Restriction enzymes are . . . . . . .

  • A
    endonucleases that cut $DNA$ at specific sites.
  • B
    enzymes that make complementary strands of $DNA$ or $RNA$.
  • C
    enzymes that cut or join $DNA$ fragments.
  • D
    required for genetic transformation without the need for a vector.

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Similar Questions

The enzymes commonly used in genetic engineering are:

$A$ : $DNA$ ligase plays an important role in recombinant $DNA$ technology.
$R$ : The linking of antibiotic resistance gene with plasmid vector became possible by enzyme $DNA$ ligase.

The method for separating $DNA$ fragments is . . . . . . .

What is the function of a selectable marker?

Which restriction enzyme produces blunt ends upon cleavage?

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