Sentence examples for continuation of cell from inspiring English sources
It is possible, that continuation of cell division post-confluence may be essential for establishing an ordered epithelial monolayer, establishment of apical-basal polarity, and the subsequent induction of RPE specific gene expression.
Some researchers have demonstrated the involvement of p21 in elevation of reactive oxygen species (ROS) levels in cultured (human) fibroblasts, feeding back to result in further γH2AX accumulation, continuation of cell cycle arrest and activation of cellular senescence [ 55].
Here we provide the initial published characterization of both sea urchin akt genes, akt-1 and akt- 2. We show that blastula stage accumulation of their mRNAs is Runt-1-dependent, and that their activity is required for continuation of cell division after cleavage stage.
Oxidative stress is a major signal in triggering apoptosis; however, the precise mechanism, or molecules, determining the cell's decision for either apoptosis or continuation of the cell cycle remains to be elucidated.
The G2 phase is a continuation of the cell growth during which enzymes and proteins are synthesized, preparing the cell for the upcoming division.
It is worth speculating that low intracellular polyamine concentrations prevent the continuation of the cell cycle until the stress response is completed and polyamine levels restored.
That morphogenetic development is necessary for continuation of the cell cycle is further supported by our observations that morphological changes always occurred before nuclear division.
Residual nodules are a continuation of satellite cell hyperplasia beyond death of the neuron, but there is no insight yet about the fate of these cellular collections or whether they ultimately shed Zn and Fe into the blood stream.
This provides continuation of the stem cell compartment while providing the starting material for production of differentiated cells.
If cell death is not executed at this point, various scenarios may occur, including senescence followed by cell death, continuation of aberrant divisions leading to aneuploidization or cell death (depending on whether daughter cells receive all essential genes), mitotic slippage or cytokinesis failure leading to polyploidization.
