In DNA viruses, integration of viral DNA is the same as how host originally would combine DNA. The virus will instill the genetic code specifically to the membrane of the host DNA then with the help of RNA polymerase duplication happens. Replication usually happens in the nucleus. With the formation of the viruses done during lytic phase, the host cell membrane separates and the new viruses were released. Mutation level in DNA is lower because DNA polymerase is having refining activity. They are compelling intracellular parasites and they heartlessly connects with changes taking place in the host. The specificity of the DNA viruses are often concluded at the transcriptional level. These types of viruses are constant thatÃ*s why vaccines work effectively throughout the years.
RNA or ribonucleic acid is a nucleic polymer acid that performs a significant role in translating the genetic code from the DNA to protein products. It is found in the nucleus and cytoplasm. It is usually a single- stranded molecule with shorter nucleotide chains. The sugar present is ribose. Several RNA viruses instill the RNA to the host cell and skip the DNA host for duplication and decoding. DNA here acts as a pattern for RNA virus then transcribes it into viral proteins. Some RNA viruses embed transcriptase enzyme that transfer RNA virus to DNA virus and combine into the host DNA. Then it follows the DNA replication process. Replication usually happens in the cytoplasm. Mutation is the major cause of changes in the genetic code of the viruses. In RNA mutation is higher because RNA. polymerase is likely to commit errors. They are unstable and replace the protein coat that can bluff the immune system.
Read more: Difference Between DNA and RNA Viruses | Difference Between | DNA vs RNA Viruses
Difference Between DNA and RNA Viruses | Difference Between | DNA vs RNA Viruses
