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

What do the processes $1$ and $2$ represent in the following sequence?
$TAC \, AAG \, GCG \, AUA \, CGA$
$\downarrow (1)$
$AUG \, UUC \, CGC \, UAU \, GCU$
$\downarrow (2)$
$Met - Phe - Arg - Tyr - Ala$

The processes by which $mRNA$ is made by $DNA$ and protein by $mRNA$ are respectively called as

Match Column-$I$ with Column-$II$ and select the correct answer from the options given below.
Column-$I$Column-$II$
$i$. Cistron$a$. Addition of methylated $GTP$ to $5'$-end of $hnRNA$.
$ii$. Exon$b$. Non-coding sequences which are removed by splicing.
$iii$. Intron$c$. Segment of $DNA$ coding for a polypeptide.
$iv$. Capping$d$. Coding sequences which appear in processed $mRNA$.

In the processing of $hnRNA$ in eukaryotic cells,the primary transcripts are processed in the following sequence.

In eukaryotes,the entire base sequence of a gene does not appear in mature $RNA$ because

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