All Gut Microbiome articles – Page 3
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NewsReview unmasks hidden role of gut microbes in colorectal cancer
A new review systematically dissects how the gut microbiota and host cells talk to each other across four molecular layers – genome, transcriptome, epigenome, and metabolome – and highlights the computational innovations that make such multi‑omics integration possible.
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NewsFree webinar: The mystery of the missing microbes - and the answers that can be found in the Amazon
An intriguing free webinar this July will explore what happens when key members of the human gut microbiome are lost, and what we can learn from populations where this loss has not occurred.
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NewsHealthy infant microbiomes appear to protect against malaria
A small preliminary study shows that 6-week-old infants with healthy gut microbiomes are less likely to contract malaria in their first year of life, suggesting the intriguing possibility that treatments such as probiotics could be protective against malaria.
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NewsRight versus left: Colorectal cancer’s two microbial worlds
New research reveals that the mucosal microbiome varies dramatically depending on whether a tumor arises on the right or left side of the colorectum, suggesting that the microbial environment surrounding tumors may be as geographically distinct as the tumors themselves.
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NewsRed meat may worsen IBD — here’s what could help
New research sheds light on why red meat may worsen inflammatory bowel disease (IBD). Researchers found that mice fed a beef-based diet developed the most severe intestinal inflammation, but those consuming pea protein showed only mild symptoms.
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NewsLarge-scale microbiome study identifies robust colorectal cancer signature
Researchers have identified a robust microbial signature associated with colorectal cancer. The study also analysed 906 intestinal tissue samples to compare stool-based microbiome signals with microbes found directly in tumour tissue.
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NewsScientists unlock gut-healing power of fruits and nuts paired with the right gut microbes
Scientists discovered how a naturally occurring microbial metabolite called urolithin A, which is generated by gut bacteria after digestion of foods such as pomegranates, walnuts and berries, activates a protective pathway in the intestine that may help preserve gut health.
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NewsGut fungi may hold the key to treating asthma worldwide
Two new studies reveal that certain species of fungi in the gut play a key role in the development of immune dysregulation and some pediatric allergic diseases — and may be promising targets for new therapies.
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NewsReservoir of drug-resistant germs IDed in national surveillance collaboration
Researchers who screened more than 2,000 samples across 42 states say there is a rapidly evolving, plasmid-driven epidemic of community-associated multidrug resistant Klebsiella pneumoniae across the United States.
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NewsResearchers find a common weakness in major gut pathogens
The bacteria enterotoxigenic E. coli and Shigella together cause hundreds of millions of infections each year and are among the leading causes of diarrheal death, especially in children. A shared biological feature of these gut pathogens could lead to a vaccine that protects against both.
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NewsDietary fiber supplement shows promise for fatty liver, with effects linked to gut microbiota
A study investigating the effects of prebiotic xylo-oligosaccharides (XOS) on fatty liver in humans suggest that the fiber supplement may reduce harmful metabolic byproducts in the gut and improve liver health. The composition of the gut microbiota prior to supplementation influences the benefits observed.
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NewsCan probiotics help treat depression?
In a pilot clinical trial that included older adults with depression receiving standard care, adding probiotic therapy produced modest but meaningful reductions in depressive and anxiety symptoms compared with adding a placebo. However, both groups demonstrated substantial overall improvements during follow-up.
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NewsStudy uncovers gut microbial patterns linked to Alzheimer’s disease in Puerto Rico - even showing up long before diagnosis
A new investigation into the links between Alzheimer’s disease and the gut microbiome in Puerto Rico has found specific gut microbial patterns associated with cognitive decline, disease severity and genetic risk factors.
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NewsMaternal weight may influence microbiota signalling in amniotic fluid
New research investigates how maternal factors during pregnancy affect small particles produced by the body’s microbiota, giving insights into a new way to monitor maternal and fetal health during pregnancy.
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NewsEffects of polystyrene nanoplastics and organophosphorus flame retardants on salamander gut-liver axis
New research reveals the effects of polystyrene nanoplastic and the organophosphorus flame retardant exposure on the gut-liver axis of salamanders.
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NewsCohabitating people share about a quarter of their gut and oral microbiota
People who live together share more oral and gut microbes with each other than with other people in their communities, according to a study. Researchers also found a link between more transmissible microbes and health, particularly type 2 diabetes.
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NewsYour gut talks to your liver: Study reveals how microbes influence liver function through DNA ‘switches’
Researchers have uncovered how the gut microbiome can influence gene activity in the liver by acting on short stretches of regulatory DNA that function like molecular “switches”.
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NewsA gut bacteria molecule may calm intestinal inflammation by turning down cellular energy
A new study suggests enterobactin, a molecule produced by gut bacteria, could offer a new pathway for treating inflammatory bowel disease.
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NewsGut bacteria linked to osteoporosis risk in primary hyperparathyroidism
Researchers studying primary hyperparathyroidism, a common endocrine disorder characterized by excessive secretion of parathyroid hormone, have identified Bifidobacterium longum as a potential microbial driver of bone loss through immune-mediated mechanisms.
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NewsMolecular anchors on gut phages may open new avenues for therapeutic development
A new study has identified phage surface proteins acting as molecular anchors. These proteins confer phages with the ability to attach to human cells. Using genetic engineering, the researchers transferred these adhesion proteins onto the surface of another phage that otherwise lacked this ability.