There are $64$ codons in the genetic code because....
- AThere are $64$ types of amino acids
- BThere are $64$ types of $tRNA$
- CThe genetic code is triplet
- DThere are $64$ enzymes
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Similar Questions
Statement $P$: An $m-RNA$ consists of $75$ nucleotides.
Statement $Q$: There are $61$ types of codons in the cytoplasm.
Statement $Q$: There are $61$ types of codons in the cytoplasm.
Medium
View SolutionWhat role does messenger $RNA$ play in the synthesis of proteins?
Medium
View SolutionMatch the following columns:
Column-$I$ (Genetic Code) Column-$II$ (Amino Acid) $P$. $UAA$ $I$. Proline $Q$. $CCA$ $II$. Glycine $R$. $GGC$ $III$. Termination $S$. $AGU$ $IV$. Serine
| Column-$I$ (Genetic Code) | Column-$II$ (Amino Acid) |
| $P$. $UAA$ | $I$. Proline |
| $Q$. $CCA$ | $II$. Glycine |
| $R$. $GGC$ | $III$. Termination |
| $S$. $AGU$ | $IV$. Serine |
Medium
View SolutionWhich of the following $m-RNA$ sequences can be completely translated into a polypeptide chain?
$(a)\ 5'-AUG\ UGA\ UUA\ AAG\ AAA-3'$
$(b)\ 5'-AUG\ AUA\ UUG\ CCC\ UGA-3'$
$(c)\ 5'-AGU\ UCC\ AGA\ CUC\ UAA-3'$
$(d)\ 5'-AUG\ UAC\ AGU\ AAC\ UAG-3'$
$(a)\ 5'-AUG\ UGA\ UUA\ AAG\ AAA-3'$
$(b)\ 5'-AUG\ AUA\ UUG\ CCC\ UGA-3'$
$(c)\ 5'-AGU\ UCC\ AGA\ CUC\ UAA-3'$
$(d)\ 5'-AUG\ UAC\ AGU\ AAC\ UAG-3'$
Difficult
View SolutionWhich of the following is a stop codon?
Medium
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