Underground environments like soil and aquifers teem with microbial life. These tiny microbes play a big role in cycling ...
Microbial genetics encompasses the study of heredity and variation in microscopic organisms, providing fundamental insights into gene structure, function and regulation. This field underpins our ...
Technological advancements in computation and genetics have enabled researchers to sequence the genomes of vast numbers of organisms. With metagenomics techniques, researchers are able to sequence all ...
The researchers used Merino sheep as an animal model, systematically collecting samples of their hindgut and ruminal microbiota, plasma metabolites, and neurocognitive behavioral phenotype data. Based ...
Microorganisms live in biofilms—the equivalent of microbial "cities"—everywhere on Earth. These city-like structures protect ...
Scientists have discovered the DNA of ancient microbes inside of the remains of woolly and steppe mammoths. This microbial DNA, which may be one million years old or more, may be among the oldest DNA ...
How do early-life exposures shape the infant skin microbiome and atopic dermatitis risk? New cohort data reveal key ...
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Saving microbes may be conservation’s biggest win
Conservation has long focused on saving charismatic animals and sweeping landscapes, yet some of the most consequential life forms on Earth are invisible to the naked eye. As climate stress, habitat ...
The vaginal microbiome, a complex ecosystem inhabited by diverse microbial communities, plays a pivotal role in maintaining reproductive health and protecting against infections. Recent advancements ...
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