First step- is about the breaking down of the hydrogen between bases of the two anti-parallel strands. The unwinding of the two strands is the starting point of the replication. The splitting happens in places of chains. Because there are only two bonds between Adenine and Thymine.
Second step- This is one of the most important steps, is the binding RNA Primase. RNA Primase can attract RNA nucleotides which bind to the DNA nucleotides of the 3'-5' strand due to the hydrogen bonds between the bases.
Third step- The elongation process. The replication of this template is complicated and the new strand is called the lagging strand In the lagging strand the RNA Primase adds more RNA Primers.
Fourth step- Each new double helix consists of one old and one new chain. This is termed semi-conservative replication.
First step- is about the breaking down of the hydrogen between bases of the two anti-parallel strands. The unwinding of the two strands is the starting point of the replication. The splitting happens in places of chains. Because there are only two bonds between Adenine and Thymine.
Second step- This is one of the most important steps, is the binding RNA Primase. RNA Primase can attract RNA nucleotides which bind to the DNA nucleotides of the 3'-5' strand due to the hydrogen bonds between the bases.
Third step- The elongation process. The replication of this template is complicated and the new strand is called the lagging strand In the lagging strand the RNA Primase adds more RNA Primers.
Fourth step- Each new double helix consists of one old and one new chain. This is termed semi-conservative replication.