Coriolis Consumables

Monitoring for the presence of airborne allergens such as pollen is a critical step in the assessment of air quality. On this page, our team of scientists has shared our best protocols for airborne allergen detection with the Coriolis air samplers.

Fungal spores present in the air are suspected to be a major source of respiratory diseases. On this page, our top scientists present some of our best protocols to detect and identify aerosolized fungal spores with the Coriolis air samplers.

Aerosolized pathogenic bacteria can act as infectious agents and therefore pose a significant health risk in exposed individuals. Here, Bertin’s top scientists present our best protocols to monitor bacterial concentration in the air with the Coriolis air samplers

Sampling virus-laden aerosols is a notoriously difficult endeavor. Here, our top scientists have shared best practices to use the Coriolis air samplers for virus detection in various types of environments.

Bioaerosols can affect the air quality of a work environment & harm the health of workers and/or animals. Here, Bertin’s top scientists share their expertise and best protocols for air monitoring & evaluating the performance of several decontamination methods in multiple settings.

Coriolis air sampler collects biological particles in the air for biocontamination control in a biomedical and health environment

Coriolis air sampler collects biological particles in the air for fundamental research on biological airborne particles

Coriolis air sampler collects biological particles in the air for air quality control and monitoring in an industrial process

The Coriolis air sampler collects biological particles in the air for biosphere and environmental air quality control