It is called a host cell. The virus attaches to the cell and injects its DNA into the cell. The virus's DNA overruns the "instructions" that the cell has and "tells" the cell to make copies of the virus using the DNA. Then the cell makes so many copies of the virus, that it explodes. The new viruses then go on to attach to other cells.
The cell infected by a virus is referred to as the host cell. The virus hijacks the host cell's machinery to replicate and produce more virus particles.
Your body benefits when a white blood cell kills a cell that has been infected by a virus because the cells that was infected is no longer able to infect other cells with the bacteria. If the cell is not killed the virus in the cell will infect other cells. this may cause diseases that can be life threatening.
The genetic material (such as DNA or RNA) of the virus is injected into the infected cell. This genetic material hijacks the cell's machinery to replicate and produce more virus particles.
The genetic material of a virus, either DNA or RNA, is injected into an infected cell. This genetic material contains the instructions needed for the virus to hijack the cell's machinery and replicate itself.
Interferons are signaling proteins that are released by cells in the immune system in response to viral infections. They help to inhibit viral replication within infected cells by activating mechanisms that make the cell less hospitable to the virus, such as degrading viral RNA and proteins. Interferons also help to stimulate immune responses that target and eliminate virus-infected cells.
The cell infected by a virus is referred to as the host cell. The virus hijacks the host cell's machinery to replicate and produce more virus particles.
Your body benefits when a white blood cell kills a cell that has been infected by a virus because the cells that was infected is no longer able to infect other cells with the bacteria. If the cell is not killed the virus in the cell will infect other cells. this may cause diseases that can be life threatening.
The genetic material (such as DNA or RNA) of the virus is injected into the infected cell. This genetic material hijacks the cell's machinery to replicate and produce more virus particles.
no, that is supplied by the infected cell.
The genetic material of a virus, either DNA or RNA, is injected into an infected cell. This genetic material contains the instructions needed for the virus to hijack the cell's machinery and replicate itself.
A cytotoxic T cell kills cells that have been infected by a virus or bacterium. It does this by puncturing the cell's membrane and by emitting a toxin that kills cells.
When a cell is infected with a virus, the cell secrets interferon to help the other cells to resist to this virus. Hope it helps!!
More viruses. Cells infected with virus DNA are essentially converted into virus factories. Instead of producing the materials the cell needs to reproduce, it produces dormant viruses, until the cell bursts and the new viruses begin infecting other cells.
It could have previously been infected by a virus, where the virus DNA is inserted into the cell, causing it to explode and reproduce hundreds of viruses. Or it could carry it like any other animal.
It could have previously been infected by a virus, where the virus DNA is inserted into the cell, causing it to explode and reproduce hundreds of viruses. Or it could carry it like any other animal.
a virus
When a virus infects a host cell, it uses the host's cellular machinery to replicate its nucleic acid. This can lead to the production of multiple copies of the viral nucleic acid in the infected cell. As the infected cell undergoes normal cellular processes, it can divide and pass on these copies to daughter cells, resulting in many cells containing copies of the virus's nucleic acid.