"xCELLigence system is helping my research with fast and reliable screening experiments on cells proliferation, migration and invasion under different cells growth conditions."

The xCELLigence RTCA DP system is an easy to use platform with intuitive software and a variety of online tutorials for beginners and experience users. It is great tool for our cell therapies development, our laboratory obtained exciting results for cytotoxicity assays using adherent and suspension cells.

"xCELLigence system helped my research in performing real-time evaluation of the toxicological profile for several types of innovative drugs that were tested on both primary cells and standard cell lines. Additionally, this platform demonstrated high sensitivity of detection of intracellular signaling events for drugs targeting protein kinases-mediated cellular pathways."

“The xCELLigence system proved to be a unique and invaluable technology in the development of new therapeutics for the steroid hormone sensitive cancers. It enabled us to analyze detailed proliferation dynamics of various cancer cell types, in response to manipulation of complex signaling network by steroid hormone receptors and enzymes involved in the steroid hormone biosyntesis."

"We purchased the system as we had a good experience with it in past – our group works in the field of nanomedicine. In experiments, various nanomaterials (carbon, magnetic particles) are modified by antitumor drugs and other molecules for specific targeting of tumor cells.
The the greatest benefit of the system is that the experiments are easy to set up, the data are obtained in a relatively short time without the need for more complicated sample manipulation. The method makes it possible not only to monitor the increasing number of cells, but also to evaluate the progress of this process - to elegantly determine the growth characteristics of the studied cells and to test the substances used. The process is completely independent of the human factor, thereby minimizing common experimental errors."