Figure 6
Figure 6. Extramedullary origin of the uterine hemangioblast. BM-uterine tracking study. First, we reconstituted the BM of lethally irradiated wild-type (C57BL/6) mice with unfractionated BMCs from GFP+ donors (A). GFP+ cells were mobilized to the uterus after reconstitution (B; insets show GFP+ cells at higher magnification). CD34+/c-kit− BMCs were isolated from the recipient uterus and cultured in MethoCult media. No colony-forming units (GFP+ or GFP−) were observed at day 7 (C; insets show GFP+ cell at higher magnification). White arrows indicate GFP+ cells. We reconstituted the BM of a second set of lethally irradiated C57BL/6 mice with whole (unselected) uterine cells (UCs) isolated from the primary recipient (combined with C57BL/6 BM helper cells) (D). At 12 weeks after the secondary reconstitution, no GFP+ cells were detected in the BM, blood, or spleens of the secondary recipients (by FACS).

Extramedullary origin of the uterine hemangioblast. BM-uterine tracking study. First, we reconstituted the BM of lethally irradiated wild-type (C57BL/6) mice with unfractionated BMCs from GFP+ donors (A). GFP+ cells were mobilized to the uterus after reconstitution (B; insets show GFP+ cells at higher magnification). CD34+/c-kit BMCs were isolated from the recipient uterus and cultured in MethoCult media. No colony-forming units (GFP+ or GFP) were observed at day 7 (C; insets show GFP+ cell at higher magnification). White arrows indicate GFP+ cells. We reconstituted the BM of a second set of lethally irradiated C57BL/6 mice with whole (unselected) uterine cells (UCs) isolated from the primary recipient (combined with C57BL/6 BM helper cells) (D). At 12 weeks after the secondary reconstitution, no GFP+ cells were detected in the BM, blood, or spleens of the secondary recipients (by FACS).

Close Modal

or Create an Account

Close Modal
Close Modal