Figure 2
Figure 2. Expression of CB2 in murine HSPCs. (A) Expression of CB2 in mouse BM cells. The surface expression of cannabinoid receptors was analyzed in total cells, non-SP (side population) cells, and SP cells. This is a representative experiment of 5 experiments. (B) Expression of CB2 receptors on mouse LSK cells. Total BM cells were gated for lineage-negative cells (Linβˆ’), followed by selection of c-kit/sca1 double-positive cells. CB2 expression was determined in the LSK population. This is a representative experiment of 4 experiments. (C) Analysis of CB2 mRNA expression in BM MNCs compared with isolated LSK and SLAM (LSK CD150+ CD48βˆ’) cells. RNA was isolated from the indicated murine populations of BM cells, and the expression of cannabinoid receptor mRNA was evaluated using the RT-PCR technique. Actin was used as an internal control.

Expression of CB2 in murine HSPCs. (A) Expression of CB2 in mouse BM cells. The surface expression of cannabinoid receptors was analyzed in total cells, non-SP (side population) cells, and SP cells. This is a representative experiment of 5 experiments. (B) Expression of CB2 receptors on mouse LSK cells. Total BM cells were gated for lineage-negative cells (Linβˆ’), followed by selection of c-kit/sca1 double-positive cells. CB2 expression was determined in the LSK population. This is a representative experiment of 4 experiments. (C) Analysis of CB2 mRNA expression in BM MNCs compared with isolated LSK and SLAM (LSK CD150+ CD48βˆ’) cells. RNA was isolated from the indicated murine populations of BM cells, and the expression of cannabinoid receptor mRNA was evaluated using the RT-PCR technique. Actin was used as an internal control.

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