in order to replicate to create more DNA. this is required in order to make more cells
At the hydrogen bonds between bases with the help of the enzyme helicase.
DNA Polymerase
replication fork
h bond
Conservative (In which both parental strands reassociate) and Dispersive (In which daughter strands have mixture of parent DNA) both are not the methods of DNA replication
DNA strands must unwind and the two strands must separate prior to transcription beginning. Once transcription is complete, the two strands join back together.
in pcr technique we take original dna first heat it to separate to strands in thermocycler then add rna primer after the formation of about 10 sequences on both parental strands add dna polymerase to construct further
At the hydrogen bonds between bases with the help of the enzyme helicase.
DNA Polymerase
replication fork
h bond
Conservative (In which both parental strands reassociate) and Dispersive (In which daughter strands have mixture of parent DNA) both are not the methods of DNA replication
separate strands of nucleic acids (unwind DNA)
so that the DNA strands can separate easily during replication.
The strands produced have the same generic code
The replication of DNA occurs whenever the cell needs the S shape division. This happens since when we divide, enough DNA is needed to be pass on to our daughters.
The two strands of parental DNA separate, and each becomes a template for the assembly of a complementary strand from a supply of Why_does_one_DNA_strand_grow_one_nucleotide_at_a_time_and_the_other_is_assembled_in_short_fragmentsnucleotides. The nucleotides line up one at a time along the template strand in accordance with base pairing rules. Enzymes link the nucleotides to form the new DNA strands.Read more: Why_does_one_DNA_strand_grow_one_nucleotide_at_a_time_and_the_other_is_assembled_in_short_fragments