The phrase "administering the cells" is correct and usable in written English.
It can be used in contexts related to biology, medicine, or technology, particularly when discussing the management or application of cells in experiments or treatments.
Example: "The researchers are focused on administering the cells to the test subjects to observe the effects of the new treatment."
Alternatives: "managing the cells" or "applying the cells".
The optimal timing for therapy may vary depending on the route used to administer the cells and factors associated to cell in situ retention at the damaged cardiac tissue may be essential for the intramuscular (IM) injection, whereas cell recruitment should be equally important for intravenous injection.
We plan to administer the cells in six separate intraparenchymal injections (three bilateral, all into the cerebral cortex; at least 5×10 cells/injection).
Moreover, these in vitro assays were complemented by inhibition of lung metastasis of MDA-MB-231 cells in mice administered the cells by tail vein injection and treated with omeprazole.
In vitro, rmRetn could up regulate the CFU number of mice BM and after rmRetn was administered, the cell number of murine bone marrow was significantly increased in vivo after chemotherapy.
Not only are there several potential cell sources that might be used for type 1 diabetes (e.g., mesenchymal stem cells, hematopoetic stem cells, adipose-derived stem cells, and umbilical cord blood), but we must also identify the appropriate conditions for expanding these cells, selecting the appropriate subpopulations of cells, and administering the proper cell dose.
This method of administering the glycosides to the cells is also effective in biocombinatorial synthesis for the construction of an oligosaccharide library [16].
To administer the T-cell therapy, doctors remove immune cells from patients, tagging them with "receptor" molecules that target a specific cancer, as other T-cells target the flu or infections.
Five days after administering, the GFP-positive T cells migrated selectively into the infarction area of the poststroke brain (Supplementary Figure 2).
An initial dose of 20% of M8 treatment was administered to the cells and, after 24 h, a reinforcement dose of 1% was administered according to a previous standard treatment protocol [ 10, 16].
Therefore, a new energy efficiency model, based on the internal parameters of a railway cellular network in administering the operation of a network cell, is needed.
