Figure 4. Correlation between quantitative parameters of HIV and HCV infection in macrophage cultures. (A) Amplification of synthetic HIV RNA template with real-time quantitative RT-PCR: the assay detected 100 template copies and remained linear up to 109 template copies. (B-D) Relationship between HCV RNA cellular load at 2 weeks and HIV RNA quantity in culture supernatant at time 0 (B; right before exposure to HCV), 7 days (C), and 14 days (D) after HCV exposure. There was significant correlation (r = 0.96; P < .01) for HCV RNA and HIV RNA quantity at time 0. (E) Relationship between quantity of HCV RNA and proviral HIV DNA in cells at 2 weeks. (F) Relationship between the quantity of HCV RNA in cells and the percent of cells expressing p24 at 2 weeks. All correlations were calculated by nonparametric Spearman rank test.
Figure 4.

Correlation between quantitative parameters of HIV and HCV infection in macrophage cultures. (A) Amplification of synthetic HIV RNA template with real-time quantitative RT-PCR: the assay detected 100 template copies and remained linear up to 109 template copies. (B-D) Relationship between HCV RNA cellular load at 2 weeks and HIV RNA quantity in culture supernatant at time 0 (B; right before exposure to HCV), 7 days (C), and 14 days (D) after HCV exposure. There was significant correlation (r = 0.96; P < .01) for HCV RNA and HIV RNA quantity at time 0. (E) Relationship between quantity of HCV RNA and proviral HIV DNA in cells at 2 weeks. (F) Relationship between the quantity of HCV RNA in cells and the percent of cells expressing p24 at 2 weeks. All correlations were calculated by nonparametric Spearman rank test.

or Create an Account

Close Modal
Close Modal