Figure 1
Figure 1. Quantification of AKT1−/− or AKT2−/− HSCs in adult mice and assessment of function in serial transplantation. Total number of LSKs and LT-HSCs (CD150+CD48−LSKs) in bone marrow from femurs and tibias in (A) 3-month-old or (B) 12-month-old single knockout mice. Graphs represent the mean ± SEM in (A) n = 6 and (B) n = 4. (C) Percentage of single knockout (CD45.2+Ly5B6+) cells in the bone marrow LSK population 16 weeks after the initial transplantation (primary) and then 16 weeks after each serial transplantation (secondary and tertiary). FL cells from single-knockout fetuses (CD45.2+Ly5B6+) were mixed with wild-type FL cells (CD45.1+ B6.Ly5SJL) in a 3:1 (CD45.2+:CD45.1+) ratio and serially transplanted every 16 weeks. Bar graphs represent the mean ± SEM (n = 4).

Quantification of AKT1−/− or AKT2−/− HSCs in adult mice and assessment of function in serial transplantation. Total number of LSKs and LT-HSCs (CD150+CD48LSKs) in bone marrow from femurs and tibias in (A) 3-month-old or (B) 12-month-old single knockout mice. Graphs represent the mean ± SEM in (A) n = 6 and (B) n = 4. (C) Percentage of single knockout (CD45.2+Ly5B6+) cells in the bone marrow LSK population 16 weeks after the initial transplantation (primary) and then 16 weeks after each serial transplantation (secondary and tertiary). FL cells from single-knockout fetuses (CD45.2+Ly5B6+) were mixed with wild-type FL cells (CD45.1+ B6.Ly5SJL) in a 3:1 (CD45.2+:CD45.1+) ratio and serially transplanted every 16 weeks. Bar graphs represent the mean ± SEM (n = 4).

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