6 research outputs found

    Semiquantitative analyses of CD4+ and IL-17+ cells before (M0) and after (M8) cART.

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    <p>Slides of colon tissues were scored as “−” (less than 3 positive cells); “+” (3–10 positive cells); “++” (20–40 positive cells) and “+++” (more than 50 positive cells). <b>Bold:</b> samples in which both IL-17+ and CD4+ cells were increased at M8; Black: samples in which only IL-17+ cells were increased at M8; <b>Gray</b>: samples in which neither IL-17+ nor CD4+ cells were increased at M8.</p><p>Semiquantitative analyses of CD4+ and IL-17+ cells before (M0) and after (M8) cART.</p

    Effects of short-term cART on peripheral and intestinal CD4 T cell levels.

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    <p>Longitudinal assessment of CD4 T cells in peripheral blood (PB) and intestinal biopsy (IB) during eight months of cART treatment. The absolute number (<b>A</b>) and percentage (<b>B</b>) of PB CD4 T cells are shown before (M0) and after eight months (M8) of cART. Fold change over baseline (M0) of CD4 T cell absolute number (left) and percentage (right) is depicted in (<b>C</b>). Extent of intestinal CD4 T cells before (M0) and after (M8) cART (<b>D</b>). Positive correlation between the percentages of CD4 T cells in PB and IB atM0 (close circles) and M8 (open circles) (<b>E</b>).</p

    Effects of short-term cART on microbial translocation and T cell activation/proliferation.

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    <p>Plasma levels of lipopolysaccharide (LPS), 16S rDNA and soluble CD14 (sCD14) before (M0) and after eight months (M8) of cART (<b>A</b>). LPS and sCD14 were measured by ELISA, while 16S rDNA by PCR. Percentages of activated (as determined by expression of CD38 and HLA-DR; left), and proliferating (as determined by expression of Ki-67) staining; right) CD4 and CD8 T cells (<b>B</b>).</p
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