Inactivated vaccines, also known as "dead" or "inert".
Lysogenic cycle
No.
Nucleoside and nucleotide analogs inhibit viral replication by incorporating into the viral genome during replication. These analogs lack the necessary functional groups for further elongation of the viral genome, leading to termination of viral replication and inhibition of viral protein synthesis. This disruption ultimately stops the virus from spreading and replicating.
A pro virus is a a complete viral genome which is incorporated in a host's genome. It is dormant while incorporated and therefore passed on to that cell's "offspring" and is waiting to be expressed at a later time.
Virus penetrates its genetic material into the host. The genome is then inserted randomly on a point of the host genome. Since it is an random event, it can block a pathway of that particular or cause any mutation due to the insertion of viral genome.
Lysogenic cycle
Lysogenic cycle
When the vaccine gets to the body the it will block away the viral infection.
No.
The capsid breaks apart, releasing the viral genome.
vaccine
No, rabies is a viral infection and Tetanus is caused by the toxins produced by bacteria. They are two separate diseases.
I suppose you mean "lytic cycle". It's the reproductive cycle of virus in which upon entering the host, the viral genome directs the host genome to produce viral proteins and after assembly and maturation of viral particles, they get released by host lysis. There is another cycle called lysogenic cycle in which the viral genome integrates with the host instead of causing lysis.
There are a number of viral infections for which vaccines are available. Most viral infections, though, have no vaccine available.
A nucleic acid vaccine
There is currently no vaccine available against Hepatitis C. There is research going on to develop one but it will take years at least before one is developed.
a vaccine