan EijkmanCompared with: Eijkman’s experiments challenged the prevailing search for a beriberi-causing microorganism.

• Jacobus Henricus van ’t HoffRelated: Pasteur’s separation of tartrate crystals supplied a precedent for linking asymmetry to optical activity.

• Jean-Marie LehnRelated: Pasteur’s studies of molecular handedness illuminate a foundational theme in Lehn’s chemistry.

• Lactococcus lactisRelated: Pasteur’s fermentation research helped frame lactic acid bacteria as active agents in food transformation.

• Lazzaro SpallanzaniRelated: Pasteur later strengthened the experimental case against spontaneous generation.

• MeningiomaRelated: His name is attached to Pasteur–Kluver bodies, a microscopic feature sometimes seen in meningiomas.

• Rabies vaccineRelated: Pasteur's 1885 treatment marked the beginning of rabies vaccination.

• AlanineRelated: His investigations into optical activity laid foundations for distinguishing alanine’s stereoisomers.

• Nicolas AppertRelated: Pasteur later supplied a microbial explanation for preservation by heat.

• Sourdough starterRelated: His fermentation research helped explain the biological activity behind sourdough.

• BiogenesisRelated: His flask experiments supplied influential evidence against spontaneous generation.