The Vero cell line is considered the most used continuous cell line for the production of viral
vectors and vaccines. Historically, it is the first cell line that was approved by the WHO for the …

The rates of cell attachment of the anchorage‐dependent mammalian cell line Vero to the
gelatin‐based macroporous microcarrier Cultispher‐G were determined under various …

Developing an effective vaccine against enterovirus 71 (EV71) infection provides the best
means to control the disease. We have previously reported that large-scale preparation of a …

A new rabies vaccine was developed from Vero cells adhered to microcarriers, cultivated in
a bioreactor in serum-free medium and infected with the PV/VERO-Paris rabies virus strain …

Enterovirus 71 (EV71) is an enterovirus that could lead to severe neurological disorders and
fatalities. The inactivated vaccine is an appropriate EV71 vaccine format for meeting current …

To improve rabies vaccine production by Vero cells, we have developed a strategy based on
high cell density culture and optimization of virus yield. We have first optimized cell growth in …

Two strains of reovirus (serotype 1 Lang/TIL and serotype 3 Dearing/T3D) were propagated
in Vero cells grown in stationary or agitated cultures in a serum‐free medium, M‐VSFM …

In gene therapy, retrovirus and adenovirus vectors are extensively used as gene‐delivery
vehicles and further large‐scale processing of these viral vectors will be increasingly …

Cell culture for the purposes of viral vaccine cultivation is reviewed from the perspective of
the industrial practitioner. This article covers the mechanics of virus production, followed by …

Rabies virus suspensions were obtained from VERO cells cultivated on solid microcarriers
in a bioreactor after infection with the Pasteur rabies virus strain (PV). Virus production …