Project description:Mechanical energy–driven portable water disinfection has attracted attention for its electricity-free operation, but this approach generally faces bottlenecks such as a high mechanical activation threshold, energy dispersion, and low interfacial reaction efficiency, making it difficult to achieve rapid and stable pathogen inactivation in practical scenarios. Here we report a manually operated portable water disinfection system that can inactivate 99.9999% of V. cholerae within 1 minute and demonstrate broad-spectrum disinfection against bacteria, fungi, parasites, and viruses. Amino-modified SiO₂ nanoparticles loaded with Au nanoparticles capture hydrated electrons and transfer them to the electret surface to generate localized nanoscale electric fields, which are further strengthened by hydrophobic fluorinated groups. This interfacial architecture not only promotes charge accumulation and transfer, but also leverages the intensified electric field to actively drive reactive oxygen species (ROS) generation at the solid–liquid–air interface, thereby markedly enhancing disinfection rate and efficacy compared with existing contact electrification–based disinfection technologies. Owing to its ease of operation, ourinterfacial electric-field-enhanced (IEFE) disinfection system is readily deployable in disaster relief and resource-constrained regions.
Project description:We report the transcriptomic changes in Salmonella Typhimurium exposed to sub-lethal sonophotocatalytic disinfection. The current data suggests that more than 120 genes are significantly expressed during the process. The genes associated with the flagellar assembly were found to be significantly up-regulated during the disinfection, which may have impacts on the phenotypic attributes of the bacteria.
Project description:In this study, we report the genome-wide expression profiles of hospital-acquired and community-acquired P. aeruignosa. The analysis of that provides crucial implications concerning the virulence determinants associated with the community-acquired diarrheagenic strain of P. aeruginosa
Project description:This study evaluated the transcriptomic profiles of Arabidopsis thaliana (Col-0) plants grown along four SynCom treatments that induced differential primary root growth. Treatments Dropout Variovorax and DropoutVariovoraxBurkholderia induced primary root growth inhibition (RGI), while treatments Full and DropoutBurkholderia mantained a stereotypical long primary root.
Project description:Although drinking water disinfection has proved to be an effective strategy to eliminate most waterborne pathogens, bacterial pathogens can still show disinfection tolerance in drinking water distribution systems (DWDSs), posing a great threat to drinking water safety and human health. Despite stress signals such as starvation and low temperature were reported to increase disinfection tolerance of E. coli, it is unclear whether the stress-induced disinfection tolerance was conserved in different bacterial species.