The phrase "abundant stem cell" is correct and usable in written English.
It can be used in scientific or medical contexts to describe a plentiful supply of stem cells, often in research or therapeutic discussions.
Example: "The researchers were excited to discover an abundant stem cell source that could potentially lead to breakthroughs in regenerative medicine."
Alternatives: "plentiful stem cell" or "ample stem cell".
Due to the fact that the chicken is an animal model that can provide abundant stem cells [ 13], we isolated CSPCs from the articular cartilage tissues of chicken embryos in incubated eggs for 20 days and cultured them in vitro.
For example, the expression of a stemness gene or microRNA should be more abundant in stem cells and precursors than in fully differentiated and mature progenies.
Among genes enriched in yHCC, a subgroup of genes was also abundant in stem cells, especially in ESC.
In mammals, two proteins called Musashi1 and Musashi2 are abundant in stem cells and brain cancers, but are rarely found in specialized tissues and cells.
TRIM25 for example, a member of the TRIM protein superfamily that controls p53 activity (Zhang et al., accepted), is also more abundant in stem cells than in differentiated cells (Ping Zhang, unpublished results) and further proteins with such properties may exist.
In summary, our results indicate that the expression status of NS, abundant in stem cells, is a prognostic indicator in breast cancer patients, especially for those with luminal-type or HER2-type tumors, and that the coexpression of NS and p53 correlates with poorer prognostic outcomes.
Although an abundant number of stem cell studies have been carried out over the last decade, the mechanisms and functional implications of adult neurogenesis under both physiological and pathological conditions still needs to be investigated in more depth.
When the precision estimates have been improved with other data sets it will be possible to establish guidelines on how low expression levels of mRNA transcripts are detectable in the original sample for a given sample purity, and thus, give advice on the detection abilities of e.g. low-abundant transcription factors and stem cell genes.
In contrast, we found that freshly collected follicular-phase GCs presented abundant GC-specific markers, but stem cell marker genes such as POU5F1 mRNA were not expressed (see Supplementary Figure S1).
In addition to the difficulty of treating the most abundant tissue of the body, stem cell therapy presents several potential disadvantages, such as the requirement for immunosuppression, difficulty in identification of suitable adult stem cells, and possible diffusion and colonisation efficiencies.
