The phrase "aggressive cells" is correct and usable in written English.
It can be used in contexts such as biology or medicine, particularly when discussing cells that exhibit aggressive behavior, such as cancer cells.
Example: "The study focused on the impact of treatment on aggressive cells in tumor samples."
Alternatives: "hostile cells" or "malignant cells".
Pathologists can distinguish between cancers that look particularly aggressive and those that do not, but there is a real possibility that even if tissue obtained at a biopsy has only less aggressive tumor cells, more aggressive cells might still be lurking in the prostate.
The author observed that the Mn induced a longitudinal relaxation rate (R1) in the most aggressive cells significantly higher (two times) than that in less aggressive ones.
The tiny, aggressive cells have a deadly mission: to seek out and destroy bacteria, fungi, and diseased cells.
Nevertheless, the authors found that the most aggressive cells that showed the lowest level of CaSR expression enhanced the most markedly whereas the less aggressive cells with higher levels of CaSR expression enhanced only minimally; furthermore, the higher the concentration of MnCl2 administration, the greater the enhancement of both cells.
Barts Cancer Institute has discovered how to identify potentially aggressive cells in a certain type of breast cancer which affects thousands of people every year.
Based on results of the invasion study, two cells with the highest Invasion Index and the two least aggressive cells were selected to test their Mn uptake at MRI, using normal cell CCD841 CoN as control.
Also, in cases of neuroendocrine carcinoma, the efficacy of chemotherapeutic combination regimens such as etoposide plus cisplatin and irinotecan plus cisplatin has been reported [19, 20]. Lee et al. proposed that treatment should focus on the more aggressive cells of the tumor because the clinical outcome of this mixed tumor follows that of a more aggressive cell type [4].
Concomitantly, another significant finding was that intramitochondrial AA levels are significantly higher in the aggressive cells.
These results suggest that alterations of rRNA maturation observed in aggressive cells have a direct effect on the translational capacity of the ribosome.
The morphology and the number of nucleoli is very different in the most aggressive cells compared with the MP control cells.
Alltogether our findings have important implication for understanding the origin of cancer and the possible use of asymmetric self-renewal biomarkers to target more aggressive cells.
