Co transformation of Gus and npt II genes using Agrobacterium tumefaciens strain GV2260:p35 GUS INT in tobacco variety Samsun Maden 2421

P. P. Kahriz
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Abstract

Co-transformation in Agrobacterium-mediated is known as an important problem. Therefore, this study aimed to co-transform the Samsun Maden variety of tobacco. For this purpose, fresh seeds of cv. Samsun Maden 2421varitey of tobacco was procured from the Bafra county open market in Samsun province, Türkiye. In this study, a well-known transformation through A. tumefaciens was used because plants for example tobacco are recalcitrant or difficult to regenerate and fail to respond to other transformation techniques. The result showed successful co-transformation of square-shaped leaf explants on all cultures, excluding 50 mg/l Kanamycin used as a selection pressure. This concentration showed minör escapes to the extent of 1.67%. Indicating that optimizing selection pressure is very important to avoid escapes in co-transformation. Moreover, the regeneration efficiency of explants is reduced considerably with each increase in selection pressure.
农杆菌GV2260:p35 Gus INT对烟草品种Samsun Maden 2421 Gus和npt II基因的Co转化
农杆菌介导的共转化被认为是一个重要的问题。因此,本研究旨在对Samsun Maden烟草品种进行共改造。为此,新鲜的cv种子。Samsun Maden 2421烟草品种是从 kiye Samsun省Bafra县开放市场采购的。在这项研究中,由于烟草等植物具有顽固性或难以再生,并且对其他转化技术没有反应,因此使用了一种众所周知的通过烟草杆菌进行转化的方法。结果表明,除50 mg/l卡那霉素作为选择压力外,所有培养体均成功转化为方形叶片外植体。该浓度minör逸出度为1.67%。说明优化选择压力对于避免共变换中的逃逸是非常重要的。此外,外植体的再生效率随选择压力的增加而显著降低。
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