摘要
Genetically modified(GM)crops that impart herbicide resistance,improved tolerance to biotic and abiotic stresses,and enhanced yield or nutritional quality have been developed and grown worldwide(ISAAA Brief 55-2019:International Servicefor theAcquisition ofAgri-biotech Applications(ISAAA),2019).In response topublic concern on genetically modified organisms(GMOs),DNA-based and protein-based methods have been developed to detect GMOs infood/feed samples(Fraitureetal.,2015).These methods,however,require expensive equipment and technical expertise and are unsuitable for field diagnosis(DNA-based methods)or cannot detect non-coding sequences such as promoters or terminators(protein-based methods).
基金
funded by Hainan Province's Major Scientific and Technological Project“Biosafety Preventionand Control in Southern Breeding Area"(ZDKJ202002)
the researchwas also supported by the innovation platform for Academicians of Hainan Province.
作者简介
Zhiqiang Duan,contributed equally to the work;Xiaoliang Yang,contributed equally to the work;Correspondences:Feng Li,lifeng@bellagen.cn;Correspondences:Zhaobo Lang,zblang@psc.ac.cn;Correspondences:Hui Zhao,zhaohui@itbb.org.cn。
