Match the process in Column-$I$ with the enzyme involved in Column-$II$.
Column-$I$Column-$II$
$(A)$ $DNA$ replication$(p)$ $RNA$ polymerase
$(B)$ Translation$(q)$ $DNA$ polymerase
$(C)$ Transcription$(r)$ Reverse transcriptase
$(D)$ Reverse transcription$(s)$ Aminoacyl synthetase

Select the code for the correct answer from the options given below.

  • A
    $A-(q), B-(s), C-(r), D-(p)$
  • B
    $A-(q), B-(s), C-(p), D-(r)$
  • C
    $A-(q), B-(r), C-(s), D-(p)$
  • D
    $A-(q), B-(p), C-(s), D-(r)$

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Similar Questions

Which one of the following pairs is not correctly matched?

Match the following columns:
Column-$I$Column-$II$Column-$III$
$(1) \ 1952$$(a)$ Watson and Crick$(i)$ Double helix model of $DNA$
$(2) \ 1928$$(b)$ Friedrich Miescher$(ii)$ Proof that $DNA$ is genetic material
$(3) \ 1869$$(c)$ Griffith$(iii)$ Nuclein
$(4) \ 1953$$(d)$ Hershey and Chase$(iv)$ Transforming principle

Assertion : Histones are basic proteins of major importance in packaging of eukaryotic $DNA$. $DNA$ and histones comprise chromatin forming the bulk of eukaryotic chromosome.
Reason : Histones are of five major types $H_1, H_2A, H_2B, H_3$ and $H_4$.

The $T_4$ bacteriophage $rII$ mutant strain fails to lyse $E. coli$. However,when two strains $rII^X$ and $rII^Y$ are mixed,they lyse $E. coli$. What is the possible reason for this?

Select the correct match for $X$ and $Y$:
Column $X$Column $Y$
$(1)$ Chromosome$(P)$ Genetic code
$(2)$ $m-RNA$$(Q)$ Gene
$(3)$ $t-RNA$$(R)$ Ribosome
$(4)$ $r-RNA$$(S)$ Anticodon

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