细胞融合技术

包括细胞融合技术、细胞器移植、染色体工程和组织培养技术。

Including cell fusion technology , cell transplantation , chromosome engineering and tissue culture .

通过细胞融合技术，可以培育出新物种，打破了传统的只有同种生物杂交的限制，实现种间的杂交。

Through cell fusion technology , could produce new species , only to break the traditional hybridization with species restrictions , to achieve hybridization between species .

应用细胞融合技术，抗体采用ELISA方法、免疫印记技术进行鉴定。

Monoclonal antibodies ( McAb ) were generated by cell hybridization , detected by ELISA and Western blot method .

应用细胞融合技术建立抗人IgG4McAb杂交瘤细胞，生产McAb。

Hybridomas producing monoclonal antibodies ( McAb ) against human IgG4 were prepared by cell fusion technique .

应用细胞融合技术和扫描电镜研究了BK（牛肾）细胞早熟凝集染色体（PCC）和诱导PCC的CHO中期染色体的超微结构。

The ultrastructure of prematurely condensed chromosomes ( PCC ) in BK cells and the CHO metaphase chromosomes ( the PCC inducer ) were studied with cell fusion technique and SEM .

利用细胞融合技术获得了一株高产赤藓糖醇的融合株RH-UV-L4-F9，其发酵能力强，赤藓糖醇产量高。

The fusant RH-UV-L4-F9 which attained by cell fusion has high fermenting ability and productivity .

植物原生质体培养和体细胞融合技术研究进展

Advances in the culture of plant protoplast and techniques of somatic hybridization

细胞融合技术及其在生物医药中的应用

Application of Cell Fusion Technique in Biological Medicine

利用细胞融合技术构建富含EPA/DHA异养微藻株的研究

Study on the Construction of Heterotrophic and High-Containing EPA / DHA Microalgae by Cell Fusion Technique

细胞融合技术及其进展

Technology and advances of cell fusion

自细胞融合技术问世以来，已被广泛用于研究肿瘤细胞的恶性表型的表达与调控。

Cell fusion has been extensively used in the phenotypic expresion and regulation of malignant cells .

细胞融合技术的不断改进一方面表现在融合剂上，另一方面体现在新方法上，再者体现在融合对象的不断扩展上。

The improvement of the cell fusion technique involves the fusion agent , new methods and the cells used in fusion .

电场诱导是80年代以来兴起的一种细胞融合技术，在细胞遗传工程实践中具有很大应用价值。

The electric field-induced cell fusion is a new technique for somatic hybridization since 1980 's , and has great application potential in cell genetic engineering .

这些结果表明，体细胞融合技术与常规育种技术相结合，是进行马铃薯遗传改良和选育新品系的有效途径。

Were obtained , indicating interspecific somatic hybridization , when combined with traditional breeding method , might be as a new approach for the genetic improvement and the development of new cultivars in potato breeding .

cha-coense的原生质体融合株系进行了青枯病抗性鉴定，其目的是对利用体细胞融合技术获得抗青枯病种质的有效性及抗性鉴定技术进行评价，获得抗病育种材料。

The purposes were to assess the capability of the somatic fusion strategy in transferring bacterial wilt resistance between species , efficiency of the resistance evaluation techniques and potential use of the somatic hybrids in potato breeding programme .

细胞融合技术广泛的应用于遗传学、细胞学、病毒学、免疫学等多种学科的研究工作之中，并日益成为生物医药研发工作中的一种重要技术手段。

The cell fusion technique is widely used in the research field of genetics , cytology , virology , immunology and other disciplines . It is increasingly becoming an important means in the biomedical R & D work .

细胞融合技术已逐步从动物细胞的融合扩展到植物细胞、微生物细胞，甚至真菌的融合，导致了细胞工程技术的新突破。

Cell fusion technology has extended from the fusion of animal cell to the fusion of plant cell , the fusion of microbe , even the fusion of epiphyte . Absolutely , it results new breakthroughs for cellular engineering .

随着细胞融合技术的不断改进和完善，动物、植物及微生物细胞融合技术无论在基础理论研究还是在实际应用中产生的影响将日益显著。

As the constant improvement and further study of the cell fusion technique , the impact of the technique on animal , plant and microbe cell fusion will be increasingly dramatic both on the theoretical research and on the practical application .

细胞融合技术正日益成为生物医药研究开发中的一项重要技术，利用它创建了一系列兼具亲本优良性状的生物和生物制品并产生了良好的经济效益，促进了生物医药的产业化。

Protoplast fusion technique is becoming more and more important in the studying and exploiting of biological medicine , a series of new species have been built through it and produced a large economic value , which also promoted the industrialization of biological medicine .

植物细胞电融合技术在空间实验中的应用

Research on the Electrofusion Technique of Plant Cell under Microgravity

生物技术，特别是胚抢救及细胞融合等技术大大加快了柑橘育种步伐。

Biotechnology , especially embryo rescue , and protoplast fusion etc. have greatly promoted the citrus breeding .

细胞电融合技术具有操作精确可控、融合效率高、细胞需求量低等优势。

Cell electrofusion has many outstanding advantages such as high precise and controllable operation , wide application , high fusion efficiency , and low cell consumption .

体细胞电融合技术因其融合效率高、对细胞无毒害作用而愈来愈普遍地用于细胞工程技术操作中。

Electric fusion of somatic cells has been more widely used recently in cell engineering manipulation because of its high fusion frequency and non-toxic action to the cells .

用这种体细胞融合的技术，如今已在动物间实现了小鼠和田鼠，小鼠和小鸡，甚至于小鼠和人等许多远缘和超远缘的体细胞杂交。

Somatic cell fusion with this technology in animals has been achieved in mice and voles , mice and chicks , and even mice and people , and many other distant and ultra-wide somatic cell hybridization .

已经证明细胞电融合技术可用于杂交瘤生产，单克隆抗体生产以及细胞表面标记物细胞间的传递过程。

Cell-cell electrofusion has proven to be a useful and practical tool for the formation of hybridomas , the production of monoclonal antibodies , and the transfer of membrane surface markers from one cell to another .

灭活酵母细胞原生质体融合技术的研究

Interspecific Protoplast Fusion in yeast by inactived protoplasts

电场诱导细胞融合装置的技术参数设计

Determination of performance parameters required for an electric field & induced cell fusion device

小孢子技术、体细胞原生质体融合技术等组织培养手段已广泛应用于油菜育种及基础性研究。

Tissue culture , such as microspore culture and embryo technique was widely developed in rapeseed breeding and fundamental studies .

聚乙二醇（PEG）诱导鸡红血细胞和小白鼠腹水型肝癌细胞融合技术的初步探讨

Preliminary Research on the Technique for Polyethylene Glycol ( PEG ) - induced Fusion of cook Erythrocytes and Mouse Ascites Hepatoma Cells

方法对着色性干皮病患者成纤维细胞进行传代培养、建株，采用放射自显影和细胞融合技术分析XP细胞互补组。

Methods From four XP patients , skin fibroblast cell strains were derived and used for the complementation group analysis by autoradiography and cell fusion technique .