rhg

RhG-CSF not only promote blood cell recovery but also accelerate thrombosis.

rhG-CSF不仅有促进血细胞恢复的现象，而且还显示出通过改善机体的凝血途径及加快血栓形成来发挥其治疗作用。

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It is concluded that the higher numbers of DC2 and CD8+ CD28-T suppressor cells in peripheral blood grafts may contribute to the ability of tolerance in peripheral blood T cells induced by rhG-CSF in vivo.

结论：rhG CSF体内应用后，采集物中DC2和CD8+CD28-抑制性T细胞数量的增加可能是外周血T细胞免疫耐受产生的重要机制。

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RhG CSF accelerates neutrophil recovery in acute leukemia patients undergoing chemotherapy

rhG-CSF加速急性白血病化疗后中性粒细胞的恢复

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RhG diagnostic value for liver carcinoma

肝血流图对肝癌诊断价值的初步探讨&12例报导

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Karyotype analysis was carried out by reverse heating giemsa ( RHG).

采用热变性姬姆萨R显带法（reverseheatinggiemsa，RHG）进行核型分析。

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Results: The rhG CSF expression level of 48 h after transfection was 52 ng/ ml, and that of 72 h was 230 ng/ ml. Results showed that the rhG CSF cDNA was transitorily and highly expressed.

结果：转染COS7细胞后48h收集的上清rhG－CSF表达量为52ng／ml，72h为230ng／ml，显示rhG－CSF获得了暂时性高表达。

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Proliferation and migration of neural stem cells in SVZ after cerebral infarction in rats given rhG-CSF intranasally

经鼻导入rhG-CSF后脑梗死大鼠内源性神经干细胞的增殖与迁移

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RhG-CSF promoted brain cell proliferation after ischemia/ reperfusion lesion.

脑缺血再灌注损伤后，rhG一CSF治疗可以促进脑内细胞增殖。

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RHG banding chromosome analysis BMSCs analysis of karyotype of different groups of changes, results show that, the group BMSCs cell karyotype, no genetic variation.

RHG条带染色体分析法分析不同组别的BMSCs细胞核型的变化，结果表明，各组别BMSCs细胞核型一致，没有出现遗传性变异。

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BACKGROUND& OBJECTIVE: Recombinant human granulocyte colony-stimulating factor ( rhG-CSF) is effective in the prophylaxis and management of chemotherapy-induced neutropenia, but requires daily administration because of its short half-life.

背景与目的：重组人粒细胞集落刺激因子（rhG-CSF）是防治肿瘤化放疗引起的中性粒细胞减少症的有效药物，但半衰期短，需每日给药。

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Conclusion rhG-CSF is effective and safe for children with acute myeloid leukemia.

结论应用rhG -CSF 治疗儿童AML是安全而有效的.

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Clinical application of rhG CSF is safety.

rhG-CSF临床应用具有安全性。

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Conclusion: Short-course and high dose homemade rhG-CSF can effective-ly mobilize the peripheral stem cells in KM mice.

结论：短程大剂量rhG-CSF能有效地动员小鼠PBHSC。

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Conclusion: pED GCSF is a high eukaryotic expression plasmid in mammalian cell.

结论: pED-GCSF是一个能在哺乳动物细胞中高效表达rhG-CSF的真核表达质粒.

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