Salmonella, Campylobacter, hemorrhagic E. coli and Listeria all cause infections.
Food intoxication results from consumption of toxins (or poisons) produced in food by bacterial growth.
Toxins, not bacteria, cause the illness. Toxins may not alter the appearance, odor or flavor of food.
After ingestion. the vegetative cells start to sporulate in the intestinal tract (change their life form into spores) and release the toxin.
Salmonella produces spores in the GI tract. The spores release the toxin causing the illness called food poisoning.
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According to the FDA Bad Bug Book, Salmonella spp.are non-spore formers, so - no spores.
There are two types of illnesses caused by Salmonella: nontyphoidal salmonellosis and typhoid fever. In both types, route of entry is the same in that the bacteria is ingested orally (contaminated food & water, fecal particles, etc). Both work their way into the epithelium of the small intestine, where inflammation starts by the nontyphoidal type. With typhoid fever, the bacteria works its way into the blood stream to other organs where inflammation starts. There is evidence enterotoxin may be produced by both types.
Historically, Salmonellosis has been called a food infection, not a food intoxication, because the illness is caused by ingesting live bacteria and not a toxin.
all fungi produce spores!
Lycopodium plants produce spores known as homosporous spores. These spores are all of the same type and give rise to a single type of gametophyte.
No, ginger does not produce spores as it is a flowering plant that reproduces through seeds. Ginger is propagated through division of rhizomes rather than spores.
Spores can increase the risk of poisoning because they are often heat-resistant and can survive cooking. If ingested, these spores can germinate and produce toxins inside the body, leading to poisoning. This is why proper food handling and storage are crucial in preventing spore-related food poisoning.
spores