Daughter Cell

And sometimes the daughter-cell has a genome that is different than the genome of its parent-cell. ❋ Unknown (2005)

Various kinds of events can contribute to daughter-cell having a genome that is different than the genome of its parent-cell. ❋ Unknown (2005)

But a deity probably did not specifically intervene and cause the daughter-cell to have the genome that it did. ❋ Unknown (2005)

For instance, when cells divide, the daughter-cell often has a different genome than its parent-cell. ❋ Unknown (2005)

By “mutation” I mean any cell-division other than meiosis in which the daughter-cell has a genome that is different than the genome of the parent-cell. ❋ Unknown (2005)

Finally, when cells divide, the daughter-cell often is a little different (in terms of genotype and phenotype) than its parent-cell, and when organisms sexually reproduce, the offspring always is a little different (in terms of genotype and phenotype) than both of its parents. ❋ Unknown (2005)

Each daughter-cell contracts and becomes more or less rounded, secretes a wall of its own, and by the bursting or absorption of the wall of its mother-cell becomes free. ❋ Various (N/A)

In this body, the cells from the first daughter-cell mentioned were inclosed, still undifferentiated: they formed the germ-cells of the next generation, and after maturity were ready to be ejected from the body, and to form new threadworms. ❋ Paul Popenoe (1933)

The products of division of the other daughter-cell began to differentiate, and soon formed all the necessary kinds of cells to make up the body of the mature worm. ❋ Paul Popenoe (1933)

We thus have one daughter-cell with 8 chromosomes and the other with 6. ❋ J. T. Cunningham (1897)

Now when _lata_ is produced it is believed that in the heterotypic division one pair passes into one daughter-cell instead of one chromosome of the pair into each daughter-cell, the other pairs segregating in the usual way. ❋ J. T. Cunningham (1897)

Thus each daughter-cell after the first or heterotypic division in normal cases contains 7 chromosomes. ❋ J. T. Cunningham (1897)

One of each pair goes into one daughter-cell and the other into the other, but not all maternal into one and all paternal into the other. ❋ J. T. Cunningham (1897)