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针对药效、药害、残留等农药焦点问题,探讨低碳条件下草甘膦、喹啉酸等与腐植酸活性组分作用,形成生物活性肽、多糖衍生物转化为植物营养,促进三羧酸循环的机理;探讨新烟碱、拟除虫菊酯等在水解酶、氧化还原酶、聚合酶及辅酶作用下,脱硫、脱氰、脱氮再转化为特异性维生素、蛋白质类植物营养的自由基反应历程;对保障粮食、蔬果丰收,构建可持续发展的和谐社会有深远意义。
Aiming at the key problems of pesticides, such as medicinal effects, phytotoxicity and residue, the effects of glyphosate, quinolinic acid and other humic acid active components under low carbon conditions are discussed to form bioactive peptides, polysaccharide derivatives are transformed into plant nutrients and tricarboxylic acids Cycle mechanism; explore the neonicotinoid, pyrethroid and other hydrolases, oxidoreductases, polymerases and coenzymes, desulfurization, cyanide, nitrogen removal and then converted to specific vitamins, protein-based plant nutrition free radical reaction History; to ensure the harvest of food, fruits and vegetables, to build a harmonious society of sustainable development has far-reaching significance.