So I considered only the third hypothesis: complementary diploids from the same parents.

Diploids are produced by doubling or fusion of gametes after meiosis.

After 24 h, the cells were streaked onto medium lacking adenine to select for diploids.

Tetraploids can be reconstituted from the diploids, for example by somatic fusion.

The resulting diploids are then sporulated by transferring to a media containing reduced nitrogen.

After parent haploids mate, they produce diploids.

The Hardy-Weinberg law describes an equilibrium for diploids genes.

The heterozygous diploids were sporulated on ME plates at room temperature.

Under appropriate environmental conditions, diploids sporulate and undergo meiosis.

Diploids were selected on appropriate minimal media, and then assayed for growth at the non-permissive temperature of 37 .

Triploids proved to be inferior to both diploids and tetraploids in many cases.

Tetraploids tend to be taller and their water re- quirements are often higher than diploids.

In fungi that lack sexual cycles, it is an important source of genetic variation through the formation of somatic diploids.

Diploids do not produce the carcinogenic β-asarone.

The diploids are limited to southwest Asia, while the tetraploid population has a circumboreal distribution.

The different gene expression patterns of haploids and diploids are again due to the MAT locus.

He was looking for clues to truth or falsity of the allegation that they were "mirror twins"-complementary diploids having the same mother and father.

It is easier for this to happen if there are in any case two copies of most genes present most of the time, as in diploids.

Diploids were then replica plated back to YPD and assayed for growth at 34 .

Duckweed genome sizes have a 10-fold range (150 to 1500 MB), potentially representing diploids to octaploids.

Gold and yellow farina are diploids, pallid and yellow/green are tetraploids.

Meiotic diploids were genotyped for heteroallelic, centromere-linked markers on each of the three chromosomes.

(The GFP-Nups did not cause a temperature sensitive phenotype in heterozygous diploids).

"The Diploids" (1953).

Many genera and species of Triticeae are exemplary of allopolyploids, having more chromosomes than seen in typical diploids.

The other half required for a complete diploid individual came from the mother.

It took until 1954 before the human diploid number was confirmed as 46.

They have a diploid chromosome number of 32 or 36.

There are 6 billion base pairs in the diploid human genome.

In some organisms the diploid form is the more complex and long-lasting.

All species tested so far are diploid, with the total number of chromosomes being 24.

Diploid individuals are generally female but may be sterile males.

The tropical pocket gopher has a diploid number of 38.

Most cells are diploid; they have two copies of each chromosome.

The diploid number of chromosomes is 20 or 22.

Diploid male flowers are the fathers of the seedless children.

The male has a diploid number of 7 chromosomes.

The diploid number of chromosomes in the blue wildebeest is 58.

Normally fish, like humans, are diploid with only two sets of chromosomes.

The life cycle has the ability to change from haploid and diploid generations.

Human diploid cell rabies vaccines have been given to more than 1.5 million people as of 2006.

All species have a diploid chromosome number of 20.

The third group consists of diploid species and uniform morphologies.

No human diploid cell vaccine is currently in use.

However, almost indistinguishable specimens are diploid and frequent in the wild.

It is diploid and has 60 chromosomes in its root tip cells.

Meiosis is used for a special cell reproduction process of diploid organisms.

Thus, for example, the two alleles at a particular locus in a diploid individual are always different by origin.

During the process of fertilization a zygote with the diploid set is produced.