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- Abstract:Selective marker gene is usually used to select transformed cells or tissue during gene transfer. 在基因转移过程中，人们常常使用标记基因来筛选转化细胞或组织。
- A new strategy that offers a approach for the elimination of those disadvantages caused by the selectable marker gene is developed. 为了消除这些弊端，一种全新的发展策略即获取无选择标记的转基因植物应运而生。
- The presence in transgenic plants of antibiotic and herbicide resistant selective marker genes might be an unpredictable hazard to the ecosystem as well as to human health. 摘要转基因植物中的除草剂和抗生素抗性标记基因潜在的生态环境和食用安全性令人担忧。
- Using of Selective Marker Gene in Transgenic Plants and Its Removal 转基因植物中筛选标记基因的利用及消除
- Seed chip GUS assay and herbicide leaf painting and spraying assays were applied to test the gus reporter gene and the herbicide resistant bar selectable marker gene, respectively. 分别采用种子切片GUS染色方法和除草剂涂抹以及喷洒方法检测gus报告基因和抗除草剂bar基因在后代的表达。
- Currently used plant transformation systems require selectable marker genes encoding antibiotic or herbicide resistance, along with the gene of interest, to select transformed cells from a large population of mostly untransformed cells. 摘要在目前的植物转化系统中，要求在关注基因或目的基因转入细胞时，同时有标记基因存在。
- The Selectable Marker Gene for Plant Transtormation 转基因植物选择性标记基因
- Excision of Selectable Marker Gene from Transgenic Plant 转基因植物中标记基因的剔除
- Research progress on pmi gene as a new safety selection marker gene pmi基因作为一种新型的安全选择标记基因的研究进展
- Advances of studies on excision of selective marker genes in transgenic crops 转基因作物中选择标记基因的消除研究进展
- Selectable Marker Gene Knocking-out and the Application in Transgenic Cotton 选择标记基因剔除及其在转基因棉花中的应用
- Selective marker gene 选择标记基因
- Studies of Co-transformation for the Elimination of Selective Marker Genes from Transgenic Plants 共转化法删除转基因植物筛选标记基因的研究
- COMPARATIVE STUDY ON SELECTIVE MARKER GENES USED IN RICE TRANSFORMATION BY PARTICLE BOMBARDMENT 水稻基因枪转化过程中选择标记基因的研究
- Fusion Expression, Purification and Bioactivity Assay of Plant Selectable Marker Gene hpt in E. Coli 植物选择标记基因hpt在大肠杆菌中的融合表达、纯化及活性测定
- The Selectable Marker Genes in Transgenic Plant and Their Bio-safety 转基因植物选择标记基因及其安全性问题
- The Strategies of Selectable Marker Genes in Transgenic Plants Control 转基因植物中选择标记基因的控制策略
- Abstract: To improve the efficiency of targeted gene replacement (TGR), a dual screen (DS) system with gusA gene as negative selective marker (GUS-DS) was developed in Magnaporthe oryzae. 摘 要: 目标基因替换是基因功能研究的重要方法, 在生物工程领域广泛应用。
- The biosafety of marker genes has becoming a common concern. 标记基因的生物安全性成为人们普遍关注的问题之一。
- Hitchhiking effects also play a role in experiments with marker genes. 附加效应在以标记基因作试验中也是起作用的。
