HIV contain rna, but by the process of reverse transcription it get DNA
HIV is an RNA-virus. It does not contain DNA.
The role integrase plays in HIV is that it fuses viral DNA with host DNA.
HIV affects the DNA of the host cell by incorporating the double stranded DNA synthesized from reverse transcriptase as a provirus into the cell's DNA. These proviral genes are then transcribed into RNA molecules.
How can recombinant DNA technology be used to combat HIV infections?
The enzyme is called reverse transcriptase. The class of HIV drugs that block this process are called reverse transcriptase inhibitors.
No. HIV is a retrovirus that infects its host's DNA lysogenically (inserting its own genome into the host genome after reverse-transcripting into DNA). Therefore, it stays in your cells' DNA forever. However, you can suppress HIV symptoms and keep them at bay with many of the "HIV cocktails" (combinations of protease inhibitors, etc. that prevent the virus from replicating).
No the cold virus is rhinovirus,where as HIV&AIDS is a retrovirus it reproduces by changing DNA into RNA.
The result is that the patient HIV infected if the hbsag is negative.
HIV contains two copies of a single-stranded RNA that is copied into DNA as part of its replication whereas normal cell transcription goes from DNA to RNA
HIV is considered a retrovirus because has enzyme reverse transcriptase.HIV has RNA as genetic material.Using reverse transcriptase HIV synthesizes Double strand DNA inside the host cell using host's materials.
This is reverse transcriptase. HIV drugs that block this part of the HIV lifecycle are called reverse transcriptase inhibitors.
HIV binds with the CD4 protein on the surface of the T4 lymphocyte. The HIV fuses with the T4 lymphocyte. Viral RNA (ribonucleic acid) and reverse transcriptase enter the target cell. Reverse transcriptase produces viral DNA (deoxyribonucleic acid) from the viral RNA. Viral DNA enters the target cell's nucleus and splices into the target cell's DNA. The target cell uses the information on the viral DNA and produces the pieces needed for building copies of HIV. The pieces are assembled into new copies of HIV. This process uses an enzyme called protease. Copies of HIV are released from the target cell in a process called budding.