Xueyang Zhou

The paper shows redox cycling enhances organic micropollutant removal by restructuring microbial metabolism and degradation pathways through co-metabolic and ROS-driven mechanisms.

This study enhances EPS production in activated sludge by manipulating oxygen exposure to increase oxidative stress, resulting in a 90.5% higher EPS yield.

This study shows that regulating oxygen availability reduces antibiotic resistance gene expression in E. coli under warming by altering metabolic and oxidative stress responses.

The paper shows that ROS-induced stress in activated sludge processes enriches and promotes the emergence of antibiotic resistance genes, with beta-lactamases and efflux pumps being major contributors.

The paper identifies microbial enzymes, pathways, and hosts involved in co-metabolic degradation of 24 organic micropollutants in wastewater using multi-omics and functional group analysis.

The paper tests if fluctuating oxygen levels in wastewater treatment can boost production of valuable biochemicals by altering microbial metabolism.

This study shows Pseudomonas putida KT2440 can degrade several CECs in lab-scale reactors, with enzyme expression profiles linked to degradation via proteomics and LC-MS/MS.

This study shows that strategic oxygen manipulation enhances NosZ activity, reducing N2O emissions by 71% in wastewater treatment systems.

This study examines how different oxygen conditions affect microbial activity and SMP production in activated sludge systems, showing increased amino acid accumulation and protein release under oxygen perturbation.

The paper investigates how oxygen perturbations affect microbial communities and metabolite production, identifying key species and pathways involved in amino acid biosynthesis.

This study shows that short-term warming increases cyanobacterial blooms and antibiotic resistance in freshwater ecosystems through metagenomic analysis.