KnowraKoch's postulatesLinked fromLinked fromThe 17 pages that link to Koch's postulates, each with the reason it gives.All 17Broader topic 1Related 15Compared with 1TuberculosisRelated: Koch used this reasoning to support the link between the tuberculosis bacterium and the disease.Germ theory of diseaseRelated: These criteria formalized how germ theory could establish microbial causation.Robert KochBroader topic: These criteria distilled the causal reasoning behind Koch’s bacteriological investigations.Mycobacterium tuberculosisRelated: Koch used bacteriological evidence to connect this specific organism with tuberculosis.Plant pathogenRelated: They provide a classic framework for linking a suspected pathogen to a plant disease.Plant pathologyRelated: They provide a classic framework for testing whether a microorganism causes a plant disease.BacteriologyRelated: They formalized a way to connect bacterial isolates with disease causation.MicrobiologyRelated: They formalized one influential approach to connecting microbes with disease, despite known limitations.Virulence factorRelated: Causal tests for individual virulence factors adapt the logic of linking microbes to disease.Bacillus anthracisRelated: Anthrax research supplied an early, influential demonstration of microbial causation.Martinus BeijerinckCompared with: The postulates center on cultivable pathogens, unlike Beijerinck’s filterable tobacco mosaic agent.HIV/AIDS denialismRelated: Denialists have invoked these criteria, although modern virology uses broader causal evidence.Microbiological cultureRelated: The criteria rely on isolating and growing an organism, while exposing culture's limits.MycobacteriumRelated: Tuberculosis research helped establish these principles, though uncultivable pathogens complicate their application.Barry MarshallRelated: Marshall’s self-experiment helped address doubts that a stomach bacterium could cause disease.Pathogenic bacteriaRelated: They shaped how specific bacteria were connected to specific diseases.Kitasato ShibasaburōRelated: Kitasato’s training emphasized experimental methods for connecting bacteria with disease.
KnowraKoch's postulatesLinked fromLinked fromThe 17 pages that link to Koch's postulates, each with the reason it gives.All 17Broader topic 1Related 15Compared with 1TuberculosisRelated: Koch used this reasoning to support the link between the tuberculosis bacterium and the disease.Germ theory of diseaseRelated: These criteria formalized how germ theory could establish microbial causation.Robert KochBroader topic: These criteria distilled the causal reasoning behind Koch’s bacteriological investigations.Mycobacterium tuberculosisRelated: Koch used bacteriological evidence to connect this specific organism with tuberculosis.Plant pathogenRelated: They provide a classic framework for linking a suspected pathogen to a plant disease.Plant pathologyRelated: They provide a classic framework for testing whether a microorganism causes a plant disease.BacteriologyRelated: They formalized a way to connect bacterial isolates with disease causation.MicrobiologyRelated: They formalized one influential approach to connecting microbes with disease, despite known limitations.Virulence factorRelated: Causal tests for individual virulence factors adapt the logic of linking microbes to disease.Bacillus anthracisRelated: Anthrax research supplied an early, influential demonstration of microbial causation.Martinus BeijerinckCompared with: The postulates center on cultivable pathogens, unlike Beijerinck’s filterable tobacco mosaic agent.HIV/AIDS denialismRelated: Denialists have invoked these criteria, although modern virology uses broader causal evidence.Microbiological cultureRelated: The criteria rely on isolating and growing an organism, while exposing culture's limits.MycobacteriumRelated: Tuberculosis research helped establish these principles, though uncultivable pathogens complicate their application.Barry MarshallRelated: Marshall’s self-experiment helped address doubts that a stomach bacterium could cause disease.Pathogenic bacteriaRelated: They shaped how specific bacteria were connected to specific diseases.Kitasato ShibasaburōRelated: Kitasato’s training emphasized experimental methods for connecting bacteria with disease.