Gut microbiome

An expansive genomic survey of gut microbiomes in elderly Singaporeans reveals new insights on how such communities shape healthy ageing.

Changes in the gut microbiome of infants are functionally linked to childhood obesity, highlighting the potential for early interventions to promote long-term health.

Genomic profiles of the human gut microbiome reveal the hidden impacts of asymptomatic, antibiotic-resistant bacterial infections, as well as potential solutions for their reversal.

Understanding the impact of antibiotics on both infants and adults could help restore the delicate balance of the gut microbiome.

Keystone bacterial species help to restore gut microbial diversity after treatment with antibiotics, paving the way for improved prebiotic and probiotic formulations.

Apart from the mode of delivery and breastfeeding, genetics and cultural practices could also have a profound impact on the type of bacteria in an infant’s gut.

A*STAR scientists have devised an algorithm for accurately assembling genomes, paving the way for in-depth analysis of microbial communities in the human gut.

By turning a pathogenic yeast into an immunity-conferring symbiont, a team of A*STAR researchers is unraveling mysteries behind gut evolution and universal vaccines

Gut bacteria in fruit flies do not have a major influence on behavior

The effect of gut microbes
on the mouse brain depends on both sex and stage of development

A detailed study of infants and mothers before and after birth provides valuable insights

The A*STAR Genome Institute of Singapore is partnering with Nutricia Research in a clinical and genomic study of the bacteria inhabiting the infant gut