Figure 2
Figure 2. In vivo targeting of CD8+ cells. (A) Outline of the experimental setup. Human PBMCs were activated for 3 days after isolation, and 1 × 107 cells were intraperitoneally injected into NOD-scid-IL2rγnull mice. One week later, CD8-LV particles (8 × 105 transduction units per mouse), or PBS as a control, were intraperitoneally injected. Peritoneal cells were collected 1 week after vector injection and analyzed by flow cytometry. (B) Representative FACS data demonstrating specific transduction of human CD8+ T cells in the peritoneal cavity. Isolated peritoneal cells from PBS or CD8-LV–injected mice were stained with anti–human CD8 mAb, and the percentage of human CD8+/GFP+ cells was analyzed. (C) Percentages of GFP+ cells in hCD8+ T cells (gray bars) and hCD8− T cells (white bars) were calculated according to panel B. Results are expressed as mean ± SEM (n = 4; *P < .05; nd indicates not detectable).

In vivo targeting of CD8+ cells. (A) Outline of the experimental setup. Human PBMCs were activated for 3 days after isolation, and 1 × 107 cells were intraperitoneally injected into NOD-scid-IL2rγnull mice. One week later, CD8-LV particles (8 × 105 transduction units per mouse), or PBS as a control, were intraperitoneally injected. Peritoneal cells were collected 1 week after vector injection and analyzed by flow cytometry. (B) Representative FACS data demonstrating specific transduction of human CD8+ T cells in the peritoneal cavity. Isolated peritoneal cells from PBS or CD8-LV–injected mice were stained with anti–human CD8 mAb, and the percentage of human CD8+/GFP+ cells was analyzed. (C) Percentages of GFP+ cells in hCD8+ T cells (gray bars) and hCD8 T cells (white bars) were calculated according to panel B. Results are expressed as mean ± SEM (n = 4; *P < .05; nd indicates not detectable).

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