Many viruses enter the lytic cycle immediately following infecting the host cell. However, some viruses may not lyse their host immediately and enter the lysogenic cycle. At the start of the lysogenic cycle, the virus genome is integrated into the host chromosome instead of being immediately transcribed and translated. The virus genome then lies dormant in the host chromosome until a later event triggers its excision from the host chromosome. The excised viral genome will then be transcribed and translated and the virus enters the lytic cycle.
the virus hides in the host's DNA.
Infection of the host cell then leading to recombination to the host cell's DNA.
lysogenic infection
lysogenic cycle
Lysogenic cycle
Digestion of host DNA.
No, that statement is not true.
Infection of the host cell then leading to recombination to the host cell's DNA.
A Lysogenic Infection
lysogenic infection
Lysogenic Cycle.
The two ways that viruses cause infection are by lytic infection and lysogenic infection. The virus can enter into a cell, make a copy of itself and the cause the cell to burst in a lytic infection. When a virus embeds its DNA into the DNA of a host cell and replicates, it is a lysogenic infection.
lysogenic cycle
Lysogenic cycle
The Virus hides in the Hosts Cells DNA
The Virus hides in the Hosts Cells DNA
The Virus hides in the Hosts Cells DNA
Lysogenic cycle
Through a lysogenic or lytic infection