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Researchers have found that alterations in the gut microbiota composition in prediabetic people could contribute to type 2 diabetes.
A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.
A study published in Nature could help to determine how intestinal motility is regulated and understand systemic disorders related to the gut-brain axis.
A new study assessed that transplantation of human microbiota into mice durably reshapes the gut microbial community.
To examine the link between autism and gut microbes, researchers led by Anne Konkle at the University of Ottawa analyzed the recent scientific literature.
A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.
Researchers have developed molecules that remodel the gut microbiota to a healthier state, reducing cholesterol levels and inhibiting atherosclerosis.
A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.
Researchers have developed an approach that uses bacterial biofilms to increase the ability of the gut microbiota to survive and reside in the gastrointestinal tract.
A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.
