The genetic code is said to be "degenerate" because: There are more amino acids than codons. Different organisms use different codons to encode the same amino acid. There are more codons than amino acids. Some codons specify more than one amino acid. There are more tRNAs than amino acids.

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### Understanding Why the Genetic Code is Called "Degenerate"

The genetic code is said to be "degenerate" because:

- **There are more amino acids than codons.**
- **Different organisms use different codons to encode the same amino acid.**
- **There are more codons than amino acids.**
- **Some codons specify more than one amino acid.**
- **There are more tRNAs than amino acids.**

Modern genetics has revealed that several codons can specify the same amino acid during the process of protein synthesis. This redundancy in the genetic code makes it "degenerate," allowing for some mutations to occur without changing the protein that is produced. This characteristic is crucial for the stability of genetic information through generations. 

This redundancy is a vital feature of the genetic code, ensuring that the impact of some genetic mutations is minimized, thus protecting organisms against potentially harmful changes in their proteins.
Transcribed Image Text:### Understanding Why the Genetic Code is Called "Degenerate" The genetic code is said to be "degenerate" because: - **There are more amino acids than codons.** - **Different organisms use different codons to encode the same amino acid.** - **There are more codons than amino acids.** - **Some codons specify more than one amino acid.** - **There are more tRNAs than amino acids.** Modern genetics has revealed that several codons can specify the same amino acid during the process of protein synthesis. This redundancy in the genetic code makes it "degenerate," allowing for some mutations to occur without changing the protein that is produced. This characteristic is crucial for the stability of genetic information through generations. This redundancy is a vital feature of the genetic code, ensuring that the impact of some genetic mutations is minimized, thus protecting organisms against potentially harmful changes in their proteins.
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