For protein synthesis,$P$ can directly code,while each nucleotide of $Q$ has a $2'-OH$ group in its sugar. Identify $P$ and $Q$.
$\quad\quad P\quad Q$
$\quad\quad P\quad Q$
- A$RNA\quad RNA$
- B$RNA \quad DNA$
- C$DNA \quad RNA$
- D$DNA \quad DNA$
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Similar Questions
$A$ genetic mutation that does not result in a phenotypic expression is called a .....
Easy
View SolutionMatch 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.
| 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.
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
| 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 |
Medium
View SolutionWhat does the figure shown above represent?
Medium
View SolutionMatch the enzyme in Column $I$ with its role in Column $II$:
Column $I$ Column $II$ $1$. Ligase $a$. Peptide bond formation $2$. Ribozyme $b$. Hydrolysis of lactose $3$. Permease $c$. Joining of Okazaki fragments $4$. $\beta$-galactosidase $d$. Increases permeability
Choose the correct answer from the following options.
| Column $I$ | Column $II$ |
| $1$. Ligase | $a$. Peptide bond formation |
| $2$. Ribozyme | $b$. Hydrolysis of lactose |
| $3$. Permease | $c$. Joining of Okazaki fragments |
| $4$. $\beta$-galactosidase | $d$. Increases permeability |
Choose the correct answer from the following options.
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