The combination of HGFs may accelerate the formation of the colonies of CFU GM.
同时，结果还显示，造血生长因子的联合应用可加速CFU-GM集落的形成。
Afterwards, with the increase of the doses, the Numbers of CFU declined gradually.
之后，随着防风剂量的增加，两种细菌的菌落数呈逐渐下降的趋势。
Then these mice were killed after 15 days, measuring the spleen weights and spleen CFU.
分别于攻毒后15扑杀小鼠，称量脾脏重量并检测脾脏荷菌情况。
The mean CFU GM colony yield was decreased and cluster yield increased in the MDS patients.
MDS患者骨髓细胞体外cfuGM集落产率减少，集簇产率增加。
Modern medicine has proved that BFU-E and CFU-E of PV is similar as or higher than normal level.
现代医学认为真红患者的红系爆式集落形成单位(BFU - E)及红系集落形成单位(CFU - E)与正常人水平相近甚至更高一些。
Methods MTT, CFU-L and indirect immune fluorescence were used in 18 patients with acute leukemias.
方法应用MTT、CFU - L及间接免疫荧光法对18例急性白血病进行观察。
Serum GM index and fungal CFU in tissues were also markedly reduced in prophylactic itraconzole group.
预防性静脉滴注伊曲康唑组其血清GM含量和组织真菌负荷量比对照组明显降低。
Fetal muscle condition medium (FMCM) offers colony stimulating activity in the in vitro CFU-GM cultivation.
胎肌条件培养液(FMCM)可在CFU - GM体外培养中提供集落刺激活性。
The counts of dust particles and the CFU of sedimentary bacteria in the air of COA and the CFU of surface b...
空气中尘埃粒子数、沉降菌及物品表面细菌菌落数均达到国家标准。
Methods: The effect of QXMSC1 on hematopoietic stem cell was observed by colony forming unit of spleen (CFU-S).
方法：用脾克隆形成单位(CFU - S)测定QXMSC1对造血干细胞的影响。
Conclusion: Human hematopoietic growth factors can increase the expansion of cord blood CD34 cells and CFU-GM significantly.
结论：外源性造血生长因子可使脐血cd 34 +细胞及CFU - GM产生明显的扩增效应。
Result showed that this therapy could inhibit CFU-L obviously, but could not inhibit CFU-GM of bone marrow of normal controls.
结果：健脾养阴泄毒法能明显抑制白血病患者CFU -L ，而对正常人骨髓CFU -GM无明显抑制作用。
It was suggested that observation of CFU-Fand count of Numbers is an auxiliary criterion for differential diagnosis between AML and ALL.
结果提示：CFU - F的数量和形态学观察可作为急淋与急粒鉴别诊断的一个辅助实验指标。
The properties and functions of mouse pluripotential stem cells (CFU-S) were studied with spleen colony technique and other related methods.
用脾集落技术结合有关方法对小鼠多能造血干细胞(CFU - S)的一些性质与功能做了观察。
Objective Increasing the productivity of fibrocytic cell colony (CFU-F) formed by human bone marrow and shortening the time for the culture.
目的为提高人骨髓成纤维细胞集落（CFU-F）的产率，缩短培养时间。
The effects of bone marrow stromal cells conditioned medium combined with TPO on the expansion of mature megakaryocytes and CFU-Meg in vitro;
人脐血中是否存在造血基质细胞及其生物学特点如何，脐血基质细胞能否在体外有效扩增，国内外相关的系统性研究较少。
The non-adherent cells of the cultures could generate CFU-GM for more than 6 weeks With a rapid decline in it's output as the cultures going on.
非贴壁层细胞形成CFU-GM的能力达6周以上，但随着培养时间的延长，CFU-GM的形成活性明显下降。
The hematopoietic function was evaluated with the spleen node count under microscope, semi-solid agar CFU-GM assay and peripheral blood WBC count.
通过解剖镜下计数脾结节、半固体琼脂法检测CFU -GM及常规计数外周WBC变化进行造血功能测定。
Conclusion The erythropoiesis inhibitors might exist in uremia sera which had a dose-dependent inhibitory effects on CFU-E and BFU-E proliferations.
结论尿毒症患者血清中存在红细胞生成抑制因子，其对红系造血祖细胞的抑制作用具有剂量依赖性。
DNA content and quantity of nucleocyte in bone marrow, CFU-sin spleen, spleen index and thymus index were observed at 12 or 14day after irradiation.
在照后14天，处死小鼠，观察药物对骨髓DNA含量、骨髓有核细胞数、脾结节、脾指数、胸腺指数的影响。
The potent CFU-AML growth inhibition associated with the relative resistance of normal LTC-IC strongly supports the use of genistein for marrow purging.
的强有力的CFU - AML增长的抑制与正常LTC - IC的相对电阻的强烈支持使用的染料木素，骨髓清除。
Objective To observe the differences of colony forming unit-fibroblastic (CFU-F) Numbers in bone marrow aspirated in various ways from New Zealand white rabbits.
目的观察不同方式抽取的新西兰白兔骨髓中成纤维细胞集落形成单位(CFU - F)数量差异。
Researchers also analyzed levels of alpha-fetoprotein (AFP), a specific biomarker of HCC, and found that patients with higher CFU scores had higher levels of AFP.
研究者们还分析了患者的甲胎蛋白水平（AFP）（肝细胞癌的特定生物标记），发现较高集落得分的患者其甲胎蛋白水平也较高。
When the mice were sacrificed, tumor weight was measured, and the assay of colony forming unit-granulocyte and macrophage (CFU-GM) was performed on semi-solid culture.
裸鼠处死时测量肿瘤重量，用半固体培养基进行粒—巨噬细胞集落形成单位(CFU - GM)实验并检测血白细胞、丙氨酸转氨酶和肌酐等。
Objective:To investigate the effects of serum infected by human parvovirus B19(HPVB19) on the proliferation of colony forming unit-megakaryocyte (CFU-MK) in ITP patients.
前言： 目的：探讨人微小病毒B19（H PVB19）感染的特发性血小板减少性紫癜（ITP）患儿血清对人巨核祖细胞（CFU-MK）增殖的影响。
These hemopoietic growth factors have profound influences not only on the physiological state of stem cells (CFU-S), but also on the proliferation and differentiation of progenitors.
这些造血活性物质对CFU-S的生理状态和祖细胞的增殖与分化有着深刻的影响。
They suggest that further studies with more patients and longer follow-up times would be useful, as would further evaluations of known prognostic factors together with CFU and AFP levels.
他们认为有必要进一步扩大病人规模和延长随访时间的研究，以及进一步评估已知的预后因子和集落生成单位以及甲胎蛋白水平的价值。
In this article, the tissue sources, producing cells and biological actions of CFU-S proliferation stimulator and inhibitor regulating and controlling CFU-S proliferation state are reviewed.
本文对调控造血干细胞(CFU - S)增殖状态的一对作用相反因子的组织来源，生成细胞及其生物学作用进行了简略概述。
This paper reports our investigation of the possibility of the ultiliza- tion of the Bioluminesceht (BL) technique to substitute the traditional viability count of CFU of current BCG vaccine.
报道用生物发光技术（BL法）取代现行卡介苗菌落形成单位计数法（CFU）的实验研究。
This paper reports our investigation of the possibility of the ultiliza- tion of the Bioluminesceht (BL) technique to substitute the traditional viability count of CFU of current BCG vaccine.
报道用生物发光技术（BL法）取代现行卡介苗菌落形成单位计数法（CFU）的实验研究。
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