Mutation Recessive

A recessive mutation is a change in the genetic material that makes the allele less pronounced and less noticeable in the phenotype of the organism. This mutation can be caused by a variety of factors, including mutations in genes, radiation exposure, chemical exposure, and errors in DNA replication.

A recessive mutation can have various consequences for the body. For example, if an allele that becomes recessive is necessary for survival or reproduction, then the organism may not survive or reproduce. If an allele that becomes recessive has a negative effect on the body, the mutation can lead to various diseases.

To determine whether a mutation is recessive, various methods are used, such as DNA sequencing, gene expression analysis, and others. These methods make it possible to determine which allele becomes less pronounced and what consequences this may have for the organism.

In general, a recessive mutation is an important process in the evolution of organisms, as it allows the organism to adapt to changing environmental conditions and survive. However, if a mutation leads to negative consequences for the body, then it can be dangerous to health and life.

The mutation is recessive - M., due to the fact that due to the mutation the allele with new properties becomes only slightly less than 50% of individuals. Moreover, even if only in some cells the properties of the dominant allele are preserved and phenotypically manifested for some time, these cells always contain those mutant genes that manifest themselves in new characteristics. The recessive genotype is more stable during selection, since less effort is required to completely restore the original population. Mutations can be multiple or single. As a result of multiple mutations, homozygous diploid lines arise. Such lines are divided into two categories: balanced and unbalanced. The degree of loss of characteristics of different genes is assessed using the criterion of inheritance. A balanced mutation is characterized by uniform loss of genes. With an unbalanced mutation, more than half of the plants produce individuals