The central dogma of protein synthesis is
- A$DNA \xrightarrow{\text{Translation}} m-RNA \xrightarrow{\text{Transcription}} \text{protein}$
- B$DNA \xrightarrow{\text{Transcription}} m-RNA \xrightarrow{\text{Translation}} \text{protein}$
- C$RNA \xrightarrow{\text{Replication}} DNA \xrightarrow{\text{Transcription}} \text{protein}$
- D$RNA \xrightarrow{\text{Transcription}} m-RNA \xrightarrow{\text{Translation}} \text{protein}$
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Similar Questions
During transcription,the $DNA$ strand with $3' \rightarrow 5'$ polarity of the structural gene always acts as a template because
In the transcription unit, the removal of introns and the joining of exons in a defined order is called:
Easy
View SolutionIn eukaryotes,the entire base sequence of a gene does not appear in mature $RNA$ because
$A$ mature eukaryotic $m-RNA$ is identified by:
Medium
View SolutionWhich of the following statements are correct?
$i. r-RNA$ provides the template for synthesis of proteins.
$ii. t-RNA$ brings amino acids and reads the genetic code.
$iii. RNA$ polymerase binds to promoter and initiates transcription.
$iv. A$ segment of $DNA$ coding for a polypeptide is called an intron.
$i. r-RNA$ provides the template for synthesis of proteins.
$ii. t-RNA$ brings amino acids and reads the genetic code.
$iii. RNA$ polymerase binds to promoter and initiates transcription.
$iv. A$ segment of $DNA$ coding for a polypeptide is called an intron.
Medium
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