Which statement below best explains DNA replication?

DNA replication occurs during interphase and duplicates the amount of DNA in a cells nucleus just prior to cell division.


DNA replication happens during mitosis and is necessary for cells to replicate.


Enzymes unwind DNA and match it with RNA.


DNA replication occurs during cytokinesis creating many copies of the DNA.

Respuesta :

The correct answer is - DNA replication occurs during interphase and duplicates the amount of DNA in a cells nucleus just prior to cell division.

DNA is the genetic material in all organisms. It undergoes duplication before cell division. The process of DNA duplication is called DNA replication. The replication of DNA occurs in the S phase or synthesis phase of interphase. Replication of DNA results into two copies of original DNA with same genetic information. They are distributed into two new cells

The statement that best describes the process of DNA replication is DNA replication occurs during interphase and duplicates the amount of DNA in a cell's nucleus just prior to cell division.

What is DNA replication?

It is the process by which a double-stranded DNA molecule is copied to produce two identical DNA molecules.

Replication is an essential process. DNA replication process initiates during interphase. Then the amount of genetic material gets doubles in the S-phase (synthesis phase) which is also a stage of interphase. Before a cell division takes place, two new daughter cells must contain the same DNA content. DNA is considered the genetic material in almost all organisms.

Therefore, the statement that best describes the process of DNA replication is DNA replication occurs during interphase and duplicates the amount of DNA in a cell's nucleus just prior to cell division.

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