lytic
The phases of a computer virus life cycle typically include: infection, replication, activation, and spread. During the infection phase, the virus gains entry into a system. In the replication phase, the virus creates copies of itself to spread further. Activation occurs when the virus is triggered to execute its malicious payload. Finally, the virus spreads by infecting other systems through various means.
During the copy phase, a virus replicates itself by inserting its genetic material into a host cell's DNA or RNA. The host cell then unknowingly produces multiple copies of the virus, allowing it to spread and infect other cells in the body.
a virus is able to replicate itself bu taking over the metabolic activities of the cell it infects essentially saying stop what you are suppose to do and make copies of me. so the virus actually doesn't replicate itself but rather the cell in which it infects does it for it. this occurs during the lytic phase of the virus. sometimes the virus "hides" by incorporating itself within the dna of the cell it infects(causing certain cancers) until it is releases itself and says make me. this dormant phase is called lysogenic.
When a virus enters the lysogenic phase, it integrates its genetic material into the host's DNA and remains dormant. The virus replicates along with the host cell during cell division. This phase allows the virus to evade detection by the immune system and can later switch to the lytic phase to produce new viruses.
Electric Virus's effect, like that of Dark Grepher and Puppet Plant, is an Ignition effect. Therefore, it can only be activated during your turn, during Main Phase 1 or Main Phase 2.
->Dormant phase->Propagation phase->Triggering phase->Execution phase—Dormant Phase àThis virus is idle one and activated by some event such as a file.—Propagation Phas:Virus places an identical copy of itself—Triggering Phase :Virus is activated to perform the functions—Execution Phase :Virus is performed!
the virus is integrate inti the DNA of the host cell and is latent.
Well a virus can duplicate many copies of itself by attaching itself to a cell, any cell, and using the cells machinery they inject their DNA and later the cell bursts and copies of the virus come out. When a bacteria duplicates it uses binary fission. Binary fission is when a bacteria splits itself into two and makes to copies of itself. Hope I answered your question.
Instructions for making new copies of a virus are found in the virus's genetic material, which contains the information needed for replication. This genetic material can be RNA or DNA, depending on the type of virus. The virus uses host cells to replicate and make new copies of itself, often causing harm to the host in the process.
The two phases of virus activity are the infection and the attack phases. The infection phase is when the virus decides to start spreading. The attack phase is when the virus starts causing damage to your computer.
During the process of viral replication, the virus uses host cells to produce copies of its viral DNA. This process typically involves the virus injecting its genetic material into the host cell's nucleus, where it hijacks the cell's machinery to replicate its DNA. This results in the production of multiple copies of the viral DNA, which can then be packaged into new viral particles.
Yes, a persistent viral infection typically begins with an acute initial infection phase. During this phase, the virus replicates rapidly, leading to a strong immune response and symptoms. After this acute phase, the virus can enter a chronic or latent state, allowing it to persist in the host for extended periods, often with minimal or no symptoms.