For protein synthesis,P can directly code,whi | vedclass

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(A) $1$. In the process of protein synthesis,$mRNA$ (messenger $RNA$) acts as the direct template that carries the genetic code for translation into a

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$RNA\quad RNA$

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(A) $1$. In the process of protein synthesis,$mRNA$ (messenger $RNA$) acts as the direct template that carries the genetic code for translation into amino acids.$2$. The sugar component of $RNA$ nucleotides is ribose,which contains a hydroxyl group $(-OH)$ at the $2'$ position of the sugar ring.$3$. In contrast,$DNA$ contains deoxyribose sugar,which lacks the $2'-OH$ group (it has only a hydrogen atom at the $2'$ position).$4$. Therefore,$P$ is $RNA$ and $Q$ is $RNA$.

For protein synthesis,$P$ can directly code,while each nucleotide of $Q$ has a $2'-OH$ group in its sugar. Identify $P$ and $Q$.
$\quad\quad P\quad Q$

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For protein synthesis,$P$ can directly code,while each nucleotide of $Q$ has a $2'-OH$ group in its sugar. Identify $P$ and $Q$.$\quad\quad P\quad Q$