- Summary: Ways of attacking HIV
- Viruses
- HIVs life-cycle
- Multiple targets - combination therapy
- Reverse transcriptase inhibitors
- Protease inhibitors
- Preventing viral attachment or fusion
- Targeting other HIV proteins
- Inhibiting cellular factors required for HIV replication
- Other anti-HIV strategies
- Killing or removing HIV-infected cells
- Gene therapy
- Anti-oxidants
- Vitamins and minerals
HIVs life-cycle
Anti-HIV drugs have to act against the virus but not cause too much harm to human cells. This means that they must be designed to target specific stages in the virus life-cycle that differ from the life-cycle of human cells. A thorough understanding of HIVs life-cycle is thus important as the basis for designing effective, well-targeted anti-HIV drugs.
HIV has nine genes which contain all the information to enable it to infect healthy human cells and then use the infected cells to create more virus. It is these genes or the proteins that they encode that are the targets of anti-HIV drugs.
latest aidsmap news
- Fluconazole shown to be more effective against cryptococcal meningitis at higher dose
- Promising early results for large-scale study of community-level HIV prevention initiative
- GNP+ launches website documenting global HIV exposure / transmission laws and prosecutions
- Widespread resistance to antiretrovirals among children in the Central African Republic
- Children starting HIV treatment in sub-Saharan Africa have a low risk of death
- Different paediatric responses to antiretroviral therapy in Uganda and the United Kingdom/Ireland may reflect differences in nutrition and access to cotrimoxazole
- Rare abacavir liver side-effects reported
- Abacavir treatment doesn't cause changes in biomarkers linked to heart attack, suggests small study
- Traditional healers could play key role in ART rollout
- HIV testing for mothers and children must expand, UN report shows
