We have compiled a package supporting Vaccine and Virology research given the current Corona situation.
In Vaccine and Virology, optimization of workflow like expansion of cells, quality control and real-time assay development are of utmost importance.
Vaccine and Virology workflows should be:
CERO, CASY and RTCA xCelliegence, a combination which is your fastest way to reliable expansion and infection of cells, quality control and real-time assay development in fields of vaccine production and virology research.
In following find some information about these devices and descriptions of corona package contents associated with it.
A presentation showing the added value customers will have by using CERO Bioreactor and Incubator in their daily work with suspension cultures conducting viral infections
A poster containing information on Liver Spheroids showing the benefit of CERO in terms of cultivation and infection
A protocol to generate a 3D model of HepaRG to investigate the dynamics of an HBV infection and also of antiviral therapy along an oxygen gradient
An AppNote note showing key benefits of the xCELLigence RTCA systems for monitoring virus-mediated cytopathogenicity
A presentation and a handbook covering the most important applications in the field of vaccine and virology
All the relevant publications on RTCA technology in vaccine and virology
Handbook containing virus mediated cytopathogenicity
Live Cell Analysis | Dr. Noelle J.A. Ali, Dr. Kathrin Ringwald
In the current times, where several of us are fighting the race against the time to find the cure and prevention for COVID-19, the evaluation and the need for better technologies for virus-mediated cytopathogenicity have become more and more of relevance. The xCELLigence real-time cell analysis (RTCA) from Agilent technologies proves to be one such technology, making use of non-invasive electrical current based measurements.Read more ›
In this video you will learn how whole blood samples are easily processed with the CURIOX Laminar Flow Washer without centrifugation in a biosafety cabinent.