Vitrocell and AlveoliX set the benchmark in Organ-on-chip technology, delivering complete aerosol capability on chip for lung, skin and eye exposure. The AlveoliX Barrier-on-chip, especially the breathable lung-on-chip model, enables unmatched flexibility for inhalation research at the air-liquid interface. Vitrocell’s advanced exposure systems accommodate all aerosol types for the AlveoliX AX12 – from gas and […]
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Tired of unreliable QCM results when working with dry particles? Irregular deposition and weak bonding are a common challenge in nanoparticle research. That’s why we developed the new VITROCELL Dry Powder Kit – optimized for use with PowderX! This innovative kit ensures stable and reproducible dry powder deposition, enabling precise dose monitoring with the VITROCELL […]
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Navetta offers an innovative solution for safety testing of drugs and particles at the Air-Liquid Interface. What makes Navetta different? This novel exposure system uses smooth, low-speed horizontal airflow combined with an electrical field that enhances particle deposition directly onto lung cells. Temperature and humidity remain controlled, keeping cells viable throughout exposure. Key advantages High […]
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We are proud to share the first publication introducing CalorQuanti as a groundbreaking technology for real-time tracking of particle deposition on lung cells. Researchers from the BioNanomaterials group at the Adolphe Merkle Institute have successfully validated the novel CalorQuanti System, developed in collaboration with NanoLockin and VITROCELL Systems GmbH. The Cloud Alpha/CalorQuanti platform integrates advanced […]
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It is our pleasure to introduce a selection of cellQART cell culture inserts now available for purchase from VITROCELL. Outstanding material quality, innovative design, optimized performance, exceptional customer support, and competitive pricing make cellQART inserts the ideal choice for experiments at the air-liquid interface: 1. Material Quality: cellQART inserts feature highly specialized membranes designed to enhance cell growth and […]
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The National Center for Scientific Research “Demokritos” – Institute of Nanoscience and Nanotechnology recently welcomed Greece’s first VITROCELL installation. To ensure a seamless start, the VITROCELL Systems team was on-site in Athens for the installation and hands-on training. The research team specializes in nanostructured materials with advanced functionalities, including catalytic materials, antimicrobial nanomaterials, pollutant abatement […]
continue readingExplore Application Areas and Exposure Principles for in vitro Inhalation Research VITROCELL® devices are designed to evaluate the potential health risks of inhalable substances without relying on laboratory animals. These systems expose lung cells at the air-liquid interface, simulating real-world inhalation conditions. A newly released video presentation highlights key in vitro exposure systems designed for […]
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Collaborative Breakthrough in Lung-on-Chip Technology: AlveoliX, Vitrocell, University of Bern and Helmholtz Institute for Pharmaceutical Research Saarland Drive Advances in Human Respiratory Research AlveoliX, in collaboration with Vitrocell Systems, the University of Bern, and the Helmholtz Institute for Pharmaceutical Research Saarland (HIPS) is proud to announce the publication of a landmark study in Bioengineering & […]
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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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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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