Answer:
It is likely that this change has no effects on the protein function.
Explanation:
In eukaryotes, genes are composed of coding (exons) and non-coding (introns) sequences. Since introns are not transcribed into messenger RNA, mutations affecting these sequences generally are neutral; however, it is important to note that introns may regulate gene expression
Introns are the noncoding regions, which are present on the sections of the RNA transcript or DNA. The coding regions of the DNA molecules are known as exons. The introns are spliced out to continue translation.
The mutation, like insertion or deletion in the sequence of the introns, will not affect the molecule, such that it will be neutral.
Splicing is an essential process in which the sequence of introns is eliminated and only a sequence of exons are present. The splicing results in the formation of a mature RNA molecule, which is then translated into protein.
Introns are the intervening sequence, which can affect the gene expression by increasing the rate of transcription, nuclear export, and the stability of RNA transcript.
However, the introns can regulate gene expression.
Therefore, introns are the non-coding sequence, in which mutations are neutral but they can regulate the gene expression.
To know more about introns and exons, refer to the following link:
https://brainly.com/question/3398697
