It has been a major problem in the world to prevent and control diseases and insect pests of vegetables, flowers, fruit trees, urban greening, economic crops and grain crops without pesticides and pollution. The present invention from the survival of all life period are related to the same information perception, but the differences of different methods and the different sensitivity of the information feedback mechanism of expanding the use of GPIT technology theory, and expand the Nashi 778 inducer, with accelerated penetration effect should make it in the treatment of a broad spectrum more effective, with adhesive on the surface of the body of the accelerated penetration effect makes the pests surface due to the logistics too fast, the exchange of severe discomfort with broad-spectrum down to kill pests, but also to obtain better crops have wide adaptability and strong disease resistance, insect resistance and growth. The crops are linked together with high resistance, high yield, high efficiency, high quality, no pollution, disease resistance and insect resistance. Therefore, the new theory and technology, as long as the use of methods and time, will accelerate the process of human beings to bid farewell to the history of chemical pesticides to control pests and diseases, with the continued benefit of mankind epoch-making significance.
【技术实现步骤摘要】
信息感受度改变抗病治病及接触杀虫技术及方法专利技术是建立在作物表型诱导调控表达重要理论之一的信息感受度可改变的基础上在微生物和昆虫方面衍伸的全新生物抗病治病抗虫杀虫理论和技术方法。本专利技术把植物、微生物、昆虫都对信息产生感受但敏感度反应不同而用渗透和粘附的方法使其在具有同一性作用时,又能利用作物、微生物、昆虫等各自的反馈机制和耐受力不同差别产生抗病、治病和抗虫、触杀害虫的作用效应。因而在使作物、微生物能具备的信息感受度改变方法,同样使能迁徙的害虫因粘附的渗透加速,使信息感受度改变发挥作用而无法以迁徙的方法逃避,在加速信息、物质交流效应发挥作用时,产生击倒杀灭害虫作用效果。由于同一性原理,因此本专利技术通过简单方法的调整就对几乎所有病、虫都有明显抗、杀作用效果。本专利技术因为不是以传统杀菌剂、杀虫剂原理的方法杀菌杀虫。而是通过改变作物信息感受度而使作物增强综合抗性为主但对病虫不适的抗病、治病性和抗虫、杀虫性。因此,不同方法配合对所有病害均有明显作用或极显著作用。一般可以不接触生病部位的浇根、喷叶而治愈病害,但对有些病害也可通过浇根、喷叶或喷涂在生病部位同时进行效果更佳。对有些与缺素相关加重病害的病同时配施所需中,微量元素效果更佳。如对棉花黄枯萎病、多种作物根腐病、猝倒病、干腐病、病毒、类病毒、类菌质体等很多农药很难见效的病害,在施用全价肥或对症施用中、微肥,光照基本正常或很充足,水湿管理合理时,一般5-10天均可见显效,治愈率几乎可达100%;甚至对采用脱毒方法组培苗均无法脱去的病毒、类病毒、类菌质体的病害都有极显著抗性和治疗的效果;对有些近乎病死的果树花卉 ...
【技术保护点】
本专利技术改变信息感受度抗病、治病、抗虫的理论和方法。
【技术特征摘要】
【专利技术属性】
技术研发人员:那中元,郑光生,那郅烨,杨红军,
申请(专利权)人:那中元,
类型:发明
国别省市:53[中国|云南]