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To evaluate the potential impacts of PM on semen quality during the full (0‐90 days before semen examination) and three key sperm development windows (0‐9, 10‐14 and 70‐90 days before semen examination). Overall, during the full sperm development window, PM2.5 and PM10 exposures were associated with declined progressive sperm motility (%) and total sperm motility (%), and associated with increased sperm concentration (106/ml) and total sperm number. During the full sperm development window, PM exposure has an adverse impact on sperm motility and positive impacts on sperm concentration and total sperm number.
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