Virus are not made up of vitamins, but nucleic acids and proteins known as capsid.
Viruses are composed of two main parts an outer protein covering called a capsid and an inside core of either DNA or RNA. Not both DNA and RNA. Some of these have an envelope over the capsid. The ones that do not are said to be naked. The proteins in the capsid allow the virus to attach to the "docking stations" proteins of the host cell. The naked viruses are more resistant to changes in the environment.
The proteins in the capsid allow the virus to attach to the "docking stations" proteins of the host cell. This capsid is left behind. If the capsid has an envelope, that is also left behind. The DNA or RNA enters the cell.
The envelope.
The proteins in the capsid allow the virus to attach to the "docking stations" proteins of the host cell.
The proteins in the capsid allow the virus to attach to the "docking stations" proteins of the host cell.
DNA or RNA + Structural Proteins + Enzymes and nucleic acid binding proteins = Nucleocapsid (may be the same as a virion or surrounded by an envelope) If there is only a Nucleocapsid, then it is considered a Naked Capsid Virus If there is a Nucleocapsid with the addition of Glycoproteins and a Membrane, then the virus is considered enveloped.
Within the cell it invades it's genetic material commanders the transcription machinery and the cell invaded cranks out the proteins needed to make the viral capsid.
circular double stranded DNA protected by capsid proteins
The capsid. Made of protein, and sometimes various types of proteins.
Viruses are composed of two main parts: an outer protein covering called a capsid and an inside core of either DNA or RNA. Not both DNA and RNA. Some of these have an envelope over the capsid. The ones that do not are said to be naked. The proteins in the capsid allow the virus to attach to the "docking stations" proteins of the host cell. The naked viruses are more resistant to changes in the environment.
Viruses have proteins in their capsid which match proteins in the membrane of their preferred host. This produces the ability to "dock" and then enter the host cell.