Gene ontology revealed that genes involved in nucleosome assembly, cell division, pattern specification, neurotransmission, and general metabolism were increasingly regulated throughout development, consistent with active development.
The division pattern is, in turn, determined by the cell shape distribution, which forms under geometrical constraints by cell-cell mechanical coupling.
In Arabidopsis roots, stringent control of cell divisions leads to a virtually invariant division pattern, including those that create new tissue layers.
The preserving division pattern was used by Caesarea Creation Industries, an Israeli-based maker of household rugs, to come up with an unusual new type of rug for children's rooms.
A novel aspect of the model is that symmetric self-renewal, asymmetric division, and differentiation are all incorporated, and this enables the quantitative study of the effect of mutations that deregulate the normal, homeostatic stem cell division pattern.
In particular, mutations that lead to the alteration of the stem cell division pattern or the acquisition of some degree of immortality in committed progenitors lead to an early onset of cancer and diminish the impact of genetic instability.
WT cells grew as diplococci or short chains showing a characteristic ellipsoid shape and normal division pattern.
Considering the division pattern, a common variant is when the main renal artery divides before it reaches the renal hilum.
Here, we describe plump, sausage-shaped cells and an abnormal cell division pattern caused by the deletion of Ga5DH.
Moreover, brain injuries were known to largely alter the neural stem cell division pattern, potentially to replace cells lost through injury.
Scanning electron microscopy (SEM) was employed to study the morphology and division pattern of the WT and mutant S. suis strains.
