The terminal aromatic rings also affect the cell apoptosis perturbation.
Theoretically, under high temperatures, plant tissues are softened and the weak interactions affect the cell membranes.
The NPs strongly affect the cell cycle, inhibiting the genes responsible for proliferation.
Nevertheless, the high electric potential applied during electrospinning may affect the cell growth.
How graphene oxide (GO) derivatives might affect the cell cycle has been rarely studied.
In general, most nanoparticles can efficiently adhere onto cell membranes, get adsorbed, and thereafter affect the cell integrity [31].
Heat induced in the tissue might affect the proper functioning of cells or affect the cell metabolism [12].
Based on our study, α-terpineol might affect the cell wall synthesis and lead to the disruption of cell wall.
The Fe3+ impurities in LiFePO4 restrict the conduction path of Li+ ions in LiFePO4, which negatively affect the cell performance.
The model is further used to examine how the anode diffusion layer and the membrane affect the cell performance.
Changing flow-field configurations and channel characteristics have been shown to also affect the cell performance and uniformity in distributions.
