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During replication, the strands of a double stranded DNA separate when the bonds are broken between their paired bases.

Explain why, in terms of the genetic code, it is important that the molecule separated between the bases and not at some other point. (Remember the bases are letters that spell out specific traits for the organisms).

There are four base pairs in DNA that includes thymine, cytosine, guanine and adenine. these bases determines DNA's instructions, or genetic code. The four bases are allowed to encode the sequence of amino acid residues in proteins by making a pair of three codons that carry genetic codes and helps on the process of transcription and translation.

For example: if the DNA sequence is having bases ATGCCGG, its complementary base pair will be UACGGCC, lets make pair of three codons UAC that codes for amino acid Tyrine and GGC codes for glycine.

Bases are components of nucleotide and nucleotide are the basic building blocks of DNA and RNA.

If DNA will separate from any other point then it will not able to carry the genetic code. hence, DNA separates between the bases only.

luisvaschetto luisvaschetto · Answer 2 · 2022-03-18T14:21:14+01:00

It is important that the molecule is separated between the bases and not at some other point because nucleotide order is fundamental to obtain two genetically identical DNA molecules.

What is DNA?

DNA is a self-replicating molecule that is fundamental for life by assuring of the perpetuity of the genetic material.

During DNA replication, different enzymes act to produce two genetically identical DNA molecules.

For this purpose, enzymes must copy with absolute fidelity the order of the nucleotide sequence in the DNA molecule.

In conclusion, it is important that the molecule is separated between the bases and not at some other point because nucleotide order is fundamental to obtain two genetically identical DNA molecules.

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