Despite significant public health concerns regarding infectious diseases in air environments,
potentially harmful microbiological indicators, such as antibiotic resistance genes (ARGs) in …

Real-time surveillance of airborne SARS-CoV-2 virus is a technological gap that has eluded
the scientific community since the beginning of the COVID-19 pandemic. Offline air sampling …

High throughput sequencing has emerged as one of the most important techniques for
characterizing microbial dynamics and revealing bacteria and host interactions. However …

Neisseria species are frequently identified in the bronchiectasis microbiome, but they are
regarded as respiratory commensals. Using a combination of human cohorts, next …

The existence of viable human pathogens in bioaerosols which can cause infection or affect
human health has been the subject of little research. In this study, data provided by 10 …

Municipal solid waste treatment (MSWT) system emits a cocktail of microorganisms that
jeopardize environmental and public health. However, the dynamics and risks of airborne …

The troposphere constitutes the final frontier of global ecosystem research due to technical
challenges arising from its size, low biomass, and gaseous state. Using a vertical testing …

Rapid, universal, and accurate identification of bacteria in their natural states is necessary
for on-site environmental monitoring and fundamental microbial research. Surface …

Reliable methods to detect the presence of SARS‐CoV‐2 at venues where people gather
are essential for epidemiological surveillance to guide public policy. Communal screening of …

Processes influencing the transport of airborne bacterial communities in the atmosphere are
poorly understood. Here, we report comprehensive and quantitative evidence of the key …