Sentence examples for are capable of division from inspiring English sources

But the price for renewable tissues is cancer: If cells are capable of division, any damage to their control systems can lead to unconstrained growth.

Although the theories of Asclepiades in particular are often assimilated to atomism, there is reason to think that Galen's identification of his view as atomistic is polemical, and that Asclepiades' particles are capable of division into infinitely many pieces.

Although this process will eventually lead to greater genome instability, the cells are capable of division.

CFSE labeling experiments showed that although the resting memory cells were capable of division in the tumor and draining LN, they showed less division than their reactivated counterparts (Fig. 3).

The diploid zygote formed at fertilization is a single cell which is capable of division and differentiation to give rise to the total range of cell types found in the adult organism.

Considering that both cambium and the leaf primordium are capable of cell division, the high level of these three miRNAs in active growth is quite reasonable, and the cessation of cell division in dormancy may cause the low abundance of these three miRNAs.

Parenchyma cells are capable of cell division, even after they have differentiated into the mature form.

The other cells receive the signal to be activated, and only the active cells are capable of cell division or chemotaxis-driven migration.

The root apical meristem, or root apex, is a small region at the tip of a root in which all cells are capable of repeated division and from which all primary root tissues are derived.

This gene represses the expression of ftsZ in early stages of heterocyst differentiation in Anabaena, and the ΔhetC mutant generates multiple clusters of uncompromised pro-heterocysts along the filament that are capable of cell division and elongation [43].

States of terminal differentiation are stable and persistent, both in the lifetime of the cell and in successive cell generations (in the case of differentiated types that are capable of continued cell division).