McCarthy K F, Ledney G D, Mitchell R
Cell Tissue Kinet. 1977 Mar;10(2):121-6. doi: 10.1111/j.1365-2184.1977.tb00137.x.
In the present study, population sizes of high self-renewal potential stem cells, i.e. colony forming units (CFU), and low self-renewal potential stem cells, i.e. transient endogenous colony forming units (TE-CFU) in Sl/Sld mice and their normal congenic littermates were measured and compared. By correcting for differences in the seeding efficiency 'f', it was possible to demonstrate that Sl/Sld mice suffer a deficiency of both stem cell populations. Therefore, it is concluded that the defective stromal tissue of the Sl/Sld mouse does not support normal size stem cell populations. However, as noted in the discussion, it remains an open question as to whether the defective stromal tissue supports normal erythroid differentiation at the stem cell level.
在本研究中,对Sl/Sld小鼠及其正常同基因 littermates中具有高自我更新潜能的干细胞即集落形成单位(CFU)和低自我更新潜能的干细胞即瞬时内源性集落形成单位(TE-CFU)的群体大小进行了测量和比较。通过校正接种效率“f”的差异,有可能证明Sl/Sld小鼠的两种干细胞群体均存在缺陷。因此,可以得出结论,Sl/Sld小鼠有缺陷的基质组织不支持正常大小的干细胞群体。然而,正如在讨论中所指出的,有缺陷的基质组织在干细胞水平上是否支持正常的红系分化仍是一个悬而未决的问题。