Polymorphism Transient

Transient polymorphism is a polymorphism that is caused by the replacement of one allele by another that occurs in a population.

Transient polymorphism occurs when one predominant allele is replaced by another allele in a population. This may be due to changes in environmental conditions, migrations, or other processes affecting the genetic composition of the population.

A distinctive feature of transient polymorphism is its temporary nature. Over time, one allele completely replaces the other and the polymorphism disappears. Therefore, transient polymorphism represents an intermediate stage in the process of allelic substitution.

Thus, transient polymorphism reflects the dynamics of genetic diversity in a population and is a consequence of evolutionary processes occurring under the influence of changing environmental conditions.

Polymorphisms are one of the key factors determining the variability of genes and, consequently, the variability of traits and properties. In this regard, transient polymorphism (P) is essential, that is, the transition from one state or allele to another in the process of evolution or genetic variability. In other words, it is a temporary transformation in which a resistant allele is replaced by another allele for a certain period of time.

Transient polymorphisms can arise for a variety of reasons, including random mutations, chromosomal rearrangements, inbreeding, neutral evolution, and interactions of genetic components. The presence of processes of genetic drift, genetic drift and natural selection in populations where one allele is replaced by another is important.

Attempts to understand the mechanisms of phenotype transformation are associated with changes in genome structure and gene exchange between populations. Examples include cases of abnormal growth of the larynx and laryngeal ganglia due to alteration or abnormal expression of epigenetic gene regulatory mechanisms.

Mechanisms associated with phenotypic transformation can be investigated by studying the transact gene and allelic variation during temporal changes. For example, under the influence of various life circumstances, when one polymorphism turns into another, a transformation effect occurs in the phenotype. When cells change or tissues are replaced in the body, this mechanism can lead to changes in the appearance and expression of the disease.

In this sense, transient polymorphisms play an important role in the formation and maintenance of biodiversity diversity and fitness. They provide processes of migration and redistribution of genetic information between populations, which makes it possible to reveal atypical aspects of evolution and balance the hereditary transmission and modification of individual characteristics.