1) soybean Em gene
大豆Em基因
2) soy DNA
大豆基因
3) Em gene
Em基因
1.
According to the sequence of soybean seed Em gene from Genebank,two reverse primer was designed and synthesized.
根据已公布的大豆种子Em基因(LEA1)的5′末端序列设计二个基因特异反向引物(EmS1,EmS2)。
2.
Em gene is induced by ABA and environmental stresses such as desiccation and salt.
Em基因的表达受ABA诱导 ,干旱和盐胁通过增加ABA含量或改变植物细胞对ABA的敏感性而诱导Em基因的表达。
4) genetically modified soybean
转基因大豆
1.
Using the genetically modified soybean from USA,Argentina,and Brazil as raw materials,we built the Quantitative Detection for CP4 EPSPS protein of glyphosate-resistant,Genetically Modified Soy- bean processed by ELISA method.
以美国、阿根廷、巴西转基因大豆等为材料,建立了ELISA法定量检测抗草甘膦转基因大豆CP4 EP- SPS蛋白的方法,成功检测出美国转基因大豆含量为3。
2.
According to the PCR primers and TaqMan MGB probe of exogenous 35S promotor,the quantitative detection of genetically modified soybean(Roundup ReadyTM) was established by real-time PCR technology.
利用实时荧光定量PCR技术,根据转基因大豆(Roundup ReadyTM)的外源基因35S启动子序列设计引物和TaqMan MGB探针,对大豆粉中Roundup ReadyTM大豆含量进行了定量检测,根据这个检测体系建立了35S启动子Ct值与样品中转基因成分数量之间的标准曲线和线性回归方程(相关系数r2:0。
5) Transgenic soybean
转基因大豆
1.
Construction of a standard reference plasmid for detecting exogenous genes in transgenic soybean,maize and rice;
转基因大豆、玉米和水稻外源基因检测通用标准分子的构建
2.
Transgenic soybean and pr od ucts increase day by day,have become foods of human consumption di-rectly or i ndirectly,enter people' s food chain.
转基因大豆及其制品日益增多,已经直接或间接地成为人类消费的食品,进入人们的食物链。
3.
Transgenic crop is developing rapidly, transgenic soybeans, no matter it's cultivated area or crop output, occupy larger proportion.
世界转基因作物发展迅猛,其中转基因大豆无论种植面积还是作物产量方面均占有较大比例, 但其安全性受到人们极大关注。
6) Soybean genotypes
大豆基因型
1.
The biomass, rhizosphere microorganisms in the seedling stage, and relationship among 6 native soybean genotypes of different phosphorus efficiency were studied.
对 6种不同磷效率基因型大豆生物量、苗期根际微生物以及它们之间的关系进行了研究 ,结果表明 :大豆基因型磷效率 (PPER)与单粒大豆种子重量 (SSW)有关 ,且不同磷效率基因型大豆在苗期出现了根际微生物数量比根外微生物数量相对少的趋势 ,但不同基因型大豆其根际微生物的根际效应与磷效率的高低关系不明显。
补充资料：EM208型矿物微束分析透射电镜
EM208型矿物微束分析透射电镜
呱EM208·····…… ..鞘麟翼:
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条