KnowraMicrobiomeLinked fromLinked fromThe 36 pages that link to Microbiome, each with the reason it gives.All 36Broader topic 1Related 25Narrower topic 8Compared with 2AntibioticRelated: Antibiotics can disrupt the gut microbiome as well as their intended bacterial targets.Germ theory of diseaseRelated: It shows that most host-associated microbes are not disease-causing invaders.PicklingRelated: Live-culture fermented pickles can contain microbes, though their composition varies with production and storage.Atopic dermatitisRelated: Researchers are studying whether skin microbial communities help initiate or sustain flares.MetagenomicsRelated: Metagenomics is a central way to characterize the genes and members of microbiomes.Immune systemRelated: Microbes can shape immune development and responses, while immunity shapes microbial communities.Cell biologyRelated: Interactions between host cells and microbial communities reshape cellular physiology.16S ribosomal RNARelated: 16S-based surveys are a common way to profile the bacterial and archaeal members of microbiomes.Systems biologyRelated: Its interacting species and host relationships invite analysis at ecosystem scale.Infectious diseaseRelated: Resident microbes can hinder or facilitate infection by incoming pathogens.Bacterial taxonomyRelated: Taxonomic assignments make the composition of bacterial communities interpretable.Opportunistic infectionRelated: Antibiotics can disrupt protective microbial communities and let opportunistic species expand.Chemical ecologyRelated: Microbes transform ecological chemicals and can change their effects on hosts.Host–pathogen interactionRelated: Resident microbes can influence pathogen establishment and host defenses.BacteriologyRelated: Bacterial research reveals how microbial communities affect hosts and habitats.Chronic rhinosinusitisRelated: How sinonasal microbial communities relate to persistent inflammation remains unsettled.MicrobiologyRelated: Community surveys raise questions about which microbes cause observed effects and how interactions shape them.Protein synthesis inhibitorRelated: Broad-spectrum inhibitors can disrupt beneficial bacteria alongside disease-causing organisms.Bacterial infectionRelated: Resident microbial communities can resist pathogens or, when disrupted, alter infection risk.Primary sclerosing cholangitisRelated: Studies examine whether intestinal microbial changes contribute to disease onset or progression.Skin infectionRelated: The normal skin microbiome can compete with pathogens and influence infection risk.TriclosanRelated: Repeated exposure to antimicrobial products raised questions about effects on human and environmental microbial communities.Pathogenic bacteriaRelated: Many bacteria live in hosts without causing disease, complicating the pathogen-versus-harmless distinction.Evolution of bacteriaRelated: Bacterial evolution alters community interactions that affect hosts and ecosystems.Microbiological phenomenaRelated: Microbial phenomena accumulate into community-level effects in hosts and habitats.
KnowraMicrobiomeLinked fromLinked fromThe 36 pages that link to Microbiome, each with the reason it gives.All 36Broader topic 1Related 25Narrower topic 8Compared with 2AntibioticRelated: Antibiotics can disrupt the gut microbiome as well as their intended bacterial targets.Germ theory of diseaseRelated: It shows that most host-associated microbes are not disease-causing invaders.PicklingRelated: Live-culture fermented pickles can contain microbes, though their composition varies with production and storage.Atopic dermatitisRelated: Researchers are studying whether skin microbial communities help initiate or sustain flares.MetagenomicsRelated: Metagenomics is a central way to characterize the genes and members of microbiomes.Immune systemRelated: Microbes can shape immune development and responses, while immunity shapes microbial communities.Cell biologyRelated: Interactions between host cells and microbial communities reshape cellular physiology.16S ribosomal RNARelated: 16S-based surveys are a common way to profile the bacterial and archaeal members of microbiomes.Systems biologyRelated: Its interacting species and host relationships invite analysis at ecosystem scale.Infectious diseaseRelated: Resident microbes can hinder or facilitate infection by incoming pathogens.Bacterial taxonomyRelated: Taxonomic assignments make the composition of bacterial communities interpretable.Opportunistic infectionRelated: Antibiotics can disrupt protective microbial communities and let opportunistic species expand.Chemical ecologyRelated: Microbes transform ecological chemicals and can change their effects on hosts.Host–pathogen interactionRelated: Resident microbes can influence pathogen establishment and host defenses.BacteriologyRelated: Bacterial research reveals how microbial communities affect hosts and habitats.Chronic rhinosinusitisRelated: How sinonasal microbial communities relate to persistent inflammation remains unsettled.MicrobiologyRelated: Community surveys raise questions about which microbes cause observed effects and how interactions shape them.Protein synthesis inhibitorRelated: Broad-spectrum inhibitors can disrupt beneficial bacteria alongside disease-causing organisms.Bacterial infectionRelated: Resident microbial communities can resist pathogens or, when disrupted, alter infection risk.Primary sclerosing cholangitisRelated: Studies examine whether intestinal microbial changes contribute to disease onset or progression.Skin infectionRelated: The normal skin microbiome can compete with pathogens and influence infection risk.TriclosanRelated: Repeated exposure to antimicrobial products raised questions about effects on human and environmental microbial communities.Pathogenic bacteriaRelated: Many bacteria live in hosts without causing disease, complicating the pathogen-versus-harmless distinction.Evolution of bacteriaRelated: Bacterial evolution alters community interactions that affect hosts and ecosystems.Microbiological phenomenaRelated: Microbial phenomena accumulate into community-level effects in hosts and habitats.