Wright E G, Lorimore S A, Lord B I
Cell Tissue Kinet. 1985 Mar;18(2):193-9. doi: 10.1111/j.1365-2184.1985.tb00648.x.
An inhibitor and stimulator of CFU-s proliferation can be obtained from haemopoietic tissue containing, respectively, relatively quiescent CFU-s (e.g. normal bone marrow) and proliferating CFU-s (e.g. regenerating bone marrow). Their effects on the proliferative behaviour of steady-state and regenerating marrow CFU-s, which produce colonies 7, 10 and 12 days post-transplantation have been investigated. The results demonstrate changing sensitivities of CFU-s to inhibitor and stimulator as they progress through a developmental age structure, 'Older' CFU-s (producing early spleen colonies) are more sensitive to stimulator, 'Younger' CFU-s (producing late spleen colonies) are more sensitive to inhibitor.
集落形成单位脾(CFU-s)增殖的抑制剂和刺激剂可分别从含有相对静止的CFU-s(如正常骨髓)和增殖性CFU-s(如再生骨髓)的造血组织中获得。已经研究了它们对稳态和再生骨髓CFU-s增殖行为的影响,这些CFU-s在移植后7、10和12天产生集落。结果表明,随着CFU-s在发育年龄结构中发展,它们对抑制剂和刺激剂的敏感性发生变化,“较老”的CFU-s(产生早期脾集落)对刺激剂更敏感,“较年轻”的CFU-s(产生晚期脾集落)对抑制剂更敏感。