Concurrently, a reduction of cell density was observed after 24 hours aerobic culture (Figure 1b).
Therefore, the reduction of cell size has become the most important issue.
The results evidenced a significant reduction of cell viability in treated cells with nanoparticles compared with control cells (p < 0.05).
The highest reduction of cell viability was noted at a dose 100 μg/mL for GO (1 to 3 μm).
Little reduction of cell viability was noted at a dose of 3.125 μg/mL in B-GO-Fe3O4 sample.
This indicates a lower cell activity and maybe also a reduction of cell material of the isolated strain.
Little reduction of cell viability was noted at a dose 3.125 μg/mL in N-GO-Fe3O4 and GO sample.
The combined biochemical approach envisioned the changes of entropy as a metabolic shift leading to a reduction of cell growth.
A reduction of cell division, aggregation of the chromatin and damage to the chloroplast structure were also observed.
Results: Sorafenib induced ERS, Thr183JNK/JNK and transient autophagy that was followed by apoptosis, and reduction of cell proliferation.
The other process is the reduction of cell adhesion, under the influence of AuNPs and transfer of cells into the suspension fraction.
