首页> 外国专利> A PROCESS FOR OBTAINING RESISTANT TIODICARB (CARBAMATE) AND BIFENTHRIN (PYRETHROID) TO A CONSORTIUM OF NITRIFYING BACTERIA, PHOSPHORUS SOLUBILIZERS, AND ANTAGONISTS OF SOME PATHOGENS, USEFUL IN BIOABONOS LIQUIDS APPLIED IN AN SOIL MANNER AND/OR FOLIAR.

A PROCESS FOR OBTAINING RESISTANT TIODICARB (CARBAMATE) AND BIFENTHRIN (PYRETHROID) TO A CONSORTIUM OF NITRIFYING BACTERIA, PHOSPHORUS SOLUBILIZERS, AND ANTAGONISTS OF SOME PATHOGENS, USEFUL IN BIOABONOS LIQUIDS APPLIED IN AN SOIL MANNER AND/OR FOLIAR.

机译：将抗微生物的噻虫啉（氨基甲酸酯）和联苯菊酯（拟除虫菊酯）获得到硝化细菌，磷增溶剂和某些病原菌的抗性中的方法，适用于在大豆/果蝇的液体或植物中使用的生物/农药。

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摘要

The present invention aims to provide a process for a consortium of beneficial microorganisms to become resistant to the traces of carbamates contained in thiodicarb and to the traces of synthetic pyrethroids contained in bifenthrin. The strains are subjected to changes in the physical environment without manipulating the genome, thus adapting them to tolerate increasing concentrations of thiodicarb and bifenthrin. Said compound enriches and increases the concentration of beneficial microorganisms employed in the production of high-quality liquid bio-fertilizers. Also, it is suitable for the agricultural production, recovery, and conservation of lands. The process is performed under the parameters established in sustainable organic agriculture seeking to conserve, recovering and using natural elements for avoiding generating a negative impact. The application of the liquid bio-fertilizer provides the soils with a beneficial micro-charge of atmospheric nitrogen and making it available to the plants. Further, it solubilizes the phosphorus in soils such as P2O4, adding an O to convert it into P2O5 assimilable by the plants. Moreover, it converts the antagonistic microorganisms of some pathogens, thereby recovering the soil from the damage caused and supplying it with beneficial bacteria providing organic matter from the cell walls thereof. It is worth mentioning that the microorganisms of the said consortiums are not genetically modified or pathogenic for humans, neither for animals nor for plants.

机译：本发明的目的是提供一种有益微生物财团对硫双威中所含痕量的氨基甲酸酯和联苯菊酯中所含的拟除虫菊酯的抗性的方法。菌株在不操纵基因组的情况下经受了物理环境的变化，因此使其适应于增加浓度的硫双威和联苯菊酯。所述化合物富集并增加了用于生产高质量液体生物肥料的有益微生物的浓度。而且，它适用于农业生产，恢复和土地保护。该过程在可持续有机农业中建立的参数下进行，以寻求保护，恢复和使用自然元素以避免产生负面影响。液体生物肥料的应用为土壤提供了有益的大气氮微电荷，使其可用于植物。此外，它可溶解土壤中的磷，例如P2O4，添加O使其转化为植物可吸收的P2O5。而且，它可以转化某些病原体的拮抗微生物，从而从造成的破坏中恢复土壤，并向其提供有益细菌，有益细菌从其细胞壁提供有机物。值得一提的是，所述财团的微生物对人类，无论对动物还是对于植物而言都不是基因改造的或不致病的。

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公开/公告号MX2018002063A

专利类型
公开/公告日2018-08-01

原文格式PDF
申请/专利权人 LUIS ORLANDO CASTRO CABRERA;
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申请/专利号MX20180002063
发明设计人 LUIS ORLANDO CASTRO CABRERA;
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申请日2018-02-19
分类号C12N1/20;A01N63/02;C05F11/08;C12N1/36;C12R1/01;
国家 MX
入库时间 2022-08-21 12:51:06

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