The diagram below represents a schematic of r | vedclass

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(D) In recombinant $DNA$ technology,the process $P$ involves cutting both the foreign $DNA$ and the vector $DNA$ (plasmid) at specific sites. This is

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Restriction enzyme $\quad$ Ligase

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(D) In recombinant $DNA$ technology,the process $P$ involves cutting both the foreign $DNA$ and the vector $DNA$ (plasmid) at specific sites. This is performed by restriction enzymes (specifically restriction endonucleases).The process $Q$ involves joining the cut foreign $DNA$ fragment into the cut vector $DNA$ to form a recombinant $DNA$ molecule. This joining process is catalyzed by the enzyme $DNA$ ligase.Therefore,$P$ represents the action of restriction enzymes and $Q$ represents the action of $DNA$ ligase.

The diagram below represents a schematic of recombinant $DNA$ technology. Which enzymes are responsible for the processes $P$ and $Q$ respectively?
$\quad\quad P\quad\quad\quad Q$

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$A$: Restriction enzymes belong to a larger class of enzymes called nucleases.
$R$: Each restriction enzyme recognizes a specific palindromic nucleotide sequence in the $DNA$.

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The diagram below represents a schematic of recombinant $DNA$ technology. Which enzymes are responsible for the processes $P$ and $Q$ respectively?$\quad\quad P\quad\quad\quad Q$