Fig. 5.
Fig. 5. Increases in apoptosis and in the proportion of cells in S/G2/M in bone marrow of STAT5A/5B-deficient mice. / Whole bone marrow from the indicated mice was stained for apoptosis or DNA content measurements in conjunction with antibodies to lineage markers and Sca-1. (A) Percentage of apoptotic cells in the lin+ (P = .04), lindimSca-1neg/lo post-HSC progenitors (P = .03), and lindimSca-1+ HSC (P = .04) subsets in STAT5A/5B−/− and STAT5A/5B+/+ mice are shown. (B) Percentage of cells with more than 2n DNA content for the lin+(P = .2), lindimSca-1neg/lopost-HSC progenitors (P = .01), and lindimSca-1+ HSC (P = .005) subsets are shown.

Increases in apoptosis and in the proportion of cells in S/G2/M in bone marrow of STAT5A/5B-deficient mice.

Whole bone marrow from the indicated mice was stained for apoptosis or DNA content measurements in conjunction with antibodies to lineage markers and Sca-1. (A) Percentage of apoptotic cells in the lin+ (P = .04), lindimSca-1neg/lo post-HSC progenitors (P = .03), and lindimSca-1+ HSC (P = .04) subsets in STAT5A/5B−/− and STAT5A/5B+/+ mice are shown. (B) Percentage of cells with more than 2n DNA content for the lin+(P = .2), lindimSca-1neg/lopost-HSC progenitors (P = .01), and lindimSca-1+ HSC (P = .005) subsets are shown.

Close Modal

or Create an Account

Close Modal
Close Modal