供应转基因油菜标准物质
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AOCS 0208-A5 was prepared from canola genomic DNA extracted from clean T45 canola leaves provided by Bayer CropScience NV. T45 was prepared by introducing the pat (syn) gene to confer glufosinate herbicide tolerance. AOCS 0208-A5是从拜耳作物科学公司（Bayer CropScience NV）提供的干净T45油菜叶片中提取的油菜基因组DNA制备而成。T45是通过引入pat（syn）基因来赋予草铵膦除草剂耐受性而制备的。
AOCS 0304-A2 was prepared from non-modified canola seed (variety ‘Eagle’) provided by Monsanto Company. AOCS 0304-A2由孟山都公司提供的未改性油菜种子（品种‘Eagle’）制成。
AOCS 0304-B2 was prepared from canola seed (GT73/RT73) provided by Monsanto Company. GT73/RT73 was prepared by introducing the cp4 epsps (aroA:CP4) and goxv247 genes to confer glyphosphate herbicide tolerance. AOCS 0304-B2由孟山都公司提供的油菜种子（GT73/RT73）制备而成。GT73/RT73是通过引入cp4 EPSP（aroA:cp4）和goxv247基因来赋予草甘膦除草剂耐受性而制备的。
AOCS 0306-B4 was prepared from canola genomic DNA extracted from clean non-modified canola leaves provided by Bayer CropScience NV. AOCS 0306-B4是从拜耳作物科学公司（Bayer CropScience NV）提供的清洁未改性油菜叶片中提取的油菜基因组DNA制备而成。
AOCS 0306-F6 was prepared from canola genomic DNA extracted from clean Ms8 canola leaves provided by Bayer CropScience NV. Ms8 was prepared by introducing the bar and barnase genes to confer glufosinate herbicide tolerance and male sterility. AOCS 0306-F6是从拜耳作物科学公司（Bayer CropScience NV）提供的干净Ms8油菜叶片中提取的油菜基因组DNA制备而成。Ms8是通过引入bar和barnase基因来赋予草铵膦除草剂耐受性和雄性不育性而制备的。 转基因油菜标准物质
AOCS 0306-G5 was prepared from canola genomic DNA extracted from clean Rf3 canola leaves provided by Bayer CropScience NV. Rf3 was prepared by introducing the bar and barstar genes to confer glufosinate herbicide tolerance and fertility restoration. AOCS 0306-G5是从拜耳作物科学公司（Bayer CropScience NV）提供的干净Rf3油菜叶片中提取的油菜基因组DNA制备而成。Rf3是通过引入bar和barstar基因来赋予草铵膦除草剂耐受性和育性恢复而制备的。
AOCS 0711-A3 was prepared from canola genomic DNA extracted from clean Ms1 canola leaves provided by Bayer CropScience NV. Ms1 was prepared by introducing the bar, barnase, and nptⅡ genes to confer glufosinate herbicide tolerance, male sterility, and antibiotic resistance. AOCS 0711-A3是从拜耳作物科学公司（Bayer CropScience NV）提供的干净Ms1油菜叶片中提取的油菜基因组DNA制备而成。Ms1是通过引入bar、barnase和nptⅡ基因来赋予草铵膦除草剂耐受性、雄性不育性和抗生素抗性而制备的。
AOCS 0711-B2 was prepared from canola genomic DNA extracted from clean Rf1 canola leaves provided by Bayer CropScience NV. Rf1 was prepared by introducing the bar, barstar, and nptⅡ genes to confer glufosinate herbicide tolerance, fertility restoration, and antibiotic resistance. AOCS 0711-B2是从拜耳作物科学公司（Bayer CropScience NV）提供的干净Rf1油菜叶片中提取的油菜基因组DNA制备而成。Rf1是通过引入bar、barstar和nptⅡ基因来赋予草铵膦除草剂耐受性、育性恢复和抗生素抗性而制备的。
AOCS 0711-C2 was prepared from canola genomic DNA extracted from clean Rf2 canola leaves provided by Bayer CropScience NV. Rf2 was prepared by introducing the bar, barstar, and nptⅡ genes to confer glufosinate herbicide tolerance, fertility restoration, and antibiotic resistance. AOCS 0711-C2是从拜耳作物科学公司（Bayer CropScience NV）提供的干净Rf2油菜叶片中提取的油菜基因组DNA制备而成。Rf2是通过引入bar、barstar和nptⅡ基因来赋予草铵膦除草剂耐受性、育性恢复和抗生素抗性而制备的。
AOCS 0711-D3 was prepared from canola genomic DNA extracted from clean Topas 19/2 canola leaves provided by Bayer CropScience NV. Topas 19/2 was prepared by introducing the bar and nptⅡ genes to confer glufosinate herbicide tolerance and antibiotic resistance. AOCS 0711-D3是从拜耳作物科学公司（Bayer CropScience NV）提供的清洁Topas 19/2油菜叶片中提取的油菜基因组DNA制备而成。Topas 19/2是通过引入bar和nptⅡ基因来赋予草铵膦除草剂耐受性和抗生素抗性而制备的。
AOCS 1011-A was prepared from MON88302 canola seed provided by Monsanto Company. MON88302 was prepared by introducing the cp4 epsps (aroA:CP4) gene to confer glyphosphate herbicide tolerance. AOCS 1011-A由孟山都公司提供的MON88302油菜种子制备而成。MON88302是通过引入cp4 epsps（aroA:cp4）基因来赋予草甘膦除草剂耐受性而制备的。