MHT CET 202625 AprilEvening Shift
- Exam
- MHT CET
- Year
- 2026
- Date
- 25 April
- Shift
- Evening Shift
- Subject
- Biology
- Chapter
- Molecular Basis of Inheritance
MHT CET 2026 · 25 April · Evening Shift · Biology · Molecular Basis of Inheritance
Two different amino acids will never be encoded by the same codon,...
Two different amino acids will never be encoded by the same codon, which property of genetic code does this represent?
Options
- ACode is non-overlapping
- BCode is ambiguous
- CCode in non-ambiguous
- DCode has degeneracy
Correct answer
C. Code in non-ambiguous
Step-by-step solution
The genetic code is unambiguous and specific, which means that one codon codes for only one specific amino acid. It will never code for two different amino acids.
Degeneracy refers to the property where a single amino acid can be coded by multiple different codons.
Non-overlapping means that the sequence of bases is read in discrete sets of three, without any overlap between adjacent codons.
Therefore, the statement that two different amino acids will never be encoded by the same codon represents the non-ambiguous nature of the genetic code.
Answer: Code in non-ambiguous
Degeneracy refers to the property where a single amino acid can be coded by multiple different codons.
Non-overlapping means that the sequence of bases is read in discrete sets of three, without any overlap between adjacent codons.
Therefore, the statement that two different amino acids will never be encoded by the same codon represents the non-ambiguous nature of the genetic code.
Answer: Code in non-ambiguous