DHA supplements have long been recommended for pregnant women to assist in healthy fetal development. A new study finds DHA supplements can also reverse the impact of early prenatal stress on developing male babies. Read More
Stress in women either before or during pregnancy can increase the risk of preterm birth and accelerate aging in their offspring. Read More
Study reports increased temperatures due to climate change will negatively affect both the general health and mental health of humanity. Children's health will be most affected by climate change, researchers report. Read More
Early life stress alone impairs hippocampal development. Stress, in addition to maternal mistreatment within the first few weeks of life, also hinders amygdala development. Read More
Stress and depression during pregnancy can affect the fetus' sex and increase the risk of preterm birth. Mothers who experienced physical and psychological stress during pregnancy were less likely to have a baby boy. During pregnancy, the fetuses of stressed mothers had reduced heart rate movement coupling, indicating slower central nervous system development. Read More
Mothers who reported higher levels of parental stress had less synchrony in brain activity with their young children than moms who were more stress-free. The findings shed new light on how parental stress can impact the mother-child relationship on a day-to-day basis. Read More
The findings of an EEG study on two-month-old babies reveal the impact of maternal stress on early neurodevelopment. Read More
Researchers report abnormal development of the prefrontal cortex and maternal stress may lead to brain activity and cognitive impairments linked to psychiatric diseases such as Schizophrenia and bipolar disorder. Read More
A new study reports maternal stress during pregnancy can increase the risk of female offspring developing mood disorders. Researchers reveal higher maternal cortisol levels during pregnancy were linked to alterations in newborns' functional brain connectivity in emotional processing areas. Read More
UCSF researchers report maternal stress could impact the development of a child's parasympathetic nervous system, both in utero and after birth. Additionally, children whose mothers were stressed during pregnancy smile less, are less engaged and have a diminished ability to regulate emotions. Read More
Findings could help to develop new strategies that can help parents to regulate their own emotions while managing their child's aversive behavior. Read More
According to researchers, the children of mothers who faced increased stress during pregnancy had shorter telomeres. Read More
