New research from APC Microbiome Ireland, a research center at University College Cork, has comprehensively explored the mechanisms behind coffee's positive effects on the gut–brain axis for the first ...
New research from APC Microbiome Ireland, a world leading research centre at University College Cork, has comprehensively explored the mechanisms behind coffee's positive effects on the gut-brain axis ...
It’s not a connection most people make, but stress doesn’t just affect your mood—it can show up in your gut, too. A growing body of research points to the gut–brain axis as the link between gut health ...
This Collection supports and amplifies research related to SDG 3. The rapid increase in prevalence of psychiatric disorders is a critical global public health issue. Research findings have highlighted ...
Share on Pinterest Coffee, even without caffeine, can reduce stress, improve learning, and boost mood by influencing your gut-brain axis. Oleg Breslavtsev/Getty Images New research suggests both ...
Schematic representation of sleep-microbiome interactions through the microbiota-gut-brain axis. Signals originating from the gut microbiome influence the sleep-wake cycle by modulating the flip-flop ...
To deal with a leaky gut, your body shunts sugar to your immune system, causing insulin resistance, metabolic syndrome, and ...
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Scientists discover how coffee interacts with the gut microbiome to affect the human brain
Regularly drinking coffee tends to modify the bacteria living in the human digestive system, which in turn influences a person’s mood, memory, and physical health, according to a new study. The ...
Fibromyalgia is a painful syndrome that also affects the psyche. Fortunately, improving the gut microbiome can significantly ...
The far-flung organs of the gastrointestinal tract and the central nervous system are inextricably connected, and the growing body of scientific literature surrounding the ‘gut-brain axis’ is ...
A bidirectional CNS–GI–skin communication network transmits signals via neuroendocrine pathways, immune mediators, and microbial metabolites, reframing acne, psoriasis, and atopic dermatitis as ...
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