Inflammation, immune activation, and antiretroviral therapy in HIV

CO Hileman, NT Funderburg - Current Hiv/aids reports, 2017 - Springer
Current Hiv/aids reports, 2017Springer
Abstract Purpose of Review This review focuses on the differential effects of contemporary
antiretrovirals on systemic inflammation as heightened immune activation is linked to
important co-morbidities and mortality with HIV infection. Recent Findings Antiretroviral
therapy (ART) reduces dramatically systemic inflammation and immune activation, but not to
levels synchronous with HIV-uninfected populations. In one ART initiation trial, integrase
inhibitors appear to reduce inflammation to a greater degree than non-nucleoside reverse …
Purpose of Review
This review focuses on the differential effects of contemporary antiretrovirals on systemic inflammation as heightened immune activation is linked to important co-morbidities and mortality with HIV infection.
Recent Findings
Antiretroviral therapy (ART) reduces dramatically systemic inflammation and immune activation, but not to levels synchronous with HIV-uninfected populations. In one ART initiation trial, integrase inhibitors appear to reduce inflammation to a greater degree than non-nucleoside reverse transcriptase inhibitors (NNRTIs); however, it is not clear that there are beneficial effects on inflammation resulting from treatment with integrase inhibitors compared to PIs, between PIs and NNRTIs, between specific nucleoside reverse transcriptase inhibitors, or with maraviroc in ART-naïve patients. In ART switch studies, changing to an integrase inhibitor from a PI-, NNRTI-, or enfuvirtide-containing regimen has resulted in improvement in several markers of inflammation.
Summary
Additional research is needed to conclusively state whether there are clear differences in effects of specific antiretrovirals on inflammation and immune activation in HIV.
Springer