Sentence examples for frequent cell divisions from inspiring English sources

It is located between fully differentiated phloem elements (purple) and xylem vessels (blue), and is characterized by frequent cell divisions, detected histologically as a recently made thin cell wall.

A high turnover rate would allow quick restitution of the lost tissue due to damage; but on the other hand, high turnover rate would require the presence of more active stem cells around and more frequent cell divisions, increasing the susceptibility to genome duplication-induced mutations and the risk of carcinogenic transformation of the intestinal tissue.

At the tip of the limb bud, the AER-signal concentration is high (see Fig. 6 a2)), which leads to frequent cell divisions.

As the descendants of these large cells were displaced to the meristem periphery and floral primordia, where the driver was not expressed, cell volumes returned to normal, while cellular growth rates remained comparable, and time-course imaging showed that cell volumes were corrected because of more frequent cell divisions.

We observed frequent cell division throughout the adult rodent spinal cord, particularly in white matter tracts (5-75-7% all nuclei).

Human adult stem cells, on the other hand, are undifferentiated cells "found among differentiated cells in a tissue or organ". These specialized stem cells (also found in children, despite the name) contribute to the function of organs and tissue like ordinary specialized cells, but can also repair damaged tissue and replace dead cells through frequent cell division (e.g., bone marrow stem cells).

The double sigmoidal pattern of berry development begins with a first growth phase characterized by berry size increases due to frequent cell division and subsequent cell expansion.

An increase in nuclear DNA content is not consistent with the reduced budding index of calorie-restricted cells, which indicates less frequent cell division.

Both C48D1.1 and F53G2.1 had frequent cell division defects before gastrulation in ced-5 (n1812 ) and were not pursued further.

A genetically induced transient increase in cell size was quickly corrected by more frequent cell division, showing that the cell cycle was adjusted to maintain cell-size homeostasis.

The authors find that mice with frequent SPREADs also have more frequent cell division, but these events do not appear to have a definable temporal relationship.