meiotic

Based on the meiotic process, the syndrome may occur in two ways.

The technique has indeed opened up a whole new area of meiotic investigation in the male.

Cases of it are known, for instance the intriguing phenomenon called meiotic drive.

There is also supporting evidence for the faster male and meiotic drive hypotheses.

The animal meiotic cell cycle is very much like that of yeast.

The males on the other hand show conventional meiotic recombination.

It is this that is known as meiotic drive.

Other species restore their ploidy by the fusion of the meiotic products.

After they proceed through the first meiotic division, two secondary spermatocytes are produced.

How could it not, when it has such a huge unfair advantage in the meiotic lottery?

The last meiotic division effectively ends when the chromosomes arrive at the poles.

Spo11 is a protein used in a complex along with Mre11 and Rad50 during meiotic recombination.

This is termed true meiotic drive, as it does not rely on a post-meiotic mechanism.

They are passed to him willy-nilly in the meiotic dance; he passes them along to others through the same blind chances.

If this were the case, all three chromosomes within any given, individual meiotic product would exhibit identical segregation patterns.

Such event would ultimately lead to the extinction of a hypermutable minisatellite by meiotic drive.

They are highly extended meiotic half-bivalents, each consisting of 2 sister chromatids.

After the first meiotic division, the resulting daughter cells are termed secondary spermatocytes.

These undergo the second meiotic division giving rise to haploid spermatids.

Since the absence of meiotic processes is not proven, the exact definition remains doubtful.

After beginning the meiotic process, the oogonia (now called primary oocytes) can no longer replicate.

Males do not show meiotic recombination, facilitating genetic studies.

Meiosis II is the second part of the meiotic process, also known as equational division.

It occurs in the stage of meiotic prophase I in ootidogenesis.

Meiotic behaviour may show the heterozygosity of inversions.