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“Cultivating hepatocyte spheroids in CERO considerably improves expansion, differentiation, maturation and hepatic virus infection compared to monolayer culture. Our research takes advances from healthy cells, even from long-term cultures in CERO. Moreover, we are now able to perform 3D long-term culture of human tissue specimen in CERO - a paradigm shift."

Learn More about CERO 3D Incubator and Bioreactor

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“Our special attention was caught by the new software NovoExpress - workflow. This software is straightforward, and the software interface is easy to handle. The implemented auto compensation and hierarchic tree structure is a highlight for effective organization of experimental data"

Learn More about NovoCyte

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"We are investigating the activity of Natural Killer (NK) cells. When using adherent target cells, the xCELLigence system provides label free and real time data about the NK cell killing activity. Especially when combining NK Cells and cytotoxic subtances we can determine the individual contribution of each factor, but also synergistic effects on target cell killing. Additionally, we are using the xCELLigence system to determine NK cell adhesion and activation in a time-resolved fashion."

Learn More about xCELLigence

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"We've searched an alternative to CRA; ideally without the need for using dyes or being limited by endpoint-assys. xCELLigence turned out to be the most suitable and easy to install. We now achieve an effector to target ratio of 0.05:1, evalute complete kinetics and even might use effactor cells in further experiements."

Learn More about  xCELLigence® RTCA eSight

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“Moreover this 3D cultivation system substantially omproves viability, maturation and contractility, therefore provides a reliable tool for cardiovascular therapies.”

Learn More about CASY

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“The overarching aim of all our studies is the identification and development of clinically relevant therapeutic agents for the treatment of human heart disease. To that end we utilize human self-organized cardiac organoids for high throughput drug screening and in vivo genetic models of human congenital disease, as our experimental platform, in combination with adeno-associated virus (AAV) and anti-sense RNAs as therapeutic agents. The CERO 3D has considerably simplified our cardiac organoid generation workflow and enabled us to scale-up organoid production significantly. Organoids generated with CERO 3D reveal improved cellular organization, and display uniformity and consistency within and across production batches.”

Learn More about CERO 3D Incubator and Bioreactor

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“Our special attention was caught by the new software NovoExpress - workflow. This software is straightforward, and the software interface is easy to handle. The implemented auto compensation and hierarchic tree structure is a highlight for effective organization of experimental data.”

Learn More about NovoCyte

​

"We are investigating the activity of Natural Killer (NK) cells. When using adherent target cells, the xCELLigence system provides label free and real time data about the NK cell killing activity. Especially when combining NK Cells and cytotoxic subtances we can determine the individual contribution of each factor, but also synergistic effects on target cell killing. Additionally, we are using the xCELLigence system to determine NK cell adhesion and activation in a time-resolved fashion.”

Learn More about xCELLigence


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"We've searched an alternative to CRA; ideally without the need for using dyes or being limited by endpoint-assys. xCELLigence turned out to be the most suitable and easy to install. We now achieve an effector to target ratio of 0.05:1, evalute complete kinetics and even might use effactor cells in further experiements."

Learn More about  xCELLigence® RTCA eSight

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"Cytotoxiciity Assays using CASY enable us to perform fast, simple and relaible assessment of anti-cancer drug regimens and the subsequent chemosensitivity of carcinoma cell lines.

A major advantage of CASY is that debris and dead cells can be masked in the analysis by a simle cell line speficfic setup and only viable cells and their aggregates are considered.

However, as a complete ell status is recorded, also dead cells and debris data are available at any time."

Learn more about CASY

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“Cultivating hepatocyte spheroids in CERO considerably improves expansion, differentiation, maturation and hepatic virus infection compared to monolayer culture. Our research takes advances from healthy cells, even from long-term cultures in CERO. Moreover, we are now able to perform 3D long-term culture of human tissue specimen in CERO - a paradigm shift."

Learn more about CERO 3D Incubator and Bioreactor.

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“Our group is focusing on primary tumor cells grown on 3D polymer scaffolds. For that, we are using CERO 3D to develop a model of drug development and precision medicine. It is particularly important that the cells are viable and proliferating in 3D complex structures as seen in tumor tissues. With the CERO 3D we are implementing and developing tools for patient-specific tumor therapy. Furthermore, the cancer cells isolated from fresh tumor biopsies make treatment optimization possible before a therapy is initiated. Here, CERO 3D incubator & bioreactor enables us to develop personalized medicine in a 3D Cell culture model” 

Learn more about CERO 3D Incubator and Bioreactor.