Edwards J C, Willoughby D A
Ann Rheum Dis. 1982 Apr;41(2):177-82. doi: 10.1136/ard.41.2.177.
Beige mice carry a gene (bg) which codes for the presence of giant intracellular granules in a variety of cell types. Bone marrow from beige mice was transplanted into irradiated normal mice. Giant granules similar to those seen in beige mouse synovial cells were observed subsequently in the synovial lining cells of marrow recipients, indicating an influx of bone marrow derived cells into the synovial lining. Giant granule bearing cells also appeared in the subintima. On electron microscopy giant granules have been demonstrated only in macrophage-like or type A cells in marrow recipient synovia, despite the occurrence of giant granules in both type A and type B lining cells in donor material (beige). This tends to suggest that only the type A lining cells are derived from bone marrow, as might be expected from their similarity to mononuclear phagocytes elsewhere. However, the possibility remains that type B cells are also derived from bone marrow but have a slower rate of replacement.
米色小鼠携带一种基因(bg),该基因编码多种细胞类型中存在巨大的细胞内颗粒。将米色小鼠的骨髓移植到经辐射的正常小鼠体内。随后在骨髓受体的滑膜衬里细胞中观察到与米色小鼠滑膜细胞中所见类似的巨大颗粒,这表明骨髓来源的细胞流入了滑膜衬里。含巨大颗粒的细胞也出现在内膜下层。电子显微镜检查显示,尽管供体材料(米色小鼠)的A型和B型衬里细胞中都出现了巨大颗粒,但在骨髓受体滑膜中仅在巨噬细胞样或A型细胞中发现了巨大颗粒。这倾向于表明只有A型衬里细胞来源于骨髓,这正如根据它们与其他部位单核吞噬细胞的相似性所预期的那样。然而,B型细胞也来源于骨髓但替换速度较慢的可能性仍然存在。