Transgenic plants expressing the AaIT/GNA fusion protein show incread resistance and toxicity to both chewing and sucking pests 期刊名称： Inct Science故乡行
第九工厂作者： Shu㎝in Liu,Jie Li,Jin㏎i Zhu,Xiao￤ei Wang,Sheng Li除外责任
守的反义词>柚子皮煮水止咳的做法年份： 2016年
期号： 第2期
关键词： 转基因抗虫植物；刺吸式害虫；融合蛋白;GNA；植物表达；毒性；耐药性；雪花莲凝集素
假期劳动心得体会摘要：The adoption of pest-resistant transgenic plants to reduce yield loss and decrea pesticide u has been successful. To achieve the goal of controlling both chewing and sucking pests in a given transgenic plant, we generated transgenic tobacco, Arabidopsis , and rice plants expressing the fusion protein,
AaIT/GNA, in which an incticidal scorpion venom neurotoxin ( Androctonus australis toxin, AaIT) is fud to snowdrop lectin ( Galanthus nivalis agglutinin, GNA). Compared with transgenic tobacco and
Arabidopsis plants expressing AaIT or GNA, transgenic plants expressing AaIT/GNA exhibited incread resistance and toxicity
寒衣
to one chewing pest, the cotton bollworm, Helicoverpa armigera . Transgenic tobacco and rice plants expressing AaIT/GNA showed incread resistance and toxicity to two sucking pests, the whitefly, Bemisia tabaci ,...
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