The phrase "average cell size" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in biology or materials science, to describe the typical dimensions of a cell.
Example: "The average cell size in this tissue sample was measured to be approximately 15 micrometers."
Alternatives: "mean cell size" or "typical cell size.".
In layer 5 of the somatosensory cortex, although there was no significant decrement in the average cell size, there was a reduction in the proportion of medium-sized pyramidal neurons, and an increase in the proportion of smaller, nonpyramidal cells.
Upon culture on ECM scaffolds, cells became larger with an average cell size of approximately 104.1 ± 7.3 µm².
The average cell size was determined from microscopic images of cells taken directly from steady state cultures.
This method allows the quantification of cell population, average cell size and population homogeneity.
The addition of nanoclay also decreased the average cell size and increased the cell density of microcellular PLA/PHBV specimens.
The effects of saturation pressure and temperature on average cell size and relative density of the resulting foams were also studied.
A concomitant increase of the cell wall thickness and cell wall volume fraction and, notably, a decrease in the resultant average cell size was also predicted.
Both the median pore diameter and average cell size of the polyHIPEs rose with increase of DVB concentration and/or water fraction.
This paper is focused on demonstrating that it is possible to reduce the thermal conductivity of polymeric foams by reducing the average cell size below the micron.
The porosity, the average cell size and the cell wall thickness were only controlled by the initial concentration of tannin, all other things being equal.
Additionally, average cell size and density can be independently controlled, whereas they were intimately related to each other in the first generation of tannin-based CVC foams.
