HAART Flashcards
NRTI mechanism
Inhibit production of viral DNA from RNA
NRTIs (nucleoside)
Abacavir
Emtricitabine
Lamivudine
NRTIs (nucleotide)
Zidovudine
Tenofovir
NRTI AEs
Lactic acidosis (can be fatal) Lipodystrophy
NNRTI mechanism
Inhibit production of viral DNA from RNA
NNRTIs
Efavirenz
Etravirine
Rilpirvirine
NNRTI AEs
Rash
Protease inhibitor mechanism
Interfere w/ viral replication and cause production of nonfunctional viruses
Protease inhibitors
-navir Atazanavir Darunavir Fosamprenavir Lopinavir Ritonavir
Integrase inhibitor mechanism
Blocks integration of viral genome into host genome
Integrase inhibitors
-gravir
Elvitegravir
Raltegravir
CCR5 antagonist
Prevents viral entry by blocking CCR5 coreceptor
Maraviroc
Fusion inhibitor
Binds glycoprotein 41 blocking HIV virus fusion to CD4 cells
Envuvirtide
Antiretroviral w/ possibly fatal hypersensitivity rxn
Abacavir (NRTI)
Antiretroviral w/ BM suppression, anemia
Zidovudine (NRTI)
Antiretroviral w/ depression, vivid nightmares, teratogen
Efavirenz (NNRTI)
Antiretroviral w/ hyperbilirubinemia, jaundice
Atazanavir
Protease inhibitor AEs
Hyperglycemia, DM, +TG
GI toxicity
Antiretroviral that inhibits P450, “boosts” other drugs
Ritonavir boosts other protease inhibitors
Abacavir
NRTI
AE: Possibly fatal hypersensitivity rxn
Efavirenz
NNRTI
AE: teratogenic; depression, vivid nightmares
Atazanavir
Protease inhibitor
AE: hyperbilirubinemia, jaundice
Emtricitabine
NRTI
Elvitegravir
Integrase inhibitor
Etravirine
NNRTI
Darunavir
Protease inhibitor
Enfuvirtide
Fusion inhibitor
Fosamprenavir
Protease inhibitor
Lamivudine
NRTI
Rilpirvirine
NNRTI
Raltegravir
Integrase inhibitor
Tenofovir
NRTI
Maraviroc
CCR5 antagonist
Zidovudine
NRTI
AE: BM suppression, anemia
Lopinavir
Protease inhibitor
Ritonavir
Protease inhibitor (booster)