The phrase "administered cell" is correct and usable in written English.
It can be used in contexts related to biology, medicine, or technology, particularly when discussing cells that have been treated or managed in a specific way.
Example: "The administered cell showed significant improvement in its response to the treatment."
Alternatives: "treated cell" or "managed cell".
This initial drop in bioluminescence correlates with the death of roughly 90% of the administered cell population.
For none of the outcome parameters was there a significant relationship between administered cell number and effect size, even though administered cell number between studies differed by more than four orders of magnitude (data not shown).
Meta-regression showed that for most outcome measures, differences in the administered cell type did not explain variations in treatment effect.
In order to overcome these risks, a serum albumin-based hydrogel has been developed that polymerizes after injection and anchors the administered cell suspension within the tissue.
Similarly, intratumorally administered cell lysates and WJ-MSC conditioned medium inhibited mammary carcinoma, osteosarcoma, and pancreatic and lung tumor growth and resulted in decreased tumor sizes and weights in vivo [ 72– 72].
Study characteristics extracted from selected articles included species, strain, gender, injury model, administered cell type or cell-derived product, number of cells, administration route, time-point of administration, follow-up duration.
The administered cells were magnetically labeled, allowing for MRI visualization of their final destination.
However, more recent studies have demonstrated paracrine effects of administered cells, including stimulation of angiogenesis and modulation of local inflammatory and immune responses in mouse lung disease models.
These results show that the transitory modification of cell surfaces with lipid vesicles can be used to efficiently immobilize adhesion ligands and potentially target systemically administered cells to the site of inflammation.
In the second set of experiments, there was an estimated minimum dose of the administered cells of total population and isolated CD44+ and CD44– EC fractions, inducing tumor growth.
However, a PET-based approach would offer superior quantification and imaging sensitivity characteristics over a SPECT-based approach, which are critical for tracking of small numbers of administered cells [1].
