CONCLUSIONS: These findings highlight the varying contributions of PM(2.5) constituents to ADHD and underscore the importance of reducing specific PM(2.5) component emissions to mitigate the burden of PM(2.5)-associated neurodevelopmental diseases.
CONCLUSIONS: These findings highlight the varying contributions of PM(2.5) constituents to ADHD and underscore the importance of reducing specific PM(2.5) component emissions to mitigate the burden of PM(2.5)-associated neurodevelopmental diseases.