1) marker_free transgenic plants (MFTPs) 无标记转基因植物1. Furthermore, marker_free transgenic plants (MFTPs) have a number of special advantages, such as decreasing the concerns about safety of selectable marker and stacking transgenes progressively into transgenic plants, which significantly owns...
Alternatively, transgenic plants are produced by the use of marker genes that do not rely on antibiotic or herbicide resistance but instead promote regeneration after transformation. Here, the merits and shortcomings of different approaches and possible directions for their future development are discussed...
Ebinuma H et.al.Selection of marker-free transgenic plants using the isopentenyl transferase gene.《PNAS》.1997,第94卷2117-2121.Ebinuma H,Sugita K,Matsunaga E,et al.Selection of marker-free transgenic plants using the isopentenyl transferase gene.Proceedings of the National Academy of Sciences of...
Marker-free transgenic plants 来自 EBSCO 喜欢 0 阅读量: 76 作者: H Puchta 摘要: Selectable marker genes are widely used for the efficient transformation of crop plants. In most cases, selection is based on antibiotic or herbicide resistance. Due mainly to consumer concerns, a suite of ...
Breakthrough Technologies Marker-Free Transgenic Plants through Genetically Programmed Auto-Excision1[W][OA] Dimitri Verweire, Kristof Verleyen, Sylvie De Buck, Martine Claeys, and Geert Angenon* Laboratory of Plant Genetics, Institute for Molecular Biology and Biotechnology, Vrije Universiteit Brussel,...
2) marker-free gene 无选择标记基因 例句>> 3) marker-free transgenic plants (MFTP) 无标记基因转基因植物 4) Vector and selecting marker-free 无载体、无选择标记基因 5) marker gene 标记基因 1. The difference ofmarker geneand reporter gene; ...
Methods for generating marker free transgenic plantsThe invention relates to the field of plant transformation using Agrobacterium. An ultra-high co-transformation method is provided herein.I·M·布鲁吉曼M·T·J·德博特
Individual plants PCR-positive for the transgene MY-int- hpIGR-NP, but PCR-negative for nptII selection marker, were selected from T1 progeny of the resistant line MY-int-hpIGR-NP-6 (see Supplementary Fig. 4) to obtain T1 progeny of marker-free transgenic plants. When a total of 50 ...
Marker-free transgenic plants can be developed through transposon-mediated transgene reintegration, which allows intact transgene insertion with defined boundaries and requires only a few primary transformants. In this study, we improved the selection strategy and validated that the maize (Zea mays) Acti...
Production of the Marker free transgenic plants – An update Review Ashraf Hossain Talukder, Shahin Mahmud, Abu Zaffar Shibly, Fatama Tous Zohora, Md. Khairul Islam, Mirza Rokibul Hasan, Md. Abdul Aziz, Md. Shariful Islam Abstract Selectable marker genes are pivotal for the development of ...