- 更多网络例句与髓细胞生成的相关的网络例句 [注：此内容来源于网络，仅供参考]
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BACKGROUND: Lipopexia induced by glucocorticoid is fat precipitation in marrow due to abnormal lipometabolism, or differentiation of cells resulting from hormone-affected bone marrow mesenchymal cells.
摘要背景：糖皮质激素引起的髓内脂肪蓄积是由机体脂肪代谢异常在髓内形成的脂肪沉淀，还是由于激素直接作用于骨髓间充质细胞使细胞发生了分化，以及具体生成的过程目前还没有定论。
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BACKGROUND: Lipopexia induced by glucocorticoid is fat precipitation in marrow due to abnormal lipometabolism, or differentiation of cells resulting from hormone-affected bone marrow mesenchymal cells. The precise generating procedure remains unclear. OBJECTIVE: To investigate effects of various concentrations of dexamethasone on adipogenic differentiation of bone marrow mesenchymal cells.
背景：糖皮质激素引起的髓内脂肪蓄积是由机体脂肪代谢异常在髓内形成的脂肪沉淀，还是由于激素直接作用于骨髓间充质细胞使细胞发生了分化，以及具体生成的过程目前还没有定论。
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Analysis of patient's primary leukemia blasts revealed that those carrying the t(8;21) generating AML1/ETO, the most common acute myeloid leukemia-associated fusion protein, display low levels of a microRNA-223 (miR-223), a regulator of myelopoiesis.
对原发性白血病的胚细胞进行分析发现具有 t （8；21）能够产生 AML1/ETO 蛋白，而这种蛋白是急性髓性白血病相关融合蛋白中最常见的一种，这样的白血病胚细胞具有微小 RNA-223（ miR-223）的低表达， miR-223是骨髓细胞生成的调节因子。
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In io administration of anti-EGF antibody abrogates both the acceleration of the recoery of blood flow in the ischemia-induced limbs by M-CSF and the augmentation of the mobilization of EPCs induced by M-CSF.
而体内给予抗EGF抗体可消除M-CSF诱导的血流恢复加快和EPCs动员增加，提示M-CSF动员EPCs通过增加EGF的生成以促进缺血组织血流的快速恢复，同时提示EGF主要生成于髓系细胞。
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Fig 1 At the experimental side, two weeks after operation (HE ×100) Many pieces of cartilage cells and spindle-shaped mesenchymal cells were found, by light microscope Fig 2 At the experimental side, twelve weeks after operation (HE ×100) Medullary cavity had formed, which contained hemoblasts and adipocytes, but the trabculae was not typical, by light microscope Fig 3 At the experimental side, twenty-four weeks after operation (HE ×100) The typical cancellous bone had formed, by light microscope Fig 4 At the control side, twenty-four weeks after operation (HE ×100) A large part of CXB was degraded, resorbed and replaced by fibrous tissue, but there was'not any new formed bone, by light mocroscope
图1 实验侧术后2周(HE ×100)镜下可见很多软骨细胞条索和团块生成及大量梭形间充质细胞图2 实验侧术后12周(HE ×100)镜下可见有髓腔形成，内含有造血和脂肪细胞，骨小梁尚不典型图3 实验侧术后24周(HE ×100)镜下可见形成典型的松质骨结构图4 对照侧术后24周(HE ×100)镜下可见大部分CXB被降解吸收，为纤维组织替代，无新骨形成
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In the period of 8 to 16 weeks after operation,new bone was formed continuously, artificial bone gradually reconstructed to mature lamellar bone,bone trabeculae and medullary cavity,etc. Conclusion The preparation of CPC is simple.
结果 CPC植入后4周有新生软骨形成及未成熟的骨组织，可见大量的软骨细胞、成骨细胞、胶原组织及较多的小血管。8～16周新骨继续生成，人工骨逐渐改建为成熟的板层骨、骨小梁和髓腔结构。
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Results There existed new cartilage and new immature bone tissue in the bone substitute in 4 weeks after operation, as well as mass of cartilageous cells,osteoblasts, collagen tissue and more small vessels were seen. In the period of 8 to 16 weeks after operation,new bone was formed continuously, artificial bone gradually reconstructed to mature lamellar bone,bone trabeculae and medullary cavity,etc.
结果 CPC植入后4周有新生软骨形成及未成熟的骨组织，可见大量的软骨细胞、成骨细胞、胶原组织及较多的小血管。8～16周新骨继续生成，人工骨逐渐改建为成熟的板层骨、骨小梁和髓腔结构。
- 更多网络解释与髓细胞生成的相关的网络解释 [注：此内容来源于网络，仅供参考]
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bone marrow：髓
大家都知道,骨髓(bone marrow)是产生细胞的地方,最初产生的细胞叫干细胞(stem cells),骨髓干细胞促使生成组成血液的原细胞(progenitor cells),原细胞最后发展为红血细胞和白血细胞(具免疫功能).
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myelopoiesis：髓细胞生成
2008年陈竺教授与诸江教授等人在缺少活性病毒感染的一个生物过程中发现了一个重要的RIG-I诱导,并且通过实验证明这个重要的Rig-I诱导也在正常的髓细胞生成(myelopoiesis)过程中出现,并且小鼠中RIG-I基因的降解会引起进程性骨髓增生性失序(myeloproliferativedisorder),