Dry Powder Exposure of Air-Liquid Interface (ALI) Cell Cultures: VITROCELL PowderX System

The VITROCELL PowderX Exposure System is the ideal tool for aerosolisation of small quantities of dry powders and particle deposition on cells cultured in 12- or 24-well sized inserts. It is designed for evaluation of pharmaceutical compounds and toxicological evaluation of particles and fibres. Small powder samples of 1–100 mg are positioned in the quick-lock […]

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96-well Exposure of Air-Liquid Interface (ALI) Cell Cultures on HTS Plates: New VITROCELL® 96 Continuous Flow Exposure System

The VITROCELL® 96 Continuous Flow Exposure System represents a breakthrough in high-throughput research involving human cell cultures or tissues exposed directly to airborne substances such as gases, complex mixtures and particles, including nanoparticles. This innovative system faithfully replicates the conditions of human physiological exposure at the Air-Liquid Interface (ALI). With the capacity to perform up […]

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Exposure of Lung Cells to Liquid Aerosols at the Air/Liquid Interface

Good Things Come in Threes: This latest member of the Cloud Alpha family features the delivery of three different aerosol concentrations or three different substances in one experiment. The latter  procedure is particularly interesting for users which need to test and compare larger numbers of different substances. The new Cloud Alpha TRIO is capable to […]

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VITROCELL® Remote Assist Support

  VITROCELL in-vitro-Expositionssysteme werden spezifisch nach Kundenwunsch gefertigt. Unsere Kunden aus ­Forschung & Entwicklung haben meist sehr komplexe Anforderungen an die Anlage. Daher werden Produktschulungen sowie Service & Support von qualifizierten VITROCELL Technikern durchgeführt. Für VITROCELL Anwender auf der ganzen Welt möchten wir stets eine schnelle Reaktion und Problemlösung ermöglichen. Live Assistance mit Augmented Reality […]

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VITROCELL® AES for toxicity testing of airborne particles

DOI:10.3791/61210 Hedwig M. Braakhuis1, Ruiwen He1,2, Rob J. Vandebriel1, Eric R. Gremmer1, Edwin Zwart1, Jolanda P. Vermeulen1, Paul Fokkens1, John Boere1, Ilse Gosens1, Flemming R. Cassee1,2 1National Institute for Public Health and the Environment (RIVM)  2Institute for Risk Assessment Sciences (IRAS)  This article provides a method for culturing and exposing the human bronchial epithelial cell […]

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