syngamy

The microspheric forms are developed by the conjugation or syngamy.

This combination of the two genomes is called syngamy.

The gametes which gives rise to microspheric form by syngamy.

They're something more like the yin/yang, male/female over mind that produces the syngamy, in response to needs of its own.

Syngamy takes place, and perfect metabolism begins.

The megalospheric form reproduces sexually by syngamy or conjugation.

In extreme cases, a single syngamy sampling can undo what selection has achieved, and the probabilities of it happening are available.

In vitro fertilization with cryostorage prior to syngamy has been acceptable to some of our observing patients.

With multi-seeded fruits, multiple grains of pollen are necessary for syngamy with each ovule.

Consider any random gamete in the "potential" gamodeme that has its syngamy partner restricted by binomial sampling.

In two arrhenotokous strains the normal pattern of oogenesis and syngamy of Hymenoptera was observed.

Fertilization (also known as 'conception', 'fecundation' and 'syngamy') is the fusion of gametes to produce a new organism.

Because meiotic reduction and syngamy are absent, the mutants are, reproductively, obligate apomicts.

The graphs to the right plot the "meiosis" and "syngamy (fertilization)" coefficients of determination against the inbreeding coefficient.

Pollen germination, pollen tube growth through the nucellus, and syngamy took only 3–4 days and occurred in the 3rd week of June.

The haploid trypomastigote-like gametes can interact with each other via their flagella and undergo cell fusion (the process called syngamy).

However, after syngamy, cytokinesis no longer occurs but karyokinesis does and subsequent growth results in the formation of a diploid syncytial Plasmodium.

There it is revealed that as inbreeding increases, meiosis becomes more important (the coefficient increases), while syngamy becomes less important.

The megalospheric forms produce flagellated isogametes which after syngamy produce zygotes that develop into microspheric forms.

Their life cycles tend to be complex, involving at least one (and often several) asexual cycles of merogony followed by gametogony, syngamy and sporogony.

Heterothallic ascomycetes produce gametes that present a single Mat idiomorph and syngamy will only be possible between gametes carrying complementary mating types.

However, under stressful conditions such as nutrient limitations and other conditions associated with DNA damage, they tend to reproduce sexually by meiosis and syngamy.

They alternate from the haploid to diploid phase through syngamy and from diploid to haploid through meiosis.