@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma. https://t.co/YOVUV509Uv #ProtectKidsHealth #PEHSU #kidsenvir
@NJHealth NIEHS-supported research has shown the impact of outdoor air pollution in exacerbating asthma in children in Detroit, with the strongest effects seen in children with the most severe asthma: https://t.co/mrhboS1lWy #asthmachat
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma. #ProtectKidsHealth https://t.co/kg7XpTf2f0
University of Michigan researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe... https://t.co/HeqzHkAUVs
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/P4593feK2b #ProtectKidsHealth #airpolllution #ai
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/oxRG4SlbXL #ProtectKidsHealth https://t.co/zCkK3
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/GErRkif94e #ProtectKidsHealth https://t.co/9RCBS
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/t5tjNbwct1 #ProtectKidsHealth #airpolllution #ai
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/RdCINkui6X #ProtectKidsHealth #airpolllution #ai
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/gvhECsJ3sY #ProtectKidsHealth https://t.co/RBKRe
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/wZdKIne3Aw #ProtectKidsHealth https://t.co/7TKol
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/YOsjHXqfh6 #ProtectKidsHealth https://t.co/zbwkv
@UMCEHC researchers found that increased #asthma symptoms and smaller lungs were associated with exposures to local particle based pollution and ozone in children with moderate to severe #asthma.https://t.co/yhYTmozDFC #ProtectKidsHealth https://t.co/yJeZq
Air pollution and respiratory symptoms among children with asthma: vulnerability by corticosteroid use and... http://t.co/ubxIHdtSyz
RT @RWJFHSS: Marie O'Neill Air pollution and respiratory symptoms among children with asthma: .. http://t.co/PP6WZdPJ dvansickle
Air pollution and respiratory symptoms among children with asthma: Vulnerability by corticosteroid use and residence... http://t.co/2f4K9faH
Air pollution and respiratory symptoms among children with asthma: Vulnerability by corticosteroid use and residence... http://t.co/ldyTz6Na