In a polypeptide chain consisting of $125$ amino acids,if the $25^{th}$ amino acid codon mutates to $UAA$,what will happen?
- A$A$ polypeptide of $124$ amino acids will be formed.
- B$A$ polypeptide of $25$ amino acids will be formed.
- C$A$ polypeptide of $24$ amino acids will be formed.
- DAny of the above is possible.
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Similar Questions
Compare the statements $A$ and $B$.
$\text{Statement } A$: A monocistronic mRNA can produce several types of polypeptide chains.
$\text{Statement } B$: The terminator codon is present on the mRNA.
Select the correct description.
$\text{Statement } A$: A monocistronic mRNA can produce several types of polypeptide chains.
$\text{Statement } B$: The terminator codon is present on the mRNA.
Select the correct description.
Which of the following is known as an adapter molecule?
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View SolutionThe sequential events that occur during protein synthesis are:
What will be the anticodon on $t-RNA$,if the $DNA$ template has the sequence $ATG$?
The $m-RNA$ carries the genetic information from $DNA$ for the synthesis of which of the following?
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