图1。植物表达载体结构示意图。
同化甲醛基因植物表达载体。
The invention relates to a plant expression vector for assimilating a formaldehyde gene.
ABA具有诱导嵌合植物表达载体表达的作用。
ABA could improve the expression of some of these chimeric plasmids.
我采用了不同的方式构建了两组AOC植物表达载体。
Two different AOC expressing vectors were constructed in the present work.
目的构建弓形虫多表位基因（TGMG）植物表达载体。
Objective To construct the plant expression vectors containing the multiepitope gene of Tazoplasma gondii (TGMG).
将其全长片段与GUS基因连接构建植物表达载体并转化烟草。
A plant expression vector was then constructed by ligating the cloned fragment to GUS gene, used for transformation of tobacco.
该载体是含有异 分支酸合成酶基因和异分支酸-丙酮酸裂解酶基因的植物表达载体。
The carrier is the plant expressing carrier containing the separating offset acid composing enzyme gene and the separating offset acid-the pyruvic splitting dividing enzyme gene.
将其与GUS报告基因融合在一起，构建了植物表达载体，并由农杆菌介导法导入水稻品种‘中花11’中。
It was fused with GUS reporter gene to construct a plant expression vector and the vector was transformed into Zhonghua 11, a rice variety, by Agrobacterium meditation.
本文简要介绍了近年来在植物表达载体构建方面所采用的一些新策略，这些策略有助于增强外源基因的表达水平、提高生物工程体的安全性。
This article reviews the new strategies currently used in construction of plant expression vector for plant genetic engineering. These strategies are important for obtaining better expression of fo...
结论已成功地构建了人胰岛素基因的植物细胞表达载体。
Conclusion The vector for expression of human insulin in plant cells was successfully constructed.
本发明涉及生物技术中的基因工程领域，公开了一种含绿色荧光蛋白基因的植物转基因表达载体，以及其构建方法和应用。
The invention discloses a plant transgene expression carrier containing green fluorescent albumen gene, its method for constructing the same and use in genetic engineering field of biotechnology.
本研究克隆了苹果NAD-SDH 基因的部分cDNA 序列，构建了其反义表达载体，并正在通过农杆菌浸染法将该基因反义转化至蔷薇科植物中。
In this dissertation, a partial fragment of NAD-SDH from apple fruit was cloned, the NAD-SDH antisense expression plasmid was constructed, and the antisense expression has been doing;
本研究克隆了苹果NAD-SDH 基因的部分cDNA 序列，构建了其反义表达载体，并正在通过农杆菌浸染法将该基因反义转化至蔷薇科植物中。
In this dissertation, a partial fragment of NAD-SDH from apple fruit was cloned, the NAD-SDH antisense expression plasmid was constructed, and the antisense expression has been doing;
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