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An illustration of HIV entry mechanism and mechanisms of action (MOA) of two entry inhibitor, 5-Helix and C37. An HIV virion binds to a CD4+ human cell. The two bottom pictures depict two proposed models of HIV fusion with the cell. They are used in combination therapy for the treatment of HIV infection.
Antiretroviral drugs are used to manage HIV/AIDS. Multiple antiretroviral drugs are often combined into a single pill in order to reduce pill burden. Some of these combinations are complete single-tablet regimens; the others must be combined with additional pills to make a treatment regimen.
Drugs that disrupt fusion of virus and target cell are termed entry inhibitors or fusion inhibitors. [citation needed] HIV binds to the host CD4+ cell receptor via the viral protein gp120; gp41, a viral transmembrane protein, then undergoes a conformational change that assists in the fusion of the viral membrane to the host cell membrane ...
Entry inhibitors (or fusion inhibitors) interfere with binding, fusion and entry of HIV-1 to the host cell by blocking one of several targets. Maraviroc, enfuvirtide and Ibalizumab are available agents in this class. Maraviroc works by targeting CCR5, a co-receptor located on human helper T-cells.
HIV protease inhibitors (16 P) I. Integrase inhibitors (13 P) M. Maturation inhibitors (3 P) R. Reverse transcriptase inhibitors (2 C, 8 P) Pages in category ...
Enfuvirtide (also known as T-20) is a 36-residue alpha-peptide fusion inhibitor drug that binds to the pre-hairpin structure and prevents membrane fusion and HIV-1 entry to the cell. The vulnerability of this structure has initiated development towards a whole spectrum of fusion preventing drugs.
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