Figure 1
Figure 1. Expression of cannabinoid receptors CB2 in human BM HSPCs by flow cytometry. (A) Analysis of the surface expression of CB2 in human BM MNCs and CD34+ cells isolated from human BM. This is a representative experiment of 5 experiments. (B) Analysis of CB2 mRNA expression in BM MNCs compared with isolated CD34−, CD34+, CD133−, or CD133+ cells. RNA was isolated from the indicated populations of BM cells, and the expression of cannabinoid receptor mRNA was evaluated using the RT-PCR technique. GAPDH was used as an internal control. (C) Western blot analysis of CB2 expression in CD34+ cells derived from human BM. Jurkat cell line was used as a positive control of CB2 expression. (D) Analysis of surface expression of CB2 in total peripheral blood MNCs and CD34+ cells isolated from G-CSF-mobilized peripheral blood. This is a representative experiment of 5 experiments. (E) Expression of CB2 in human CD34+CD38− cells. A representative fluorescence-activated cell sorter profile of the CB2 surface receptor expression in human BM CD34+CD38− cells is shown.

Expression of cannabinoid receptors CB2 in human BM HSPCs by flow cytometry. (A) Analysis of the surface expression of CB2 in human BM MNCs and CD34+ cells isolated from human BM. This is a representative experiment of 5 experiments. (B) Analysis of CB2 mRNA expression in BM MNCs compared with isolated CD34, CD34+, CD133, or CD133+ cells. RNA was isolated from the indicated populations of BM cells, and the expression of cannabinoid receptor mRNA was evaluated using the RT-PCR technique. GAPDH was used as an internal control. (C) Western blot analysis of CB2 expression in CD34+ cells derived from human BM. Jurkat cell line was used as a positive control of CB2 expression. (D) Analysis of surface expression of CB2 in total peripheral blood MNCs and CD34+ cells isolated from G-CSF-mobilized peripheral blood. This is a representative experiment of 5 experiments. (E) Expression of CB2 in human CD34+CD38 cells. A representative fluorescence-activated cell sorter profile of the CB2 surface receptor expression in human BM CD34+CD38 cells is shown.

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