Inhaling air pollution could result in toxic particles being transported from the lungs to the brain via the bloodstream, ultimately resulting in neurological damage.
An increase in depressive symptoms in adolescence has been linked to ozone exposure as a result of air pollution, even in areas that meet air quality standards.
Study reveals significant changes in the expression of multiple genes in the placenta associated with exposure to UFP air pollution. Additionally, researchers reported noticeable reductions in fetal and placental length, and fetal weight in those with low dose UFP exposure.
Study establishes a robust link between ozone exposure and an increase in cognitive impairment in older adults.
People who exercise in areas with high air pollution levels show less benefit from their physical activity when it comes to markers for certain brain diseases.
The combination of bad air quality and a genetic predisposition raises the risk of a person developing depression significantly more than each factor in isolation.
A new mouse study reveals the impact of air pollution on male fertility. Researchers report air pollution reduces sperm count in mice by inducing inflammation in specific brain areas.
An increase of 10 micrograms per cubic meter of PM10 air pollution on examination days reduced students' test scores by 8% on average, a new study reports.
Recent studies have linked air pollution to increased risks for Alzheimer's disease and other health problems. A new study reports a reduction of atmospheric fine particulates and better air quality can reduce the risk of Alzheimer's and other dementias.
A small increase in fine particular air pollution over a decade within certain areas of Seattle was associated with significantly increased dementia risks for those living in the areas.
Previous studies have linked air pollution to an increased risk of Alzheimer's disease and a number of other disorders. Researchers report reducing air pollution significantly decreases dementia risk and slows cognitive decline in older women.
Early-life exposure to high levels of air pollution was associated with poor inhibitory control during later childhood and poorer academic performance during adolescence.
