Microbiome research studies communities of microorganisms living together in a habitat. The lessons answer how microbial communities work together, and help readers understand how their interactions shape community life. They connect themes of cooperation, community formation, and relationships with hosts and habitats.
3 articles, 1 book · about 1 hr 1 min of reading and viewing
In microbiome research, microbes interact with one another, and these symbiotic interactions have diverse consequences for microbial fitness, population dynamics and functional capacities within the microbiome. Co-occurrence networks help visualize microbial interactions: nodes usually represent taxa, and edges represent statistically significant associations between nodes. Plant microbiome research examines how plant-associated microbiota colonise different niches on and inside plant tissue. Above-ground parts, called the phyllosphere, form a continuously evolving habitat due to ultraviolet (UV) radiation and altering climatic conditions. Olavius algarvensis is a gutless marine oligochaete worm and a relatively well-studied marine host to microbes. The worms lack a mouth and digestive or excretory system, and are nourished by extracellular bacterial endosymbionts that use environmental sulfur in a coordinated way.
Microbial communities in microbiome research can form robust networks of interacting species from founder cells, and these communities can perform biochemical functions that no single species can do on its own.
A baby starts building her microbiome immediately, picking up helpful bacteria directly from the birth canal. In newborns, there is evidence that the immune system is suppressed deliberately to allow helpful microorganisms to take hold, suggesting greater benefit to aiding helpful bacteria than to fighting harmful ones.
I Contain Multitudes by Ed Yong describes how microbes help animals digest plants, provide squids with invisibility cloaks, and allow worms to cause diseases that afflict millions of people.
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