parental cell

Both lead to the production of two daughter cells with the same number of chromosomes as the parental cell.

BS153 cells aggregated and formed mounds two to four hours earlier than the parental cells.

After meiotic cell reproduction the four daughter cells have half the number of chromosomes that the parental cell originally had.

The meiotic products, spores, remain packaged in the parental cell body to produce the tetrad.

However, daughter cells showed significant diminution of ERα when compared to parental cells.

The final part of the cell reproduction process is cell division, when daughter cells physically split apart from a parental cell.

This process allows for the high-fidelity passage of hereditary/genetic information from parental cell to daughter cell and is thus essential to all organisms.

The differentiated effector cells derived from an activated lymphocyte will bear receptors of identical specificity as the parental cell.

In contrast to previously discussed studies these cells produced smaller tumors than their parental cells when injected into athymic mice.

Later she claimed that cells could propagate by disintegration into granules which could generate new forms of cells, different from the parental cells.

The response of parental cells to 4-HT was consistently lower than in response to anti-μ (Fig 5Cand data not shown).

The ERα immunoreactivity was lowest in quiescent cells and highest in parental cells during asymmetric division.

Expression is not observed in Rho 0cell lysates as compared to the parental cells (Figure 2Aand 2B).

To our surprise many host cellular genes were down-regulated when comparing HIV-1 infected latent cells to uninfected parental cells.

We also occasionally detected symmetric division of CT resulting in two parental cells with strong nuclear ERα staining (Fig.

Figure 4shows that thiobarbituric acid-reactive species were increased in Rho 0cells (solid bar) compared to the Rho +parental cells (open bar).

The CEM T cell (12D7) is the parental cell for ACH 2 cells.

During Binary fission and mitosis the duplicated DNA content of the reproducing parental cell is separated into two equal halves that are destined to end up in the two daughter cells.

Upon 4-HT treatment, phosphorylated JNK was detected in parental cells but not in PLCγ2-deficient cells (Fig 5B, lanes 2 and 7).

The advantage of the system here is that the parental cell line lacks BLM and therefore the fusion protein can occupy normal positions without competing with endogenous BLM.

The ability of the CHO-MK cells to incorporate thymidine in response to IGF-I is markedly diminished as compared to the parental cell line (Figure 1B).

Parental DT40 cells were considered a better control than the Btk-deficient cells used previously (Figs 1-3), as both PLCγ2-deficient and parental cells express endogenous chicken Btk.

The new human being begins existence, as I have shown, as soon as the ovum is fertilized, though at that moment it consists merely of a solitary cell formed by the union of the two parental cells.

The cell splits into two daughter cells while remaining inside the original cell wall, one daughter cell then begins to enlarge, while the other is pushed out of a small hole in the parental cell wall.

While the parental cell showed high nuclear ERα, the daughter cell associated with ST showed marked diminution of ERα immunoreactivity and an increase of differentiation-associated ERβ protein.