DNA replication

DNA replication can begin after all the necessary proteins are in place.

This is consistent with their likely role in DNA replication.

However, it is the uses for the study of DNA replication that most interest us.

As this is necessary in DNA replication, the cells can no longer divide.

DNA replication during interphase is the basis for biological inheritance.

Studies have shown that these proteins are necessary for DNA replication.

These include the four key proteins involved in DNA replication and repair.

It may as well be responsible for DNA replication.

They are involved in DNA replication and damage response.

It also contains an open reading frame for a gene involved in DNA replication.

The early primary transcripts continue to be produced after DNA replication begins.

DNA replication may proceed from this point bidirectionally or unidirectionally.

DNA replication can also be performed in vitro (artificially, outside a cell).

The function of this protein domain is highly important in DNA replication.

I studied the sphere's reproduction process, it's very similar to DNA replication.

We've now stopped the process of DNA replication.

This is central to the bacterial mechanism for timing DNA replication.

This unique mode of DNA replication may represent potential drug targets.

Immediately after DNA replication a human cell will have 46 "double chromosomes".

DNA replication separates the early and late phases.

The DNA replication is semi-conservative and an asymmetric process itself.

With their experiment, the two scientists could show that DNA replication was semiconservative.

During the process of DNA replication, errors sometimes occur.

These things are the tools of DNA replication.

During DNA replication, the cell attempts to make an exact copy of its genetic material.