Cetacean microbiome

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Part of a series on
Microbiomes
Plant microbiomes Endosphere Phyllosphere Rhizosphere laimosphere root microbiome soil microbiome spermosphere
Marine microbiomes Seagrass Coral Cetacean Marine microbial symbiosis
Human microbiomes Human milk Fecal transplant Gut–brain axis Placental Salivary Uterine Necrobiome
Other microbiomes Mycobiome Phycosphere Built environment Drosophila gut
Microbiota Plant endophyte epiphyte rhizobacteria Human gut lung oral skin vaginal Marine Microbial community Initial acquisition Accessible carbohydrates Flora (microbiology)
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution
Viromes Bat Human Mangrove Viriome Virosphere
Related Biomass partitioning Dysbiosis Gnotobiosis Phytobiome Quorum sensing Biological dark matter Microbial population biology Microbial cooperation Metagenomics viral Metatranscriptomics Metabolomics Pan-genome Superorganism Symbiogenesis
Projects Human Microbiome Project Earth Microbiome Project
Category
v t e

The cetacean microbiome is the group of communities of microorganisms that reside within whales.

Microbiomes play an important role in individual health and ecology and in particular in the discovery of different microbiomes in gut, skin and nose permitted to analyze their conditions and the condition of the Microbiome environment in which they live.