Mn/Fe bimetallic MOF-driven sulfite activation for synergistic non-radical oxidation and chemisorption of arsenite: Involvement of high-valent Fe(IV)/Mn(V) species [0.03%]
锰/铁双金属MOF驱动的亚硫酸盐活化协同非自由基氧化和砷酸盐化学吸附：高 valent Fe(IV)/Mn(V) 物种的作用
Qixin Pan,Chao Liu,Cheng Zhang et al.
Qixin Pan et al.
The decontamination of carcinogenic arsenite (As(III)) in water remains a critical challenge. This difficulty stems from its high mobility and weak chemisorption at near-neutral pH. Herein, a Mn/Fe bimetallic metal-organic frameworks (MOFs,...
Liquiritin and L-Dopa mitigate gaseous elemental mercury toxicity in Tillandsia usneoides: Insights into metabolic reprogramming and phytoremediation potential [0.03%]
甘草黄酮和左旋多巴减轻元素汞对吊兰的毒性：代谢重编程及植物修复潜力的启示
Yuanqin Gao,Bingcai Xiong,Xiaoyu Huang et al.
Yuanqin Gao et al.
Gaseous elemental mercury [Hg(0)g] contamination has emerged as a critical global environmental threat owing to its persistent atmospheric mobility. Despite its ecological risks, the metabolic adaptation mechanisms of plants to Hg(0)g stres...
Acrylamide-induced noradrenergic axon degeneration is promoted via a non-cell autonomous mechanism, involving microglial Tnfaip2/TNF-α and oxidative stress pathways [0.03%]
丙烯酰胺诱导的去甲肾上腺素能轴突变性通过非自主细胞机制促进，涉及小胶质细胞Tnfaip2/TNF-α和氧化应激通路
Cai Zong,Harue Sato,Benoit Schneider et al.
Cai Zong et al.
Environmental toxicants such as acrylamide or 1-bromopropane induce cognitive dysfunction in humans. We previously reported specific noradrenergic neuronal degeneration induced by acrylamide or 1-bromopropane in rodents. In this study, we a...
Avermectin disrupted hematopoietic development and lipid metabolism in zebrafish larvae [0.03%]
阿维菌素干扰斑马鱼幼体的造血发育和脂质代谢
Wei-Guo Wang,Yi-Min Duan,Wen-Ping Xu et al.
Wei-Guo Wang et al.
Increased resistance to avermectin contributes to environmental stress. A notable concern is the limited assessment of pesticides, including avermectin, on the blood system. Zebrafish larvae have been used to assess the safety of avermectin...
Unraveling microplastics release in bottled water under in-vehicle conditions using carbon quantum dots [0.03%]
利用碳量子点解开车载条件下瓶装水中微塑料的释放之谜
Jinyuan Hu,Yihua Wu,Jiale Wang et al.
Jinyuan Hu et al.
Exposure of plastic cups/bottles to high temperature and sunlight results in the release of microplastics (MPs), raising significant health and environmental concerns. This study established a novel, quantitative detection framework of MPs ...
Sensitive detection of PET and PP nanoplastics in tea beverages using gold nanorod-enhanced SERS: Mechanism, quantification, and safety implications [0.03%]
基于金纳米棒增强的表面等离子体共振技术在茶饮料中PET和PP型纳塑检验：机理，量化及安全性的影响研究
Tongyue Xiang,Jun Cheng,Hongwen Xu et al.
Tongyue Xiang et al.
In this study, SERS platform utilizing gold nanorods (AuNRs) as enhancement substrates was developed for the highly sensitive detection of 203 nm polypropylene (PP) and 220 nm polyethylene terephthalate (PET) nanoplastics (NPs). AuNRs with ...
Effect-directed analysis of hazardous organic chemicals released from ship hull hydroblasting effluents and their emission to marine environments [0.03%]
船舶压载水脱漆废液中危险有机化学品的定向分析及其向海洋环境排放研究
Raees Ahmad,Ahsan Javed,Taekhyun Kim et al.
Raees Ahmad et al.
Hydroblasting of ship hulls is a significant source of chemical emissions into marine environments, releasing a complex mixture of paint-derived constituents including biocides, pigments, polymeric binders, plasticizers, light stabilizers, ...
Comparison of the toxicity/carcinogenicity of regulated and unregulated mineral fibres using the Fibre Potential Toxicity Index (FPTI) [0.03%]
利用纤维潜在毒性指数(FPTI)评估受管制和不受管制矿物纤维的毒性和致癌性比较
Alessandro F Gualtieri,Mauro Leoncini
Alessandro F Gualtieri
This work reports the results of a statistical analysis for evaluating the toxicity/carcinogenicity potential of mineral fibres using the Fibre Potential Toxicity Index (FPTI), a quantitative model designed to assess the toxicity and carcin...
Study on supercritical water partial oxidation mechanism of sulfur-containing compounds by ReaxFF molecular dynamics [0.03%]
含硫化合物超临界水部分氧化反应机制的ReaxFF分子动力学模拟研究
Ruochen Xiong,Guowei Xing,Yifeng Li et al.
Ruochen Xiong et al.
Supercritical water partial oxidation (SCWPO) is a new type of highly efficient and clean energy conversion technology. This technology adds less oxidant than that required for complete oxidation in the supercritical water environment, alte...
The liquid crystal monomer EtCBN induced neurotoxicity by activating the NOD-like receptor signaling pathway through the Muribaculum-epigallocatechin axis [0.03%]
液晶单体EtCBN通过肠道菌Muribaculum-表没食子儿茶素轴激活NLR信号引起神经毒性
Lianrui Duan,Jiayi Liang,Wei Zhang et al.
Lianrui Duan et al.
Liquid crystal monomers (LCMs) demonstrate blood-brain barrier penetrability and exhibit progressive bioaccumulation in neural tissues, though their neurotoxic mechanisms remain incompletely characterized. Notably, EtCBN has been identified...