By evaluating temporal trends in the guts of developing children, this study helps to lay the groundwork for therapeutics and diagnostics leveraging the microbiome and its constituents.
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This is one of the first studies to provide an explanation and a potential solution for the imbalance in the gut microbiome that exacerbates GVHD.
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This protocol gives researchers a road map to understand the complex traffic system between the gut and the brain and its effects.
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Emu can advance our understanding of the roles of the microbiome in water, soil and the intestinal tract.
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From the Labs presents a sample of Baylor’s basic research work contributing to a better understanding of autism and related disorders.
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Optogenetics, a method that uses light to regulate gene expression, can control gut bacterial metabolism to promote longevity.
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When you eat, you also feed your microbiome and influence the structure of the microbial community in the gut. Understanding how all this is connected
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Throughout the gastrointestinal tract there are specialized hormone-producing cells called enteroendocrine cells and, although they comprise only a small population of the total cells, they
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Researchers at Baylor College of Medicine previously found evidence that the placenta harbors a sparse but still present community of microorganisms, which they and other
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An unconventional bacteria-based approach has successfully reversed deficits in social behaviors associated with autism spectrum disorders (ASD) in genetic, environmental and idiopathic mouse models of
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