Shadduck R K, Waheed A
Blood Cells. 1984;10(2-3):163-76.
It is now clear that a variety of colony stimulating factors may be responsible for growth and maturation of progenitor cells in the marrow. Four of these CSFs have been purified to homogeneity with the distinct possibility of large-scale production of these factors by molecular cloning techniques. Studies of the binding and interaction of these factors with marrow cells are now under way. In vivo experiments with diffusion chamber techniques have shown the relevance of CSF in stimulating granulopoiesis when the progenitor cells are separated from their microenvironment but only limited effects in normal mice. This suggests that extensive microenvironmental influences may be involved in CSF-mediated granulopoiesis.
现在已经清楚,多种集落刺激因子可能负责骨髓中祖细胞的生长和成熟。其中四种集落刺激因子已被纯化至同质,通过分子克隆技术大规模生产这些因子具有明显的可能性。目前正在进行这些因子与骨髓细胞结合及相互作用的研究。采用扩散盒技术进行的体内实验表明,当祖细胞与其微环境分离时,集落刺激因子在刺激粒细胞生成方面具有相关性,但在正常小鼠中作用有限。这表明广泛的微环境影响可能参与了集落刺激因子介导的粒细胞生成。