by Cristina Sáez
Inhaling air pollutants during the first 6 months of life could affect a baby’s intestinal bacteria, causing changes in its composition associated with a higher risk of developing allergies, obesity and diabetes, and even influence brain development, concludes a new study.
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 new study concludes that what mothers eat while pregnant shapes their gut microbiota composition and that, in turn, has an effect on the composition of their babies’ gut microbial community.
A study, which was the largest in the field and published in JAMA Pediatrics, reveals that breastfeeding favors the implantation of a healthy gut microbiota in babies.
Maternal psychological distress after birth can affect a child’s gut microbiota development and thus, their overall health, according to a recent study.
Aging-related changes also occur within our digestive tract. Diet and host genetics are critical determinants of gut microbial composition and function, whose origins go back to the moment of birth.
by Cristina Sáez
A new study, published in Nature Communications, determines that the presence of antibiotic-resistant bacteria in babies may come from their mothers, not only through childbirth but also through breastfeeding.
From the moment we are conceived until we are 1000 days old, nutrition and gut microbiota play an essential role in laying the foundations of our health later in life.
by GMFH Editing Team
Commensal bacteria in mother’s breast milk may shape the infant’s fecal microbiota. A new cohort study has found associations between both samples, with mother’s milk and infant fecal microbiome composition being more similar within than across cohorts from different geographic locations.
by Andreu Prados
Until now, scientists have focused on the milk’s bacterial fraction without exploring the contribution of other microorganisms such as colonizing fungi. New data support the potential role of breast milk in the initial seeding of fungal species when colonizing the infant gut.
