研究通过干扰蛋白新陈代谢,将怀孕期间的空气污染暴露与早产的较高风险联系起来。 Study links air pollution exposure during pregnancy to higher risk of premature birth by disrupting protein metabolism.

隐性大学研究人员发现,怀孕期间接触精细空气污染微粒(PM2.5)会破坏孕产妇新陈代谢,增加早产的风险。 Emory University researchers found that exposure to fine air pollution particles (PM2.5) during pregnancy can disrupt maternal metabolism, increasing the risk of premature birth. 这项研究查明了蛋白质消化和吸收方面的具体中断,为减少这些风险提出了新的目标。 The study identified specific disruptions in protein digestion and absorption, offering new targets for reducing these risks. 这是第一次发现将空气污染与不利出生结果相联系的分子路径的研究。 This is the first study to uncover the molecular pathways linking air pollution to adverse birth outcomes.