In $DNA$ strand replication, Okazaki fragments are:

  • A
    Result of replication.
  • B
    Polymerase works in $3' \to 5'$ direction and forms a replication fork.
  • C
    Prove the semi-conservative nature of $DNA$ replication.
  • D
    Polymerization occurs in $5' \to 3'$ direction and explains replication in $3' \to 5'$ direction.

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Similar Questions

Given below are two statements,one is labelled as Assertion $(A)$ and the other is labelled as Reason $(R).$
Assertion $(A):$ $\text{DNA}$ replication occurs within a small opening of the $\text{DNA}$ helix,referred to as the replication fork.
Reason $(R):$ During transcription,the discontinuously synthesized fragments of $\text{DNA}$ are joined by the enzyme $\text{DNA}$ ligase.
In the light of the above statements,choose the most appropriate answer from the options given below:

$DNA$ repairing is primarily performed by which of the following enzymes?

Which of the following enzymes plays a major role in the synthesis of a new $\text{DNA}$ strand during $\text{DNA}$ replication?

In which type of $DNA$ replication,out of the two newly formed molecules,one is purely new and the other is entirely old?

The main enzyme involved in $DNA$ replication is ......

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