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(C) During $DNA$ replication,the enzyme $Helicase$ is responsible for unwinding the $DNA$ double helix by breaking the hydrogen bonds between the comp

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Helicase

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(C) During $DNA$ replication,the enzyme $Helicase$ is responsible for unwinding the $DNA$ double helix by breaking the hydrogen bonds between the complementary nitrogenous bases. This separation creates a replication fork,allowing each strand to serve as a template for the synthesis of a new complementary strand. $DNA$ polymerase is involved in the synthesis of new strands,while Topoisomerase and Gyrase help in relieving the supercoiling tension ahead of the replication fork.

During $DNA$ replication,the strands are separated by which enzyme?

Similar Questions

$A$ $DNA$ molecule containing radioactive thymidine is allowed to replicate in a non-radioactive environment. What will be the exact number of $DNA$ molecules containing radioactive thymidine after three replication cycles?

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During $DNA$ replication, the two strands separate. Each of these acts as a template for the synthesis of a new strand. This mode of replication is called:

Which of the following diagrams correctly represents the process of $DNA$ replication at the replication fork?

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