Kaplan-Meier plots showing, according to R5 or non-R5 viral tropism, the times (a) to maraviroc discontinuation, (b) to a virological response VL<50 copies/ml, (c) to a sustained gain of at least 100 CD4 cells/mm³, (d) to hospitalization for a non AIDS event, an AIDS event or death.

<p>Kaplan-Meier plots showing, according to R5 or non-R5 viral tropism, the times (a) to maraviroc discontinuation, (b) to a virological response VL<50 copies/ml, (c) to a sustained gain of at least 100 CD4 cells/mm³, (d) to hospitalization for a non AIDS event, an AIDS event or death.</p

Durability, immunovirological response and clinical outcomes of maraviroc-based regimens up to month 30 according to viral tropism.

<p>^a Adjusted on type of treatment change, gender, age, Sub-Saharan origin, HCV co-infection, AIDS status, CD4 nadir, CD4, plasma HIV-1 RNA, OI prophylaxis, number of past ARV drugs, duration of prior ARV exposure, NRTI, boosted PI, raltegravir, etravirine at baseline. ^b 53 unknown viral tropism because unavailable data; 30 because viral tropism was not tested; 6 because the result of test was indeterminate.</p

Individual selection.

<p>Individual selection.</p

Discontinuations.

<p>Discontinuations.</p

Study on optical band gap of boron-doped nc-Si : H film

The optical band gap (E-g) of the boron (B)-doped hydrogenated nano-crystalline silicon (nc-Si:H) films fabricated using plasma enhanced chemical vapor deposition (PECVD) was investigated in this work. The transmittance of the films were measured by spectrophotometric and the E-g was evaluated utilizing three different relations for comparison, namely: alphahnu=C(hnu-E-g)(3), alphahnu=B-0(hnu-E-g)(2), alphahnu=C-0(hnu-E-g)(2). Result showed that E-g decreases with the increasing of Boron doping ratio, hydrogen concentration, and substrate's temperature (T-s), respectively. E-g raises up with rf power density (P-d) from 0.45W.cm(-2) to 0.60w.cm(-2) and then drops to the end. These can be explained for E-g decreases with disorder in the films

Predictors of protected sexual intercourse (n = 1851).

<p>Predictors of protected sexual intercourse (n = 1851).</p

Main characteristics of the study population as a function of year.

<p>* Chi-squared for trend. For sexual intercourse details, each group was compared to all the other sexual intercourses.</p><p>Main characteristics of the study population as a function of year.</p

Determinant associated with seropositivity for CMV: multivariate analysis including all determinants with a p-value<0.20 in the univariate analysis.

<p>CI: Confidence Interval.</p>†<p>Chi 2.</p><p>Variables with a p-value<0.20 in univariate analysis were included in the multivariate analysis.</p><p>Final logistic regression model was obtained with a backward elimination and with comparison of the Akaike Information Criterion (AIC).</p><p>*3 missing values.</p

Characteristics of the study population and determinants associated with seropositivity for CMV: univariate analysis.

†<p>Chi 2.</p>††<p>Cochran-Armitage for trend with p<0.050.</p><p>¥ Work at risk included health care workers and job in contact with children.</p><p>*3 missing values.</p><p>**1 missing value.</p

Contact matrices according to location.

<p>Numbers are the ratio of contact rate with contact rate at home (95%CI). No smoothing or reciprocity was applied (particular location wouldn’t be the same for a participant and a contact (e.g., at home vs. not at home), the matrices were kept asymmetric).</p