Article

Characterization of drying bioaerosols with four size distribution measurement instruments in the context of airborne transmission

2022-11-03

Abstract excerpt

Measuring aerosol size distributions with precision is important to understand the transmission of infectious diseases causing pneumonia-like illnesses, including Legionnaire’s disease and COVID-19. Accurate size measurement can help guide the identification of risk mitigation strategies, a challenging task as the size of pathogen carrying particles can change due to evaporation. Using oil and water-based particle...

Topics

Open a Topic to create a Post that cites this publication.

Identifiers and source

Literature Corpus work: 78896b4e-bdd1-5541-b1d5-8999a175e459
DOI: 10.21203/rs.3.rs-2207576/v1

Open publication

Related research

Semantic proximity does not establish scientific evidence.

Click a neighbor to travelStep 1 · 12 closest

Characterization of drying bioaerosols with four size distribution measurement instruments in the context of airborne transmissionDOI 10.21203/rs.3.rs-2207576/v1Read

Bioaerosol Size Effect in COVID-19 TransmissionSemantic proximity Read

Evaporation of bacteria-laden surrogate respiratory fluid droplets: On a hydrophilic substrate versus contact-free environment confers differential bacterial infectivitySemantic proximity Read

Characterization of the utility of three nebulizers in investigating infectivity of airborne virusesSemantic proximity Read

Evaporation and pathogenesis of levitated bacteria-laden surrogate respiratory fluid droplets: At different relative humidity and evaporation stagesSemantic proximity Read

Humidity Reduces Rapid and Distant Airborne Dispersal of Viable Viral Particles in Classroom SettingsSemantic proximity Read

In situ measurement of airborne particle concentration in a real dental office: implications for disease transmissionSemantic proximity Read

Designing and Testing of a System for Aerosolization and Recovery of Viable Porcine Reproductive and Respiratory Syndrome Virus (PRRSV): Theoretical and Engineering ConsiderationsSemantic proximity Read

Host-to-Host Airborne Transmission As a Multiphase Flow Problem For Science-Based Social Distance GuidelinesSemantic proximity Read

Examining the protection efficacy of face shields against cough aerosol droplets using water sensitive papersSemantic proximity Read

Efficient Viral Capture and Inactivation from Bioaerosols Using Electrostatic PrecipitationSemantic proximity Read

Can Airflow Manipulation Disrupt the Transmission of COVID-19 Variants and Highly Infectious Droplets?Semantic proximity Read

Upgrade social distancing into "Airflow Inaccessible Distancing" code validated by E. coli DH5a spray viable colony counting simulation and the technical validation of COVID-19 Airborne Infection UV Quarantine DevicesSemantic proximity Read