在FactoryTalkViewSiteEdition中,数据通常存储在内部的文件集中,无法打开此文件集查看数据,也无法对数据进行处理和运算。本文利用开放式数据库连接(OpenDatabaseConnection,ODBC)数据源与微软公司的推出的Access数据库进行连接,将想...在FactoryTalkViewSiteEdition中,数据通常存储在内部的文件集中,无法打开此文件集查看数据,也无法对数据进行处理和运算。本文利用开放式数据库连接(OpenDatabaseConnection,ODBC)数据源与微软公司的推出的Access数据库进行连接,将想要处理的数据记录到Access数据库中,并可以将此结果在FactoryTalkView Site Edition中的趋势图中显示,另外后期可以将想要的数据从Access数据库中提取出来进行进一步处理和运算。展开更多
Sequence-specific nucleases(SSN) that generate double-stranded DNA breaks(DSBs) in genes of interest are the key to site-specific genome editing in plants. Genome editing has developed into one method of reducing unde...Sequence-specific nucleases(SSN) that generate double-stranded DNA breaks(DSBs) in genes of interest are the key to site-specific genome editing in plants. Genome editing has developed into one method of reducing undesirable traits in crops by the induction of knockout mutations. Different SSN-mediated genome-editing systems, including LAGLIDADG homing endonucleases or meganucleases, zinc-finger nucleases, transcription activator-like effector nucleases and clustered regularly interspaced short palindromic repeats, are emerging as robust tools for introducing functional mutations in polyploid crops including citrus, wheat, cotton, soybean, rapeseed, potato, grapes, Camelina sativa,dandelion, and tobacco. The approach utilizes knowledge of biological mechanisms for targeted induction of DSBs and their error-prone repair, allowing highly specific changes at designated genome loci. In this review, we briefly describe genome-editing technologies and their application to genetic improvement of polyploid crops.展开更多
文摘在FactoryTalkViewSiteEdition中,数据通常存储在内部的文件集中,无法打开此文件集查看数据,也无法对数据进行处理和运算。本文利用开放式数据库连接(OpenDatabaseConnection,ODBC)数据源与微软公司的推出的Access数据库进行连接,将想要处理的数据记录到Access数据库中,并可以将此结果在FactoryTalkView Site Edition中的趋势图中显示,另外后期可以将想要的数据从Access数据库中提取出来进行进一步处理和运算。
基金supported by the National Natural Science Foundation of China(No.31700316)the Science and Technology Innovation Project of Chinese Academy of Agricultural Sciences(Group No.118)+2 种基金the Earmarked Fund for China Agriculture Research System(CARS-12)the Fundamental Research Funds for Central Non-Profit Scientific Institution(1610172018009)Graduate School of Chinese Academy of Agricultural Sciences
文摘Sequence-specific nucleases(SSN) that generate double-stranded DNA breaks(DSBs) in genes of interest are the key to site-specific genome editing in plants. Genome editing has developed into one method of reducing undesirable traits in crops by the induction of knockout mutations. Different SSN-mediated genome-editing systems, including LAGLIDADG homing endonucleases or meganucleases, zinc-finger nucleases, transcription activator-like effector nucleases and clustered regularly interspaced short palindromic repeats, are emerging as robust tools for introducing functional mutations in polyploid crops including citrus, wheat, cotton, soybean, rapeseed, potato, grapes, Camelina sativa,dandelion, and tobacco. The approach utilizes knowledge of biological mechanisms for targeted induction of DSBs and their error-prone repair, allowing highly specific changes at designated genome loci. In this review, we briefly describe genome-editing technologies and their application to genetic improvement of polyploid crops.