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Why are frameshift mutations likely to be more detrimental than point mutations, in which a single pyrimidine or purine has been substituted?

because their effect is likely to be detrimental for transcription
because their effect extends to all chromosomes
because they are likely to change more than one amino acid
because they are likely to damage ribosomes

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The answer is:

Because they are likely to change more than one animo acid

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Frameshift mutations likely to be more detrimental than point mutations, in which a single pyrimidine or purine has been substituted because they are likely to change more than one amino acid.

What is meant by amino acid?

  • Amino acids are molecules that combine to form proteins.
  • Amino acids and proteins are the building blocks of life.
  • Amino acids are concentrated in protein-rich foods such as meat, fish, and soybeans.

Frameshift mutations likely to be more detrimental than point mutations, in which a single pyrimidine or purine has been substituted because they are likely to change more than one amino acid.

To learn more about Amino acids refer:https://brainly.com/question/19285892

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