Good question! It is still unclear how HIV packages exactly two copies of their RNA genome in the particle. But what know is these RNA interact to form dimers, and these dimers may be well enough to be accommodated in the the capsids or gag molecules prior to budding.
to transcript the viral RNA into DNA so it can be implemented into the host cell's DNA.
It protects the virus and its genetic material
Once inside a cell, a virus's genetic material takes over of the cell's functions. It instructs the cell to produce the virus's proteins and genetic material. These proteins and genetic material then assemble into new viruses.
yes!Virus contains both DNA and RNAsome viruses contain RNA as their geneti information and are called retroviruses.when retroviruses infect a cell, they produce a DNA copy of their RNA.
Genetic material of a virus it can be DNA or RNA.
The virus's genetic material.
A virus
The genetic material of a virus is located inside its capsid.
The genetic material of a virus is found in the capsid.
DNA
A virus that stores its genetic material as RNA is called a RETROVIRUS
The virus's genetic material becomes part of the genetic material of the bacterium And After some time he virus's genetic material removes itself and becomes active
The genetic material of a virus is located inside its capsid.
It protects the virus and its genetic material
The lysogenic cycle. This is when the virus incorporates its genetic material into the hosts genetic material and becomes what is called a provirus.
1. A virus attaches to a bacterium. 2. The virus injects its genetic material. 3. The genetic material of the virus combines with the bacterium's genetic material. 4. The virus's genetic material detaches from the bacterium's genetic material and the bacterium produces the virus's proteins and genetic material. 5. New viruses assemble. 6. The bacterium bursts open, releasing new viruses.
Its nucleus.
nucleus