Scientific research
There may be more genes in the gut and oral microbiome than previously thought, a large study of the human microbiome claims.
The gut microbiota could influence our health by producing metabolites that interact with human receptors, a study published in Cell Host & Microbe claims.
According to a recent study published in Science Translational Medicine, the gut microbiota may influence the development of muscle mass.
Mutations in the DNA of mitochondria influence both the gut microbiota and the diseases linked to it, a study published in Science Signaling claims.
Intestinal microbiota could be a therapeutic target for preventing and managing tolerance to opioids.
Two enzymes produced by gut microbiota can convert the blood type A into 0. The findings may improve the capacity of blood banks.
The gut microbiota could determine how we respond to drugs. The findings, published in Nature, could lead to ways of making medications work better.
A study conducted at MIT, published in Cell Host & Microbe, investigated the role of adaptive mutations in the gut microbiome of healthy people.
Does the space environment affect the composition of the human microbiota? A large study published in Science sheds light on the question.
The microbiome may be a source for biomarkers leading to therapeutic discoveries and diagnostics. We discuss it with Emily Hollister, Vice President of Diversigen.
