Linked from

The 27 pages that link to Robert Koch, each with the reason it gives.

• Louis PasteurCompared with: Koch’s research advanced germ theory independently and sometimes competed with Pasteur’s school.

• TuberculosisRelated: His announcement established the microbial cause of tuberculosis.

• Germ theory of diseaseRelated: His investigations tied specific microorganisms to specific diseases.

• CholeraRelated: He identified the cholera bacterium during investigations in Egypt and India in 1883.

• Koch's postulatesRelated: Koch developed the experimental methods associated with the postulates.

• Paul EhrlichRelated: Koch’s laboratory provided Ehrlich an early setting for bacteriological research.

• Joseph ListerRelated: Koch’s bacteriological work strengthened the scientific framework surrounding surgical infection.

• Mycobacterium tuberculosisRelated: Koch’s isolation of the organism established its causal link to tuberculosis.

• AnthraxRelated: His experiments helped demonstrate that a specific bacterium causes the disease.

• BacteriologyRelated: His laboratory methods helped make bacteriology an experimental discipline.

• MicrobiologyRelated: His work helped establish laboratory standards for identifying infectious agents.

• Miasma theoryRelated: His work helped make germ theory experimentally testable and persuasive.

• Bacillus anthracisRelated: His work on anthrax helped establish a rigorous microbial cause of disease.

• Emil von BehringRelated: Behring worked in Koch’s Berlin institute, where bacteriology and immunity research converged.

• Martinus BeijerinckCompared with: Koch’s bacterial framework contrasts with Beijerinck’s proposal that some infections were caused by agents unlike bacteria.

• Vibrio choleraeRelated: Koch’s work brought international recognition to the bacterium’s role in cholera.

• Ziehl–Neelsen stainRelated: The need to visualize Koch's tubercle bacillus drove development of reliable staining methods.

• Microbiological cultureRelated: His laboratory methods made isolation and cultivation central to bacteriology.

• MycobacteriumRelated: His identification of the tuberculosis bacterium transformed understanding of mycobacterial disease.

• VibrioRelated: Koch's 1883 cholera investigations helped establish Vibrio cholerae as cholera's cause.

• Mary MallonRelated: The bacteriological framework made symptom-free pathogen carriage scientifically legible.

• ArsphenamineRelated: Koch’s bacteriology provided research methods and a framework for testing antimicrobial compounds.

• Ferdinand CohnRelated: Koch’s bacteriological work developed in the scientific tradition Cohn helped establish.

• History of choleraRelated: His work strengthened the bacteriological explanation of cholera.

• History of pathologyRelated: His methods made pathogen identification a reproducible laboratory task.

• Julius Wagner-JaureggRelated: His work on infectious disease shaped the bacteriological context of Wagner-Jauregg's career.

• Kitasato ShibasaburōRelated: Kitasato trained in Koch’s laboratory and adopted its bacteriological methods.