Neuroscience
The findings of a recent study show that Q-net can accurately predict the long-term trajectories of gut microbes and identify patterns indicative of future cognitive deficits.
By examining the gut-brain-microbiota axis in typical neurodevelopment, the findings could pave the way for identifying biomarkers for cognition and brain development.
The findings of a recent study suggest that L. reuteri eases social difficulties in autistic children.
The findings of a recent study show that specific gut microbes and their metabolites affect cognition and memory when transplanted into germ-free mice.
By suggesting that the bacteria detected in the brain after severe pneumonia originate from the lungs, the findings shed light onto the mechanisms of pneumonia-induced neurological conditions.
The findings of a recent study suggest that the interplay between the microbiota, the gut and the brain drives binge-eating disorders.
Microbial differences may help to identify targets that could be modulated to mitigate health inequities.
The authors propose a framework to leverage multi-omic datasets obtained from well-defined cohorts and to examine the impact of the GBA on ASD.
Understanding how gut microbes are linked to preclinical Alzheimer’s disease could help to identify markers of disease risk.
A recent review highlights that changes in fear-related mental health conditions are observed when the gut microbiota is altered or removed.
