为了进一步检测转基因大米的抗病毒性能，研究小组准备首先比较大米和由玉竹提炼而来的纯抗病毒蛋白质的抗病毒性能。
To test the effect further, they plan to compare the antiviral powers of the GM rice that has produced the protein with protein isolated directly from Yuzhu.
阐述了转基因水稻抗病植株环境安全性评价的必要性，对环境安全性评价内容提出了个人观点。
The necessity of evaluation on the environmental security of transgenic rice plants was addressed. The author gives his personal views about the contents for security evaluation.
综述了植物转基因的一般方法和蔬菜转基因研究在抗病毒、抗虫、抗除草剂及品质改良等方面的进展和现状。
The paper introduced several methods of transgenic technique and current advance and prospect of study of transgenic technique on resisting to virus and pests and herbicides.
同时提出基因工程育种与常规育种紧密结合，优质基因工程着重改良保持系及聚合转基因等策略，以培育出超高产优质抗病虫转基因聚合杂交稻新组合。
At the same time, several strategies, i. e. combining gene engineering with conventional breeding, taking improvement of maintainer line for the focal point of good-quality gene...
经测定与抗病性相关的几个指标，结果转基因番茄叶片中SOD、POD、CAT的活性和蛋白质含量均增高。
The activity of SOD, POD and cat and the content of soluble protein were increased. These results indicated that overexpression of GO gene in transgenic tomato plants improved disease resistance.
为了分析AIC649抗病毒的疗效，研究人员给予转基因乙肝小鼠每周两次的 AIC649或“金标准”替诺福韦每日两次或用安慰剂治疗，疗程持续29天。
To analyze the antiviral efficacy, hepatitis B transgenic mice were treated either twice-weekly with AIC649 or twice daily with "gold standard" Tenofovir or vehicle over a period of 29 days.
为了进一步检测转基因大米的抗病毒性能，研究小组准备首先比较大米和由玉竹提炼而来的纯抗病毒蛋白质的抗病毒性能。
To test the effect further, they plan to compare theantiviralpowers of the GM rice that has produced the protein withproteinisolated directly from Yuzhu.
这些重要基因的获得为利用转基因技术培育高产、优质、抗逆、抗病虫害的林木新品种奠定了一定的基础。
This information has laid a solid foundation for using transgenic technology to cultivate new varieties of forest trees for high yield, fine quality, high stress tolerance and pest resistance.
结果表明，杂交水稻的抗病性与转基因父本显著正相关，抗病性的广义遗传力为0.52～0.83。
The results showed that the resistance of transgenic hybrid rice had positive correlation with transgenic male parentage and the value of broad hereditary capacity was 0.52-0.83.
本项研究初步建立了一种转化频率高、稳定性好、通用性较强的甜菜遗传转化技术体系，从而通过植物转基因技术为选育高产、优质、广谱抗病的甜菜品种奠定基础。
A stable and efficient Agrobacterium mediated transformation system has been established which offers a base for high yield, high quality and broad resistance of disease Sugarbeet variety.
本项研究初步建立了一种转化频率高、稳定性好、通用性较强的甜菜遗传转化技术体系，从而通过植物转基因技术为选育高产、优质、广谱抗病的甜菜品种奠定基础。
A stable and efficient Agrobacterium mediated transformation system has been established which offers a base for high yield, high quality and broad resistance of disease Sugarbeet variety.
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