These structure are known to be generated in two different ways during S phase.

The S phase duration was calculated to be 10 hours.

This process typically takes place during S phase of the cell cycle.

Skp2 is mainly responsible for the degradation of p27 levels that continues through S phase.

It also acts to cause the entry of the host cell into S phase.

The fraction of cells in S phase did not differ significantly between the groups.

It blocks the cell cycle at early S phase.

The chromosome arm is already copied during S phase of the cell cycle.

However, chromosomes are replicated only during the S phase.

Protein levels continue to fall rapidly as the cell continues through G1 and enters S phase.

The presence of S phase at confluence is typical of transformed cells.

A critical period is the transition from the G1 into the S phase, as cells become committed to the division cycle.

In cell biology it is used to synchronize the cells in S phase.

The S phase starts the sequence of events leading to mitosis and cytokinesis.

In other words, spontaneous traffic breakdown is always an F S phase transition.

S phase was calculated using a rectangular distribution.

They found that cells halted in S phase were significantly more sensitive to the cytotoxic effects of the drugs.

E2F complexes activate genes required for entry into S phase.

E2F is activated toward the end of G1 and it functions to promote S phase.

We also determined the expression of the S phase marker cyclin A in these cells.

This growth inhibition correlated with a delay in G1 to S phase progression.

Then, during S phase, several proteins are involved in establishment of cohesion between replicated chromatids.

During S phase, the centrosome starts to duplicate.

The cell cycle is predominantly blocked in S phase that results in viable cells.

E2F is responsible for initiating the transcription of many critical S phase genes.