Furthermore, expression of both CCR2 and CCR5 genes was enhanced significantly in activated macrophages when compared with non-activated macrophages.
而且,与 未激活的巨噬细胞比较,已经 激活的巨噬细胞CCR2,CCR5基因的表达增强更为明显。
These findings provide evidence that CCR2 and MCP-3/MCP-1 are critical for monocyte mobilization and suggest new roles for monocyte chemoattractants in leukocyte homeostasis.
这些研究给CCR2和MCP-3/MCP-1是单核细胞动员的关键因素提供了证据,并且揭示了单核细胞诱生物在白细胞稳定中的崭新作用。
Conclusion CCR2 gene and GPR177 gene polymorphism may affect bone mineral density in elderly men, suggesting that CCR2 gene and GPR177 gene may be candidate genes which affect bone mineral density.
结论CCR2基因和GPR177基因多态性位点可能对老年男性骨密度有影响,提示CCR2基因和GPR177基因是影响骨密度的候选基因。
Conclusion CCR2 gene and GPR177 gene polymorphism may affect bone mineral density in elderly men, suggesting that CCR2 gene and GPR177 gene may be candidate genes which affect bone mineral density.
结论CCR2基因和GPR177基因多态性位点可能对老年男性骨密度有影响,提示CCR2基因和GPR177基因是影响骨密度的候选基因。
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