<p>Panel A: Correlation between the area under the viral load curve at peak (AUC) following viral rebound and the eventual viral load set point. Panels B,C: Viral loads from infection of macaques subjected to the combined antireservoir/antiretroviral treatment protocol (see main text). The red bars mark the viral set points (calculated as the mean of the available <i>Log<sub>10</sub></i> viral load measurements). Panels D,E: CD4 counts. The values before and after the treatment periods are shown by the individual data points, and trends are described by the regression lines (solid: significant slopes; dashed: non significant slopes).</p
<div><p>(A) Survival curves of time to virologic failure during the first three supervised treatment...
Monitoring the efficacy of novel reservoir-reducing treatments for HIV is challenging. The limited a...
Monitoring the efficacy of novel reservoir-reducing treatments for HIV is challenging. The limited a...
<p>Panel A: Comparison (two tailed <i>t</i>-test) of the antiretroviral efficacy of H-iART and iART....
<p>Panel A: Pre and post therapy <i>Log<sub>10</sub></i> viral load set points of four SIVmac251 inf...
A. Example of viral load trajectories for animals treated on days 4 (blue), 6 (green), 27 (red) from...
Reservoir size, reactivation frequency, and early post-rebound viral setpoint: (A, B) Weak or no ass...
<p>Panel A: Viral DNA in PBMCs. Panel B: CD4/CD8 ratios. Both panels show the results from macaques ...
<p>Panel A: Plasma viral loads. Panel B: CD4 counts. The sequential treatments are represented by th...
<p>Plasma viral RNA load was determined by real time RT-PCR. Boxed areas (ART) indicate period of an...
We analysed animals from the three cohorts to understand factors associated with the post-rebound se...
The impact of viral load (VL) decay and cumulative VL on CD4 recovery and AIDS after highly-active a...
<p>(A) Calculation of the set-point viral load and CD4+ T-cell decline, illustrated for a single ind...
In order to compare the duration of post-rebound control, we compared the proportion of each cohort ...
Viral load is an important tool for assessing antiretroviral treatment efficacy. However, the most c...
<div><p>(A) Survival curves of time to virologic failure during the first three supervised treatment...
Monitoring the efficacy of novel reservoir-reducing treatments for HIV is challenging. The limited a...
Monitoring the efficacy of novel reservoir-reducing treatments for HIV is challenging. The limited a...
<p>Panel A: Comparison (two tailed <i>t</i>-test) of the antiretroviral efficacy of H-iART and iART....
<p>Panel A: Pre and post therapy <i>Log<sub>10</sub></i> viral load set points of four SIVmac251 inf...
A. Example of viral load trajectories for animals treated on days 4 (blue), 6 (green), 27 (red) from...
Reservoir size, reactivation frequency, and early post-rebound viral setpoint: (A, B) Weak or no ass...
<p>Panel A: Viral DNA in PBMCs. Panel B: CD4/CD8 ratios. Both panels show the results from macaques ...
<p>Panel A: Plasma viral loads. Panel B: CD4 counts. The sequential treatments are represented by th...
<p>Plasma viral RNA load was determined by real time RT-PCR. Boxed areas (ART) indicate period of an...
We analysed animals from the three cohorts to understand factors associated with the post-rebound se...
The impact of viral load (VL) decay and cumulative VL on CD4 recovery and AIDS after highly-active a...
<p>(A) Calculation of the set-point viral load and CD4+ T-cell decline, illustrated for a single ind...
In order to compare the duration of post-rebound control, we compared the proportion of each cohort ...
Viral load is an important tool for assessing antiretroviral treatment efficacy. However, the most c...
<div><p>(A) Survival curves of time to virologic failure during the first three supervised treatment...
Monitoring the efficacy of novel reservoir-reducing treatments for HIV is challenging. The limited a...
Monitoring the efficacy of novel reservoir-reducing treatments for HIV is challenging. The limited a...