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- It is necessary for gene engineering breeding to reveal mechanims of foreign gene inactivation and take strategies to overcome transgene inactivation as well. 深入地了解外源基因失活的原因以及寻找出有效的防范对策，对顺利开展植物基因工程育种是非常必要的。
- However, in recent years, it were widely reported that transgene inactivation was often found in transgenic plants. 近年来，有大量文献报道，转基因植株中外源基因的失活是一种普遍发生的现象。
- transgene inactivation 转基因失活
- High Pressure inactivation of microorganisms. 微生物高压失活。
- Long sonication periods can lead to some inactivation. 长时间的声波作用可导致某种程度的失活。
- DNA methylation plays a key role in transgene silencing. DNA甲基化是引起外源基因沉默的主要原因。
- High pressure inactivation in foods of animal origin. 高压失活食品中的动物病源。
- Inactivation of HIV in blood plasma by high hydrostatic pressure. 高静水压血浆中HIV的失活。
- This inactivation may be accomplished in a variety of ways. 这种失去活性作用能以多种方式来实现。
- Mechanisms and Kinetics of Pressure Inactivation of Enzymes. 压力失活酶机制及动力学。
- The indirect approach seeks second-hand signs of the transgene or its vector. 间接方法寻求找到转基因或者其载体的二手信号。
- Inactivation effect of chlorine dioxide on influenza viruses in water. 二氧化氯对水中流感病毒的消毒效果。
- It indicated that Cu??2+? was a synergist for inactivation of HAV by vitamin C. 这说明铜离子对维生素C灭活甲型肝炎病毒有增效作用。
- Inactivation of lipase in wheat g erm by microwave was studied in this paper . 要研究了利用微波技术钝化小麦胚芽中解脂酶的方法。
- It indicates that the oxidants all have certain inactivation on the Cyclops. 进行了几种水处理氧化剂对剑水蚤类浮游动物灭活效果的定性和定量试验研究。
- Biallelic inactivation of the NF2 gene was detected in 36% of meningiomas. NF2双等位基因钝化可在36%25的脑膜瘤中检测到。
- The mechanisms of gene silencing include copy numbers and configuration of transgene, integration sites in plant and transcription of transgene, etc. 基因沉默的机制是多方面的，包括转基因的拷贝数和构型、在植物上的整合位点、转基因的转录水平等。
- Isolation and cloning of human neural stem cells, intracerebral grafting and transgene expression in mice. 人神经干细胞的分离、克隆和动物脑内移植及转基因表达。
- The destruction on inactivation of cyanide ion may be accomplished by complexion formation. 可以通过形成络合物的方法来破坏氰离子发生钝化作用。
- AAV-mediated striatal transgene expression of TH, AADC and GCH is more effective for gene therapy on Parkinsonian rat. AAV载体介导的TH、AADC和GCH三重基因纹状体内共表达对于帕金森病大鼠的基因治疗更为有效。
