Приклади вживання Polyploid Англійська мовою та їх переклад на Українською
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Created polyploid is significant because of heterozygosity.
The increase or decrease of plant polyploid fitness remains controversial.
And polyploid speciation often takes just one generation.
Generally, only two or three individuals will be the foundation for a polyploid species.
Prospective method of obtaining polyploid forms is often combined with artificial hybridization.
Polyploid species have also been observed in other fish, such as lungfish, perch, and salmon.
Some estimates state that upwards of 70 percent of the plant species are polyploid or had been polyploid.
Perhaps this is part of the reason that polyploid species go extinct more quickly than their diploid counterparts.4.
Other authors have postulated that every floweringplant species has at least one polyploid generation in the past.
In other words, that a polyploid population can speciate in one generation does not mean that it will.
One more conservative study estimated that somewhere between 25 and 30 percent of flowering plants, or angiosperms,are polyploid.
Given the low incidence of polyploidy in this family,it is very unlikely that it was polyploid in the beginning.
If one of their gametes produces diploid instead of the usual haploid,there is a chance that gamete will lead to a polyploid offspring.
Available data indicate the creation of new polyploid organisms is exclusively determined by a reproductive error.
This number is likely to drop as molecular data improves andmore information is gained about polyploid plants and how they arise.
This would seem to imply that polyploid speciation is instantaneous, an idea other more recent authors have also proposed.
Based on this information,it is possible that the madder family was created polyploid, though this cannot be determined definitively.
With all these polyploid animals that we know exist in the world, it is logical to ask whether polyploidy is a blessing or a curse.
As mentioned above, evolutionists propose that most if not all plants either were polyploid at one time or are polyploid in the present.
With all these polyploid animals that exist in the world, it is reasonable to consider whether polyploidy is a blessing or a curse.
Direct cell division oramytoz reliably described only in the distribution of polyploid macronuclear ciliate, their mikronukleusy divided only by mitotic.
A second study involving polyploid fishes determined that the polyploid barbs of southern Africa likely arose from a diploid ancestor.
On the basis of his work he proposed the hypothesis of the indirect origin(through parthenogenesis and hybridization)of dioecious polyploid species of animals in nature.
The creation of polyploid organisms in the present requires a reproductive mistake that adds extra copies of the same information pre-existent in the genome.
This will be an irreparable loss, because in his time with his colchicine alkaloid scientists were able to change sets the number of chromosomes in the cells-get polyploid plants.
Morphological and physiological benefits of polyploid species enable them sometimes to colonize new areas that are inaccessible due to the harsh conditions for other species.
If polyploidy were created in an original baramin,we would expect that a sizeable majority of the baramin would exist in a polyploid state today.
Since plant genomes demonstrate a certain amount of plasticity and appear to tolerate polyploidy in some cases, it is reasonable to ask ifat least some plants were created polyploid.
Just so you know, some plants have polyploid cells, which means that they more than 2 sets of chromosomes in each cell, which isn't better or anything, it's just how they do.
This and the next paper from this author will discuss whether polyploidy is deleterious,give examples of polyploid organisms, and attempt to explain polyploidy in a biblical creation paradigm, while assessing whether it is a viable mechanism for evolution.