化学
染色体易位
转化(遗传学)
木质部
双酚A
解吸
植物
生物物理学
色谱法
质谱法
电喷雾电离
园艺
食品科学
电喷雾
分布(数学)
双酚S
环境化学
作者
Xingwang Hou,Linfeng Wei,Hongrui Zhang,Feng Guo,Shanjun Song,Jiyan Liu,Guibin Jiang
标识
DOI:10.1021/acs.est.5c08612
摘要
indicated that the acropetal translocation is mainly driven by xylem sap, with hydrophilic TPs exhibiting stronger potential to accumulate in leaves (even edible parts). These findings improve the understanding of the environmental behavior, fate, and associated risks of BPAF and its TPs.
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