Researchers at Tufts University's Jean Mayer USDA Human Nutrition Research Centre on Ageing (HNRCA) suggested that micronutrients in human breast milk have considerable positive effects on newborns' growing brains.
A recent study by researchers at Tufts University's Jean Mayer USDA Human Nutrition Research Center on Aging (HNRCA) suggests that a micronutrient in human breast milk benefits newborns' developing brains significantly. This finding sheds more light on the relationship between nutrition and
Undernutrition during pregnancy is one of the risk factors for diseases in children as they grow older. Nonetheless, maternal malnutrition remains a global issue for women.
A team led by a neurodevelopment researcher from the University of Texas at Dallas has uncovered some of the most compelling evidence to date showing parents who talk to their newborns more boost their brain development.
The researchers showed that caregiver speech is connected to newborn brain development in ways that enhance long-term language development using MRI and audio recordings.
Fiona Baker, the director of SRI's Human Sleep Research Program, studies the complex links between sleep and overall health and well-being.
Much of her work has been focused on sleep patterns in adult women, but recently her attention has turned to adolescents. Adolescence is a crucial time
Fiona Baker, director of SRI's Human Sleep Research Program, conducts research on the intricate relationships between sleep and general health and well-being.
Much of her work has been focused on sleep patterns in adult women, but recently her attention has turned to adolescents. Adolescenc
Neuroscientists have long sought techniques to reactivate critical periods in the brain, when animals are more receptive to environmental cues that might alter brain development. According to a recent study in mice conducted by Johns Hopkins Medicine, psychedelic substances are related by th
A team led by a University of Texas at Dallas neurodevelopment researcher has discovered some of the most solid evidence yet that parents who communicate with their children boost their babies' brain development.
A recent study headed by the Lieber Institute for Brain Development found that more than 100 genes linked to the risk of schizophrenia appear to induce disease owing to their activity in the placenta rather than the developing brain.
Scientists found that the MGAT5 glycosylation enzyme plays a significant role in brain development. This finding may lead to new therapeutic applications for neural stem cells.