bmn

Methods : Six cases of BMN were studied clinically .

方法：对6例骨髓坏死的临床资料进行分析。

Results : BMN was the primary syndrome in all the6 cases .

结果：6例BMN均以骨髓坏死为首要表现，以骨痛和发热为主要表现。

Microcarrier Cultivation of Silkworm BmN Cell and High Level Expression of HBeAg Gene

家蚕BmN细胞的微载体培养及HBeAg的高效表达

CDNA Cloning and Expression of Human Lactoferrin in BmN cells

人乳铁蛋白cDNA的克隆及在家蚕细胞中的表达

Study on Apoptosis of BmN Cells Induced by CdCl_2

CdCl2诱导家蚕细胞（BmN）凋亡的研究

Methods The clinical symptoms , signs and laboratory examinations of7 patients with BMN were analyzed .

方法分析7例骨髓坏死（BMN）患者临床症状、体征及实验室检查特点。

Study for High-Expression of HBeAg Gene with Recombinant Baculovirus / BmN Cell System

重组病毒/家蚕细胞系统稳定高效表达HBeAg基因的研究

Immunocytochemistry in BmN cells showed that the protein mainly existed in the cytoplasm and membrane .

以家蚕BmN细胞进行免疫细胞化学实验，结果显示，PGRMC2蛋白主要分布在细胞质和细胞膜上，少量分布在细胞核内。

Objective To investigate the clinical , laboratory and diagnostic characteristics of bone marrow necrosis ( BMN ) in children .

目的对19例小儿骨髓坏死（BMN）进行总结分析，探讨其临床和实验室特点。

Expression of hEGF in BmN cells and Larvae of Bombyx mori

人表皮生长因子基因在家蚕细胞和幼虫中表达及生物活性的研究

Objective : To investigate the primary disease , pathogenesis , clinical feature and prognosis of bone marrow necrosis ( BMN ) .

目的：探讨骨髓坏死（BMN）的原发病、发病机理、临床特点及预后。

Studies on Chromosomes and Mitoses of BmN Cells and Primary Culture of Bombyx Mori 's Embryonic Cells

BmN细胞染色体及有丝分裂研究和家蚕胚胎细胞原代培养

BmN cells were transfected by the recombinant bacmid using lipofectin to get recombinant viruses .

用脂质体法转染家蚕BmN细胞，分别获得重组病毒。

Inhibition of 35 ℃ on the Development and Propagation of the Nosema bombycis in BmN Cells

35℃高温对家蚕微孢子虫在BmN细胞中发育、增殖的抑制

Construction of Transfer Vectors Containing Anti-CD28 Single Chain Antibody and Chimeric Antibody Genes and Expression of the ScFv in BmN Cell

抗人CD28单链抗体和嵌合抗体转移载体的构建及单链抗体基因在BmN细胞中的表达

The morphological characteristics of cell apoptosis were studied with BmN cells induced by different CdCl 2 concentrations by means of Giemsa staining .

为探讨重金属诱导家蚕细胞凋亡机制，用不同浓度的CdCl2，对家蚕细胞（BmN）进行诱导，并采用Giemsa染色形态学方法，研究其细胞凋亡。

In serum-free medium , the BmN cells of silkworm apoptosised and necrosised gradually .

在无血清的培养基中，家蚕BmN细胞逐渐凋亡坏死。

Conclusion Both malignant hematopoietic original tumor and malignant metastatic tumor are the most common causes of BMN in children and some serious infections are the common causes of BMN in children as well .

结论恶性血液肿瘤和恶性转移瘤是小儿BMN的最常见病因，另外严重感染也是小儿BMN的常见病因之一。

In conclusion , the Ph + B ALL expressing myeloid antigen with BMN is very rare , its diagnosis should be confirmed by using multiple methods , and the active treatments should be performed .

结论My+Ph+B-ALL并发BMN是一种罕见疾病，应采取多种方法检查明确诊断并积极治疗。

The results indicated that the expression levels of cyclin genes in BmN cell were affected by the duplication of BmNPV DNA , and the inhibitions of different genes were not same in several times after infection .

结果表明，家蚕BmN细胞周期蛋白家族基因的表达水平受BmNPVDNA复制的影响，在不同感染时期，对BmN细胞周期蛋白家族不同基因抑制的效果不同。

In the paper , the effects of 2,4-Dichlorophenol ( 2,4-DCP ) on ovary cell of Bombyx silkworm ( BmN ) and Autographa califobiea ( Sf9 ) were studied .

研究了2,4-DCP对家蚕卵巢细胞（BmN）和苜蓿丫纹夜蛾卵巢细胞（Sf9）的影响。

The replication of the recombinant virus in silkworm cells and larvae showed that the budded virus could infect BmN cells and injected silkworm larvae , while the per os inoculation with its occluded virus couldn ′ t infect the larvae .

比较了该重组病毒在家蚕细胞及家蚕幼虫中的增殖情况，发现它的芽生型病毒能正常感染家蚕细胞和经皮下注射的家蚕幼虫，然而其包埋型病毒不能经口感染家蚕幼虫。

The recombinant plasmid pXL / EG ⅳ / GFP / Neo , which is extracted using a endotoxin-free plasmid extracting kit , was used to transfect silkworm BmN cells , and the result showed that the GFP and Neo were expressed successfully .

用去内毒素的质粒抽提试剂盒提取重组质粒pXL/EGⅣ/GFP/Neo后，转染家蚕BmN细胞，确认GFP和Neo的表达正常。

With the recombinant virus infecting BmN cells revealed that CP and ChiA gene were not essential for viral replication and have no significant effect on polyhedron formation , and the infected cells survived 2 ~ 3 days more than those infected with BmNPV and BmNPV-GMCSF .

重组病毒感染BmN细胞实验表明：ChiA、CP两基因的失活不影响病毒的复制及多角体的形成，且感染细胞的存活时间比BmNPV-GMCSF、BmNPV感染的多2-3天；