Association of quartiles of 2010 PM<sub>10</sub> with breast cancer risk, by the quartiles of the greenness measures, without and with 2-year air pollution exposure lag (hazard ratios and 95% confidence intervals)<sup>a</sup>.

Association of quartiles of 2010 PM<sub>10</sub> with breast cancer risk, by the quartiles of the greenness measures, without and with 2-year air pollution exposure lag (hazard ratios and 95% confidence intervals)<sup>a</sup>.

<p>Association of quartiles of 2010 PM<sub>10</sub> with breast cancer risk, by the quartiles of the greenness measures, without and with 2-year air pollution exposure lag (hazard ratios and 95% confidence intervals)<sup>a</sup>.</p>

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Bibliographic Details
Main Author:	Carmen Smotherman (5705726) (author)
Other Authors:	Brian L. Sprague (5601215) (author), Dejana Braithwaite (429789) (author), Lusine Yaghjyan (4399345) (author)
Published:	2025
Subjects:	Molecular Biology Biotechnology Evolutionary Biology Developmental Biology Cancer Science Policy Infectious Diseases Plant Biology Chemical Sciences not elsewhere classified sup >< sup 2006 &# 8722 00 &# 8211 98 &# 8211 16 – 1 cumulative average pm assess adjusted associations also examined associations breast cancer risk breast cancer differs div >< p also found evidence air pollutant pm lower ndvi levels hr ]= 1 1 unit increase breast cancer air pollution 98 ). ci 1 greenness levels various measures uk biobank results suggest postmenopausal women natural vegetation hazard ratio baseline assessment 05 ).
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