Developmentally Stable Gene

A gene that is stable in its development is one of the key factors influencing the genetic variability and variability of an organism. It determines the regularity and constancy of gene expression under various environmental conditions.

Genes that are stable in their development are characterized by the fact that their expression does not depend on external factors and does not change over time. This allows the body to maintain its characteristics and functions for a long time.

Stable genes also play an important role in maintaining the normal functioning of the body, as they ensure the consistency and reliability of its functioning. For example, the genes responsible for producing hormones must be stable to maintain proper hormone levels in the body.

However, not all genes are stable in their development. Some genes can change over time or depending on environmental conditions, which can lead to various diseases and health problems.

Thus, a developmentally stable gene plays an important role in ensuring the stability and reliability of the organism, as well as in maintaining its normal functioning. However, to achieve this stability, the organism must have a sufficient number of stable genes that ensure its resistance to external influences and changes.

Gene - a gene that has a “stable” functioning, that is, a mutation that is not accompanied by a decrease in its significance (majority, din-dilin gene) or increase (proteins that increase the diversity of traits).

As a result, the number of corresponding genes increases, which leads to the phenomenon of heterosis dominance, i.e., an increase in the number of adult forms compared to the initial level. Properties of heterotic geno

A gene that is stable in its development

A stable gene or G. is a gene that manifests itself periodically in its action over a number of generations and retains its effect in strength unchanged. Therefore, such a gene is determined not only by the fact that it is expressed regularly, but also by the fact that the magnitude of its effect remains relatively