Boersma W J, Daculsi R, van der Westen G
Cell Tissue Kinet. 1981 Mar;14(2):197-210. doi: 10.1111/j.1365-2184.1981.tb00523.x.
Bone marrow cells were separated according to buoyant density, velocity sedimentation and cell surface charge. Fractionated (C3H x AKR)F1 bone marrow cells were transplanted into lethally-irradiated C3H recipients. In all fractions, the CFUs content and the capacity to restore the thymus cell population were determined. For all the physical parameters tested, the thymocyte progenitor cells show the same distribution as CFUs. The relationship between number of thymocyte progenitor cells and number of CFUs is dependent on density. Bone marrow progenitors of PHA responsive cells are of low buoyant density and show a distribution which resembles the distribution of the progenitors of Thy 1 positive cells. After transplantation of large numbers of bone marrow cells into irradiated mice, no significant change in the CFUs content of the thymus was observed.
骨髓细胞根据浮力密度、速度沉降和细胞表面电荷进行分离。将分馏的(C3H×AKR)F1骨髓细胞移植到经致死剂量照射的C3H受体中。在所有组分中,测定集落形成单位(CFUs)含量和恢复胸腺细胞群体的能力。对于所有测试的物理参数,胸腺细胞祖细胞显示出与CFUs相同的分布。胸腺细胞祖细胞数量与CFUs数量之间的关系取决于密度。对PHA有反应的细胞的骨髓祖细胞具有低浮力密度,并且显示出类似于Thy 1阳性细胞祖细胞的分布。将大量骨髓细胞移植到受照射小鼠后,未观察到胸腺CFUs含量有显著变化。