One of the contributing factors to cancer cell adaptation is a hypoxic environment [54].
On the other hand, no cell adaptation to stronger shear stress was observed.
The importance of these Vero cell adaptation mutations in flavivirus vaccine design and development is discussed.
Solvent tolerance of the host can be improved by two approaches: modification of medium composition and cell adaptation.
During the cell adaptation phase of cell culture, nitrogen was supplemented at 0.1 and 0.05% w/v during lipid accumulation phase.
SAKI, however, is determined by a complex and highly treatment-dependent interplay between inflammation, microcirculatory dysfunction, bioenergetic failure, and tubular cell adaptation to injury [3].
These results suggest that PDGF-BB-releasing CS chitosan sponge may be beneficial to enhance bone cell adaptation and regenerative potential when applied in wound sites.
Recombinant viruses encoding various combinations of these Vero cell adaptation mutations did not demonstrate enhanced replication in Vero cells over that exhibited by the single mutations.
DEN4 viruses bearing these Vero cell adaptation mutations were also evaluated for the level of replication in the brains of mice.
Thus, any mechanism that destabilizes HIF-1 has a negative impact on cell adaptation to hypoxia.
Reportedly, NS4B is a key determinant of Vero cell adaptation for the intertypic-DEN chimeric viruses [21], [31].
