Helicase breaks the hydrogen bonds between nucleotides of DNA Hydrogen bonds between the DNA strands are Separated with the aid of enzyme helicase, which unwinds the strands that terminate on the replication fork.
Hydrogen bonds are shaped between the nitrogenous bases of the DNA strands, which hold them and form a double stranded DNA shape. for the duration of replication, each replication serves as a template. Step one in DNA replication is the unwinding of the DNA strands into an unzipped helix. Helicase enzymes wreck the bonds between the 2 strands that result in the unzipping of DNA. The two strands are separated and form a 'Y' Shaped called replication fork in which the helicase hobby stops. These single strands are called leading and lagging strands and serve as a template for DNA replication.
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