Why environmental surveillance is essential

Leaders of organizations are confronted by a vast array of new and urgent questions.

  • How do we safely stay open?
  • Are our safety protocols effective?
  • Where are the high risk areas within our facilities?

With semi-vaccinated populations, varying mask mandates, and COVID-19 variants, organizations must implement layered strategies, including screening, masking, disinfection, ventilation, and environmental surveillance. Did you choose the right combination? Is it working? Monitoring pathogens in the air can help answer those questions.

The Thermo Scientific AerosolSense Sampler paired with PCR testing is designed to deliver timely and highly reliable insight into in-air pathogen presence, including Flu A/B, SARS-CoV-2, and/or RSV. The sampler acts right where you need it – in the air – sampling indoor air in classrooms, offices, nursing homes, hospitals, dormitories, and other indoor spaces. By sampling and PCR testing indoor air, you’re identifying SARS-CoV-2 right where it’s spread.

Why environmental surveillance is essential

The benefits

  • A fast and simple workflow: Results in less than 4 hours. Identify risks to help protect your organization in three steps.
     Download infographic
  • Easy to use: Designed with the user in mind, the sampler is lightweight for portability and requires minimal operator training.
  • High Sensitivity: Robust system that is highly sensitive with stable aerosol collection and separation technology that delivers consistent performance across diverse environments.
     Download technology comparison
  • Scalable: Validated for Flu A/B, SARS-CoV-2, and/or RSV B, the design is intended to capture a wide variety of in-air pathogens.
  • Paired with PCR testing: PCR is the industry gold standard for analyzing for the presence of pathogens and is highly accurate.

The impact

  • Early insight into pathogen presence for quick decision making
  • Identification of high risk areas
  • Complementary to individual screening programs
  • Open communication and visibility for increased confidence
  • Strengthened safety protocols

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Bring confidence back to school. Help lower the risk of COVID-19 in schools.


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Bring confidence back to school. Help lower the risk of COVID-19 in schools.


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Videos

Featured resources

 In-Air Pathogen Transmission Infographics
Research in Collaboration with the University of Oregon: Evaluation of Bioaerosol Environmental Sampling

Research in collaboration with the University of Oregon: Evaluation of bioaerosol environmental sampling

Evaluation of a Bioaerosol Sampler for Indoor Environmental Surveillance of Severe Acute Respiratory Syndrome Coronavirus 2

Horve, P.F.; Dietz, L.; Northcutt, D.; Stenson, J.; Van Den Wymelenberg, K.G. Preprints 2021, 2021030609 (doi: 10.20944/preprints202103.0609.v1).
  Learn more ?

Exploring Integrated Environmental Viral Surveillance of Indoor Environments: A Comparison of Surface and Bioaerosol Environmental Sampling in Hospital Rooms with COVID-19 Patients

Leslie Dietz, David A. Constant,  Mark Fretz,  Patrick F. Horve, Andreas Olsen-Martinez, Jason Stenson, Andrew Wilkes,  Robert G. Martindale, William B. Messer,  Kevin G. Van Den Wymelenberg
  Learn more ?

Longitudinal Analysis of Built Environment and Aerosol Contamination Associated with Isolated COVID-19 Positive

Patrick Horve, Leslie Dietz, Garis Bowles, Georgia MacCrone, Andreas Olsen-Martinez, Dale Northcutt, Vincent Moore, Liliana Bamatan, Hooman Parhizkar, Kevin Van Den Wymelenberg
  Learn more ?


Search in-air pathogens resources

No records were found matching your criteria

TypeTitle
FAQs AerosolSense Sampler Frequently Asked Questions
Brochure In-Air Pathogen Surveillance Solution
Infographic In-Air Pathogen Surveillance Workflow
Infographic In-Air Pathogens
Infographic Assessing in-air pathogen transmission indoors
Quick Start Guide In-Air Pathogen Surveillance Solution
Quick Start Guide Tailoring AerosolSense Sampler to Your Needs
Manual AerosolSense 2900 Sampler
Article AerosolSense field test in Kindergarten
Specification Sheet AerosolSense Sampler
Technology Comparison In-Air Pathogen Surveillance
Product Comparison Pairing CO2 sensors with the AerosolSense Sampler: A layered approach
Case Study Thermo Fisher Scientific site controls breakthrough cases with environmental surveillance
Case Study Jan Breydel Stadium in Belgium uses AerosolSense Sampler for soccer match
Case Study Success Story: The Oklahoma State University Diagnostics Laboratory
Case Study Sandwich Fire Department Success Story
Case Study UMASS Memorial DCU Field Hospital Success Story
Case Study Arbor Village Nursing Home Success Story
Research Paper University of Oregon - Quantifying human and environmental viral load relationships amidst mitigation strategies in a controlled chamber with participants having COVID19
Research Paper Airborne Transmission of SARS-CoV-2 - What is the Implication of Hospital Infection Control
Research Paper University of Oregon Longitudinal Analysis of Built Environment and Aerosol Contamination Associated with Isolated COVID-19 Positive
Research Paper University of Oregon Evaluation of Bioaerosol Sampler
Research Paper University of Oregon Exploring Integrated Environmental Viral Surveillance of Indoor Environments
Blog PostWhy Indoor Spaces Pose a Threat to the Public Health
Blog PostFive Strategies for a Safer Start to School
Blog Post Why qPCR Is the Gold Standard for COVID-19 Testing
Blog Post How Does “No Mask Required” Affect Air Quality and Risk Mitigation Strategies


Need further support? Visit the In-Air Pathogen Surveillance Support page ?

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