by Cristina Sáez
Numerous studies have been published on the impact of factors such as nutrition in early life, mode of delivery and antibiotic intake during this critical period and for future health. With that in mind, scientists have reviewed all the scientific data available on the impact of early life nutrition on the gut microbiota and the long-lasting effects on the brain.
by Cristina Sáez
A balanced gut microbiota is crucial for mental health. Learn more about how gut bacteria affect our central nervous system, even in the earliest stages of life, and how some scientists are trying to find ways of targeting the gut microbiome to improve or treat symptoms of neurological diseases.
by GMFH Editing Team
Can the gut microbiota influence thoughts and behavior? What is the role of diet? What is a psychobiotic? Prof. John Cryan gives us more information on the amazing world of gut-brain axis.
What is the gut-brain connection? How do the gut and the brain ‘talk’ to each other? What is the role of gut bacteria? This interview with Prof. John Cryan answers these questions.
by GMFH Editing Team
Foods are processed in the upper digestive tract and pass into the colon when entering the digestive system. A new paper outlines the impact of food consumption in shaping bidirectional communication between digestive responses and the digestive sensations occurring before, during and after a meal.
A new article on gut microbiota featured in National Geographic Magazine looks over the key functions these essential microorganisms have for human health through our lives.
A new study by scientists at Nova Southeastern University (NSU) in Florida (USA) shows that poor sleep is linked to poor gut microbiota diversity, which in turns affects overall health.
A recent study, from researchers at University of California-Los Angeles (UCLA), provides further evidence that a correlation exists between the gut microbiota composition and emotional and behavioural responses.
by Manon Oliero
A new publication from Alan T. Tang of the University of Pennsylvania focuses on explaining the relationship between gut microbiota and cerebral cavernous malformation (CCM), which is a neurological disease that leads to hemorrhagic stroke and seizure.
While initial studies focused on characterizing the gut microbiome, there has been a shift in the field towards mechanistic research focusing on microbiome influence on host phenotype. Here, science and medical writer Andreu Prados updates major breakthroughs in the field in 2019.
