Gut Bacteria

Decades of overuse means bacteria are quickly developing resistance to antibiotics. A new study has found that an FDA-approved drug can act as an "anti-antibiotic,” reducing the development of drug resistance when taken alongside an antibiotic.

A new study out of Japan’s University of Tsukuba is shining yet more light on the relationship between the gut microbiome and sleep, describing how depleted diversity of the bacteria can disrupt sleep/wake cycles in mice.

New research has shown how immune cells produced in the gut play a protective role during MS flare-ups. For the first time scientists have shown how these immune cells travel up to the brain and potentially help shift a disease flare-up into remission.

A new study is the first to investigate the relationship between chronic obstructive pulmonary disease and the gut microbiome. The preliminary investigation confirms patients suffering from COPD present with changes to microbial populations in the gut.

A new study into the gut microbiome and Alzheimer's has shown that shifts in bacterial diversity are associated with inflammation and heightened numbers of amyloid plaques in the brain, one of the hallmarks of the condition.

New research has found a metabolite produced by gut bacteria can block the beneficial effects of a popular diabetes medication, offering valuable insights into how an individual’s unique microbiome can influence their response to certain drugs.

A new study, published in the journal Nature, is describing the surprising discovery of a previously unknown gut-brain link. The research reveals certain immune cells that inhabit a protective membrane surrounding the brain actually originate in the gut.

We know radiation therapy for cancer is an aggressively toxic treatment methodology. New research suggests certain gut bacteria species may protect an organism from the harmful effects of radiation, and human trials are planned to test these findings.

A new study indicates a diet high in sugar may contribute to the onset of inflammatory bowel disease. The study found mice fed high levels of glucose displayed gut bacteria alterations that contributed to inflammation and led to the development of colitis.

A new study is shedding light on the link between autism and gut microbiome impairments. The research reveals a potential mechanism by which altered gut bacteria populations can lead to abnormal microbial detoxification and mitochondrial dysfunction.

A study investigating the relationship between the gut microbiome, genetics, and MS, is suggesting bacteria certainly plays a role in modulating the effects of the disease but whether that role is positive or negative may be determined by genetics.

An intriguing new animal study is suggesting a hunger-regulating hormone secreted from the stomach may also influence memory and cognitive function. The study builds on a growing body of research into gut-brain communication via the vagus nerve.