The phrase "a dense cell" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in biology or materials science, to describe a cell that has a high concentration of material or is compact in structure.
Example: "The researchers observed that a dense cell structure was crucial for the organism's survival in extreme environments."
Alternatives: "a compact cell" or "a thick cell".
During the 35 days of culture in BM, the cells were observed forming a dense cell sheet, which grew through the pores within the 3D woven scaffold, irrespective of the material's composition, (Fig. 7a,b).
Furthermore, the cells were collected by centrifugation at 4,000 rpm for 15 min, washed twice with sterile distilled water, centrifuged and re-suspended in sterile water to obtain a dense cell suspension.
After 14 days, hMSCs formed a dense cell sheet.
After cells have grown to a dense cell layer, inserts were removed and growth pattern was documented photographically within 24 hours.
Due to the inherent (cancerous) nature of MG63 cells, large nodules of cells were found at initial time points which resulted in the formation of a dense cell layer at later time points.
Approximately 1,500 cells were injected as a dense cell suspension using a glass capillary, generating a local cell cluster within the two epithelial leaflets of the tadpole fin.
This is particularly important for the bloodstream form of T. brucei, which expresses a dense cell-surface coat (10 molecules per parasite) of a GPI-anchored VSG (variant-surface glycoprotein).
This is because a denser cell partitioning introduces additional boundary fractures, yielding a substantially greater number of redundant analyses in algorithm 1.
This investigation continues the work begun in [15], which evaluated the behaviour of the intra-layer interference in an LTE-A dense small cell network.
At that point, the embryos had 64 to 200 cells, including a dense inner cell mass from which stem cells were extracted.
Moreover, developing sporangia from individual silenced lines possessed a less electron dense cell wall when compared to control lines, treated with GFP-dsRNA.
