Linked from

The 23 pages that link to Probiotics, each with the reason it gives.

• FermentationRelated: Some fermented foods contain live microbes, though not every fermented food is probiotic.

• Dietary supplementRelated: Probiotic products are marketed for digestive health, though effects vary by strain and condition.

• MicrobiomeRelated: They are used to alter microbial communities, though effects depend on strain and condition.

• Food microbiologyRelated: Some fermented foods carry microbes studied for possible health benefits.

• Lactic acid bacteriaRelated: Some strains of lactic acid bacteria are studied and used as probiotics, though effects are strain-specific.

• Skin microbiomeRelated: Probiotic approaches seek to alter skin microbial activity, though evidence and methods vary.

• SauerkrautRelated: Some unpasteurized sauerkraut contains live microbes, though health effects depend on evidence and product.

• Gut-brain axisRelated: Probiotics are studied as a way to alter microbial signals relevant to gut and brain function.

• Human microbiomeRelated: Some products aim to modify microbial activity, but effects depend on strain and clinical context.

• Food fermentationRelated: Some fermented foods contain live microbes, though fermentation alone does not establish probiotic benefit.

• Élie MetchnikoffRelated: Metchnikoff’s interest in fermented milk and intestinal microbes helped inspire later probiotic research.

• LactobacillusRelated: Some strains historically called Lactobacillus are studied or marketed as probiotics.

• Bioprocess engineeringRelated: Producing viable probiotic cultures requires controlled growth, harvesting, and formulation.

• KefirRelated: Kefir contains live microbes, though a health effect depends on strains, dose, and evidence.

• Frozen yogurtRelated: Some products retain live cultures, though freezing and processing affect their survival.