转基因植物

转基因植物表达HIV疫苗的研究进展

Progress on HIV Vaccine Expressed in Transgenic Plant

DNA探针在固体电极上的固定以及对转基因植物产品的检测

The Immobilization of the DNA Probe on the Solid Electrodes and the Detection to the Products of the Transgenic Plant

应用实时荧光PCR方法检测转基因植物产品

Detection of Genetically Modified Plant Products with Real-time Fluorescent PCR Method

转基因植物（农产品）中转基因成分的PCR检测

PCR Identification of Transgenic Components in Transgenic Plants and Products of Transgenic Plants

电化学发光PCR技术检测转基因植物

Detection of Genetically Modified Plant by Electrochemiluminescence PCR Method

转基因植物的检测主要有两种方法：一种是DNA水平上的检测，另一种是蛋白质水平上的检测。

So far , there are two major methods in GMO detection , including both DNA and protein detection .

在含有抗生素的培养基上筛选转基因植物，并通过PCR验证。

The transgenic plants were selected on medium containing antibiotics and then verifyed by PCR .

Bt抗虫转基因植物己经在生产上广泛应用。

Bt insect - resistant transgenic plant has already been commercialized .

转Bt基因抗虫棉与常规棉中几种同工酶的比较&转基因植物安全性评价生理指标初探

Comparison of several important isoenzymes between Bt cotton and regular cotton

转基因植物表达质粒中SBR基因的序列分析

Sequence Analysis of SBR Gene in Expressional Plasmid of Transgenic Plant

植物遗传转化是利用重组DNA技术、组织培养技术或种质系统转化等技术，将外源基因导入植物组织或细胞，获得转基因植物。

Transformation of plants is the technology of transferring foreign genes into plants by DNA recombination , tissue culture , or germplasm line .

基质结合区（MARs）与转基因植物的基因表达

Nuclear matrix attachment regions and transgene expression in plants

初步证明Bt基因已成功整合到了转基因植物的植株中。

The result indicated primarily that the Bt gene was integrated into transgenic plants genome .

在过去的几十年间，研究人员用农杆菌转化法获得了多种转基因植物，该转化法依赖于农杆菌中存在的Ti质粒。

Scientists have used Agrobacterium-mediated genetic transformation to generate transgenic plants , and this method depends on the Ti plasmid .

该结果为探索利用CP基因的最短长度和有效部位的基因片段来培育多抗病毒转基因植物提供了依据。

This information is useful in production of transgenic plants which are resistant to multi-virus infections .

转基因植物中报告基因gus的表达及其安全性评价

Biosafety and expression of reporter gene gus in transgenic plants

因此，FA是一种方便易用、经济快捷的生物监测工具，可作为转基因植物所造成的生态压力的早期预警指标。

So FA could be introduced to the risk assessment of transgenic plants as an earlier warning index .

利用激光微束穿刺法将GUS基因导入百脉根并获得转基因植物的研究

Introduction of Gus Gene into Lotus and Acquisition of Transgenic Plants via Laser Microbeam Puncture

利用转基因植物生产生物可降解塑料（PHB）的研究

Studies on the Production of PHB , a Biodegradable Thermoplastic , in Transgenic Plants

利用基因工程技术构建Bt工程菌和Bt转基因植物已成为对害虫进行生物防治的重要手段。

Bt recombinant strain and transgenic plant transformed with Bt genes have been regarded as the main measures for biological control of pests .

可视监测Cre酶在大肠杆菌中的重组活性及转基因植物中标记基因的消除

Visible Assay for Cre Recombinase Activity in E.coli and Elimination of Marker Genes from Transgenic Plants

转基因植物中NPTⅡ的快速检测

Rapid NPT ⅱ Detection of Transgenic Plants

用电化学方法对传感器进行了表征和条件的优化，制得的电化学DNA生物传感器性能较好，并应用于了转基因植物产品外源基因NPTⅡ和NOS基因PCR扩增产物的检测。

The conditions for the immobilization and hybridization of the DNA probe were optimized and the biosensors were used to detect some transgenes in the transgenic plants .

结果：有多种抗结核疫苗正在研究中，例如卡介苗、结核活疫苗、亚单位疫苗、DNA疫苗以及转基因植物疫苗等。

Results : There are many kinds of antituberculosis vaccines , such as the BCG vaccine , the live vaccine , the subunit vaccine ; the DNA vaccine and the transgenic plants vaccine , and so on .

PCR-ELISA在转基因植物检测中的应用

PCR-ELISA and its application in detection of transgenic plants

RosaRivero说转基因植物基本保持在一个相对高水分的水平。

Rosa Rivero says the transgenic plants kept a relatively high water level .

CIMMYT正在测试不同水分胁迫情况下含有DREB基因的转基因植物的产量。

CIMMYT is testing yields of genetically engineered plants with the DREB gene under varying water stress .

除了灭活疫苗、减毒疫苗、结合多糖疫苗和亚单位疫苗外，新近出现的DNA疫苗、转基因植物疫苗和ghost疫苗技术为疫苗的研制提供了新的思路。

It is important to explore an effective vaccine against it . With the development of vaccine strategy and technology , some new vaccines are being developed , such as DNA vaccine , transgenic plant vaccine , and ghost vaccine .

利用发根农杆菌Ri质粒转化植物材料是促进植物扦插生根的有效方法，但是这些转基因植物同时也产生了比较严重的表型变异。

More researches on improving rooting ability by the Ri plasmid of Agrobacterium rhizogenes have been taken at present . But the trans-genetic plants demonstrate serious phenotype variation at the same time .

本文从线粒体基因组、线粒体基因、线粒体转录RNA、线粒体蛋白、转基因植物以及花粉败育机理六个方面详细介绍了植物细胞质雄性不育分子生物学研究的技术和方法。

The technology and methods of the study on molecular mechanism of Cytoplasm Male Sterility ( CMS ) are introduced in regard to mitochondrial genome , mitochondrial gene , mitochondrial RNA , mitochondrial protein , transformed plants and abortion of pollen .