Real-world airborne exposure meets in vitro precision
Vitrocell exposure systems enable direct air–liquid interface (ALI) exposure of mammalian cells and tissues to real-worl…
Why Air–Liquid Interface exposure is a game-changer for inhalation research
In traditional submerged cell culture, airway cells are covered by liquid - a condition that does not reflect how humans…
Real-world airborne exposure meets in vitro precision
Not all test atmospheres can be tested the same way. Some require the Continuous Flow Exposure Principle. In our Contin…
When advanced exposure technology is used for environmental research
Following successful factory acceptance testing at Vitrocell in Waldkirch, we recently completed the final user training…
New study by French Armed Forces research team: Pollutant mixtures trigger early lung effects long before acute toxicity appear
In a recently published study, researchers from the Institut de Recherche Biomédical des Armées (IRBA) and INERIS carrie…
Why nebulizer output rates matter in the VITROCELL Cloud System
Only when output rates are well controlled can we ensure that the same amount of aerosol reaches all positions in the sy…
What if your test substance is rare and you have only microliters to work with?
Single Droplet Sedimentation Systems are designed for dose-controlled, spatially uniform deposition of liquid aerosols a…
Again Breaking News from NIH for biomedical research
The U.S. The National Institutes of Health (NIH) has announced an investment of more than $150 million to advance human‑…
New Video: Advancing Engine Emissions Research at SR Technicss
Following the successful installation of the VITROCELL AirTox Monitor at the SR Technics Group test facilities, we’re ex…
Why suspend a powder if you don’t have to?
Dry Powder Exposure Systems enable the direct aerosolization of dry powders — without first transferring them into suspe…
