Pediatrics

How gut microbes can protect children from asthma

The modulation of the gut microbiota could play an important role in protecting children from asthma in the first year of life.

Transferring gut microbes from mothers could help newborns build a healthy microbiota

A new study published in Cell suggests that the gut microbiota of infants born by C-section can be restored by transferring fecal microbiota from their mothers.

Probiotics can improve the gut microbiota in preterm babies

Researchers have found that giving preterm babies probiotics can help to improve the gut microbiota and displace harmful bacteria.

Breast milk transfers “good” bacteria to infants

A new study evaluates the association of multiple breast milk feeding practices with infant gut microbiota composition during a baby’s first year.

How the microbiota shapes the development of the immune system

A. Macpherson et al. reviewed studies that looked at the interaction between the gut microbiota and their mammalian hosts, from fetal development to the early postnatal period.

Breastfeeding may reduce the number of harmful viruses in the infant gut

A new study shows that breast milk can be protective against viral infections by reducing the accumulation of potentially harmful human viruses.

Fewer antibiotics linked to reduced childhood asthma

A new study (The Lancet Respiratory Medicine) suggests that the decrease in the incidence of childhood asthma is a consequence of reduced antibiotic use.

Mother’s gut microbes may affect the risk of obesity and diabetes in offspring

A study published in Science suggests that a mother's gut microbes shape the metabolism of offspring, conferring resistance to obesity.

Taking vitamin D and omega-3 during pregnancy could change the infant airway microbiota

A study suggests that the effects of dietary interventions during pregnancy are mediated by different factors, including the infant airway microbiota.

Changes in the oral microbiome might reveal caries development in children

Researchers have identified oral bacterial species that are elevated in children before they develop dental caries.

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