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A Transdisciplinary Doctoral Programme managed by the University of Naples Federico II through its Task Force on Microbiome Studies.
A new clinical trial indicates that Bifidobacterium strains can accelerate microbiota maturation, with positive immunological effects in premature babies.
New research suggests that a combination of human milk-derived sugars and the probiotic Bifidobacterium infantis could help manipulate the gut microbiota in ways that may offer therapeutic benefits.
If maternal-child microbial seeding improves health outcomes, it may be a public health strategy that could reduce the prevalence of C-section-associated diseases.
New research highlights how microbial signatures could be used to prevent necrotizing enterocolitis, leading to faster diagnosis.
New research provides new insights into host-microbiota genetic interactions, shedding light on the role of human genetics on gut microbes.
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A new study published in Cell Host & Microbe highlights the association of fibers with the microbiota.
The collaboration with ADM a premier global human and animal nutrition company will combine cutting-edge technologies to the pipeline of microbiome-focused innovation from Gnubiotics.
Recurrent UTIs are in part caused by alterations of the gut microbiota and different immune response to bacterial bladder colonization.
