Figure 1: The cell cycle and its role in nanoparticle uptake. Figure 4: Nanoparticle uptake rates during the different phases of the cell cycle. Figure 5: Nanoparticle uptake in synchronized cell ...

When looking at cells with a microscope, the length of different stages of the cell cycle can be estimated using the formula: \(\text{Length of time in phase}=\) \(\frac{\text{observed number of ...

This sequential expression followed the phases of the traditional cell cycle: G0/G1 (the cell grows larger), S (the cell replicates its DNA), and G2/M (the cell prepares for division and then splits).

When looking at cells with a microscope, the length of different stages of the cell cycle can be estimated using the formula: \(\text{Length of phase} = \frac{\text{number of cells at that state}}{\ ...