Figure 2
Figure 2. Expression of SHH and Hh signaling pathway components in MM cells. (A) Flow cytometry analysis for identification and selection of CD138–CD19–, CD138–CD19+, and CD138+CD19– cell populations from MM patients’ BM aspirates for expression of SHH. (B) Percentages of SHH-positive cells in each of the 3 cell populations in BM samples from 6 more MM patients. (C) RT-PCR showing the levels of mRNA for Hh signaling components in highly purified CD138+ primary MM cells from 10 MM patients (Pt MM) and 6 MM cell lines (MMCLs). (D) Real-time PCR showing the levels of mRNA for Hh signaling components in patients’ highly purified CD19+ B cells (Pt B cell; n = 4) or CD138+ primary MM cells (Pt MM; n = 10) from MM patients’ BM aspirates, and 6 MMCLs. (E) Western blotting showing protein expression of SHH, PTCH, GLI1, in MMCLs and purified CD19+ B cells from healthy donor. GAPDH, glyceraldehyde phosphate dehydrogenase.

Expression of SHH and Hh signaling pathway components in MM cells. (A) Flow cytometry analysis for identification and selection of CD138CD19, CD138CD19+, and CD138+CD19 cell populations from MM patients’ BM aspirates for expression of SHH. (B) Percentages of SHH-positive cells in each of the 3 cell populations in BM samples from 6 more MM patients. (C) RT-PCR showing the levels of mRNA for Hh signaling components in highly purified CD138+ primary MM cells from 10 MM patients (Pt MM) and 6 MM cell lines (MMCLs). (D) Real-time PCR showing the levels of mRNA for Hh signaling components in patients’ highly purified CD19+ B cells (Pt B cell; n = 4) or CD138+ primary MM cells (Pt MM; n = 10) from MM patients’ BM aspirates, and 6 MMCLs. (E) Western blotting showing protein expression of SHH, PTCH, GLI1, in MMCLs and purified CD19+ B cells from healthy donor. GAPDH, glyceraldehyde phosphate dehydrogenase.

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