纳米技术
分析物
检出限
生物安全
水介质
罗丹明
材料科学
光流学
纳米颗粒
人类健康
拉曼散射
生物流体
罗丹明B
罗丹明6G
化学
光学传感
生物传感器
环境分析
生物材料
污染
过滤(数学)
爆炸物探测
毒品检测
作者
Wenbo Dong,Beibei Xu,Rongxin Fu,Fan Yang,Han Cui,Zipeng Zhao,Yifan Zhang,Hang Li,Kangfu Chen,Xiaorong Hong,Jiangjiang Zhang,Xuekai Liu,Jiafang Li,Yeliang Wang,Huikai Xie,Shuailong Zhang
出处
期刊:ACS Nano
[American Chemical Society]
日期:2026-03-04
卷期号:20 (11): 9358-9370
被引量:1
标识
DOI:10.1021/acsnano.5c20989
摘要
M for Rhodamine B. More importantly, the OET-NGP platform enables in situ capture and SERS detection of nanoplastics at μg/mL level in both aqueous media and serum. These results highlight the capability and great promise of OET-NGP as a powerful sensing tool for effective nanoplastic detection with great potential for environmental monitoring and biosafety assessment.
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