首页> 外国专利> Vector and its utilization method for analysis of promoter activity of high plant

Vector and its utilization method for analysis of promoter activity of high plant

机译:用于分析高等植物启动子活性的载体及其利用方法

摘要

Topic Development of the knock in method with the homology rearrangement for analyzing qualitatively and quantitatively was strongly desired the promoter with the high plant. Solutions This invention was formed the below-mentioned element by from RB including in the below-mentioned order with RB and LB of T DNA origin, it is the vector for analysis of promoter activity of high plant.(1) revelation it existed possibly, the first negative selection marker gene(2) the first homologous rearrangement territory which consists of the base arrangement 500 - 6000bp 3 ' end of the target promoter in the landlord genome is included(3) the start codon 3 ' from end of the aforementioned promoter interval of desire the reporter gene which leaves(4) revelation the positive selection marker gene which it exists possibly(5) the second homologous rearrangement territory which consists of the base arrangement 500 - 6000bp it follows to the aforementioned first homologous rearrangement territory in the landlord genome(6) revelation it existed possibly, the second negative selection marker gene which is possible to be identical with the first negative selection marker gene Connect the useful protein gene and the gene which relates to useful matter production, it is possible and the like by high with such as the organization which it is easy to extract making use of this vector searching the promoter who is revealed, to produce the useful protein in large quantities. Selective figure It is not
机译:<主题>强烈希望开发出具有同源性重排的敲入方法,以进行定性和定量分析。解决方案本发明是由TDNA来源的RB和LB以下述顺序由RB以下述要素形成的,是用于分析高植物的启动子活性的载体。(1)有可能存在。第一阴性选择标记基因(2)包括由地主基因组中靶启动子的碱基排列500-6000bp 3'末端组成的第一同源重排区域(3)从上述启动子末端开始的起始密码子3'期望的时间间隔离开的报道基因(4)揭示可能存在的阳性选择标记基因(5)由基本排列500-6000bp组成的第二个同源重排区域,跟随着房东中的上述第一个同源重排区域基因组(6)的揭示可能存在,第二个负选择标记基因可能与第一个负选择标记基因Conn相同利用有用的蛋白质基因和与有用物质产生相关的基因,可以利用该载体搜索被揭示的启动子,从而容易地提取出可以产生有用的蛋白质的组织等。大量蛋白质。 <选择图>不是

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号