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The results suggested a decrease in cell viability [107].
Incubation with Rn (10−6 M) prevented the decrease in cell viability induced by Aβ1-42.
After 24 72 h exposure, all treated groups showed a significant decrease in cell viability.
We observed a slight decrease in cell viability (83.6%) compared with control MSCs cultures (89.8%).
The study observed effects include the decrease in cell viability [104].
A significant dose dependent decrease in cell viability was noticed with increasing concentration of nanoparticles.
Time- and concentration-dependent decrease in cell viability was observed by MTT assay.
Following Pb2+ exposure, there was a dose-dependent decrease in cell viability.
These two materials, as well as the San Joaquin Valley soil, showed no drastic decrease in cell viability.
SeMet was found to be toxic only at the highest exposure dose (1000 μM), with ∼15% decrease in cell viability.
Exposure of oral premalignant and cancer cells to curcumin resulted in significant decrease in cell viability and induced apoptosis.
More suggestions(15)
declines in cell viability
decrease in cell growth
decrease in cell activity
decrease in cell survival
decrease in cell number
decrease in cell proliferation
decrease in cell necrosis
decrease in cell motility
decrease in cell hydrophobicity
decrease in cell size
decrease in cell adhesion
decrease in cell capacitance
decrease in cell migration
decrease in cell density
decrease in cell surface
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