lytic cycle

The gene expression of P2 is regulated over time during the lytic cycle.

The lytic cycle results in the destruction of the infected cell and its membrane.

The lytic cycle, or productive infection, results in the production of infectious virions.

A virus following a lytic cycle is called a virulent virus.

In the lytic cycle, the virus commandeers the cell's reproductive machinery.

It shows a lytic cycle and a lysogenic cycle.

Transduction happens through either the lytic cycle or the lysogenic cycle.

Newly formed phages are released to infect other bacteria and another lytic cycle begins.

This prophage may enter the lytic cycle when the lysogen enters a stressed condition.

It can transition to the lytic cycle by a later event such as UV radiation or starvation.

The lytic cycle of the gammaherpesviruses is initiated only on rare occasions (Oehmig et al., 2004).

This is the Lytic cycle.

As it replicates during its lytic cycle it captures fragments of the host chromosome.

After induction, viral replication begins via the Lytic Cycle.

The family is relatively little studied, but at least two members operate to promote lytic cycle virus replication during the initial stages of infection.

The lytic cycle is a six-stage cycle.

By disrupting the lytic cycles of bacterium, phages destroy their metabolism, which eventually results in the cell's death.

The lytic cycle leads to the production of new phage particles which are released by lysis of the host.

This mutant, the bacteriophage T253, entered the lytic cycle, a life cycle in which the host cell is destroyed.

Bacteriophages may have a lytic cycle or a lysogenic cycle, and a few viruses are capable of carrying out both.

The second function of cro is to initiate the transcription of the late genes needed for the lytic cycle to go to completion.

Note that a repressor coded by the CI gene is needed to repress the lytic cycle from taking place.

The lytic cycle is one of the two cycles of viral reproduction, the other being the lysogenic cycle.

The repressor: The repressor is needed to repress the lytic cycle for lysogeny to proceed.

The P1 plasmid has a separate origin of replication (oriL) that is activated during the lytic cycle.