Recombination and stability of transgenes in plants.
目的基因的重组与稳定性。
PCR results showed that there were transgenes in the cotton genome.
PCR扩增结果初步表明外源基因已整合到棉花的基因组中。
The resistance concentration of hygromycin selected is the basis for testing transgenes millet plant.
潮霉素抗性浓度的筛选为检测谷子转几丁质酶基因奠定基础。
Unlike naturally occurring genes which are generally only active at certain times and in certain cells, transgenes are usually active the whole time and in all cells.
自然产生的基因通常在某些时候活跃也只有在特定的细胞活跃，转基因则通常全部时间和在所有细胞中都活跃。
After the transgenes transferred, the E. coli bacteria were found to be resistant to the antibiotic, showing that the transgenes had integrated into the bacteria's own DNA.
转基因“横向”迁移转让后，大肠杆菌的细菌被发现对抗生素产生抗药性，显示出转基因转入了细菌的基因。
Generally the transgenes for fungal resistance are targeted towards reinforcement of plant cell walls or inhibiting the growth of fungal pathogens by producing antifungal proteins.
一般来说抗真菌转基因的目标是加固植物细胞壁和产生抗真菌蛋白以直接或间接抑制真菌生长。
Transgenes should be genes with single copy and without marker gene, and be able to express and stable inheritable in various transgenic plants in a new gene transformation program.
新的基因转化程序要求转基因为单拷贝，不带有标记基因，并在不同的转化体中表达一致，稳定遗传。
Transgenes should be with single copy and without accessory sequence, and with consistence to express and stable genetic in various transgenic plants in a new gene transformation program.
新的转化程序要求把基因导入农艺性状优良的品种中，呈单拷贝、不带有辅助序列，并在不同的转化体中表达一致，稳定遗传。
Transcriptional targeting takes advantage of the fact that some cancer cells express a subset of exclusive genes, and USES these cancer-specific promoters to express the desired transgenes.
转录靶向性利用一些肿瘤过表达某些特定基因，所以使用此基因特异性启动子可以驱动治疗基因达到靶向性治疗目的。
The application and improvement of these systems will greatly enhance the specific and effective expression of the transgenes, and achieve high-level accumulations of foreign proteins in plastids.
这些技术策略的应用及改进将提高转基因在质体中特异有效表达，实现外源蛋白在质体中高水平积累。
The application and improvement of these systems will greatly enhance the specific and effective expression of the transgenes, and achieve high-level accumulations of foreign proteins in plastids.
这些技术策略的应用及改进将提高转基因在质体中特异有效表达，实现外源蛋白在质体中高水平积累。
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