Figure 4.
Figure 4. HUBEC coculture significantly increases the SRC frequency within human BM CD34+CD38– cells. The scatter plot shows the level of human CD45+ cell engraftment in NOD/SCID mice at week 8 following transplantation with FACS-sorted BM CD34+CD38– cells or their progeny as indicated. The progeny of 2 × 104 to 4 × 104 BM CD34+CD38– cells cultured × 7 days with HUBECs + GM36SF showed significantly higher levels of human engraftment compared with day-0 BM CD34+CD38– cells at the same dose. As shown at right, the highest human CD45+ cell engraftment was observed in mice that received transplants of the progeny of 4 × 104 BM CD34+CD38– cells following noncontact HUBEC cultures + GM36SF. Mice that received transplants of the progeny of BM CD34+CD38– cells cultured with HUBECs + TSF displayed comparable engraftment to noncontact HUBEC + GM36SF cultures. Each circle represents an individual mouse that received a transplant of human BM cells. Values on the Y-axis indicate the percentage of human CD45+ cell engraftment within the marrow of individual mice that received NOD/SCID transplants. The cell dosages for each group are shown at top. The mean levels of human CD45+ cell engraftment are indicated by horizontal bars for each group.

HUBEC coculture significantly increases the SRC frequency within human BM CD34+CD38 cells. The scatter plot shows the level of human CD45+ cell engraftment in NOD/SCID mice at week 8 following transplantation with FACS-sorted BM CD34+CD38 cells or their progeny as indicated. The progeny of 2 × 104 to 4 × 104 BM CD34+CD38 cells cultured × 7 days with HUBECs + GM36SF showed significantly higher levels of human engraftment compared with day-0 BM CD34+CD38 cells at the same dose. As shown at right, the highest human CD45+ cell engraftment was observed in mice that received transplants of the progeny of 4 × 104 BM CD34+CD38 cells following noncontact HUBEC cultures + GM36SF. Mice that received transplants of the progeny of BM CD34+CD38 cells cultured with HUBECs + TSF displayed comparable engraftment to noncontact HUBEC + GM36SF cultures. Each circle represents an individual mouse that received a transplant of human BM cells. Values on the Y-axis indicate the percentage of human CD45+ cell engraftment within the marrow of individual mice that received NOD/SCID transplants. The cell dosages for each group are shown at top. The mean levels of human CD45+ cell engraftment are indicated by horizontal bars for each group.

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