Viral DNA incorporated in bacterial DNA is called a prophage.
Phage DNA that is integrated into a host's cell chromosome is a bacteriophage. They behave as lytic or lysogenic. Lytic breaks open the host after replication, , lysogenic does not destroy the host.
A prophage gene is a gene that is integrated into the DNA of a bacteriophage. When a bacteriophage infects a bacterial cell, its DNA can integrate into the host cell's genome as a prophage. Prophage genes are then potentially passed on to daughter cells when the bacterium divides.
During the lysogenic stage, the prophage inserts its DNA into the host bacterium's chromosome and replicates along with the host DNA. It is passed down to daughter cells during replication, ensuring its persistence within the host genome. The prophage remains dormant until triggered to enter the lytic cycle by external factors.
Factors such as UV light exposure, certain chemicals or drugs, stress to the host cell, or changes in environmental conditions can trigger a prophage to become virulent by inducing the lytic cycle and leading to the production of viral particles. These triggers can disrupt the lysogenic cycle and activate the lytic genes within the prophage.
Viral DNA incorporated in bacterial DNA is called a prophage.
Phage DNA that is integrated into a host's cell chromosome is a bacteriophage. They behave as lytic or lysogenic. Lytic breaks open the host after replication, , lysogenic does not destroy the host.
A prophage gene is a gene that is integrated into the DNA of a bacteriophage. When a bacteriophage infects a bacterial cell, its DNA can integrate into the host cell's genome as a prophage. Prophage genes are then potentially passed on to daughter cells when the bacterium divides.
yes it can pop out of the chromosomes
A temperate phage is a type of phage that can enter an inactive prophage stage by integrating its DNA into the host cell's genome. In this stage, the prophage replicates along with the host cell's DNA and can be passed on to daughter cells during cell division.
Parhogen
A prophage is made up of proteins that replicate a virus within a cellular structure. The virus does not disrupt the cellular structure of the bacteria, and waits for the lytic cycle to begin so it can replicate.
prophage pi2 protein 09; - == protein-coding
Lysogens are immune to superinfections because they already contain a prophage (viral DNA) integrated into their bacterial genome. This prophage confers immunity by blocking the entry of new phages or preventing their replication inside the host cell. This phenomenon is known as superinfection immunity.
During the lysogenic stage, the prophage inserts its DNA into the host bacterium's chromosome and replicates along with the host DNA. It is passed down to daughter cells during replication, ensuring its persistence within the host genome. The prophage remains dormant until triggered to enter the lytic cycle by external factors.
Factors such as UV light exposure, certain chemicals or drugs, stress to the host cell, or changes in environmental conditions can trigger a prophage to become virulent by inducing the lytic cycle and leading to the production of viral particles. These triggers can disrupt the lysogenic cycle and activate the lytic genes within the prophage.
Lysogenic pathway is associated with a prophage or provirus infection. In this pathway, the genetic material of the virus gets integrated into the host cell's DNA and remains dormant until it is triggered to enter the lytic pathway.