利用生物医药防治番茄病和冠状病毒样疫病,丰富农业园艺科技社会经济交流

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引用次数: 2

摘要

为了避免根结病的传统控制,仍然需要开发有效的动物源生物药物。动物生物医学;线虫提取物(NE)和瘿蛋白(GP)叶面喷施分别为1.3mg/株和2.01mg/株,对番茄根结病的防治效果显著。由一种奇特木(Meloidogyne incognita, Kofoid & White)引起,促进植物生长和果实生产。在这方面,线虫提取物(NE)比胆蛋白(GP)更有效。这两种提取物均可通过表达致病相关蛋白诱导处理植物的系统性获得性抗性反应,并可通过增强免疫、抵抗对环境的毒性作用、改善农业绿色-社会-经济-水产-科技-传播应用问题来预防21世纪大流行的COVID-19病毒病,也可能为农业领域新的先进开发和研究提供良好的空间。园艺、地球-环境-临床-毒理学-卫生-研究、科学-技术-通信-社会-经济和未来新常态下可能控制的21世纪大流行疾病也”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enriched Agriculture Horticulture Science Technology Socio-EconomyCommunication-Issue by Biomedicines Suppressing Tomato-Disease and Coronavirus 2-Like-Pandemic-Diseases!
To avoid traditional control of root-knot disease, there remains a need for developing effective biomedicines of animal origins. The animal biomedicines; Nematode Extract (NE) and Gall Protein (GP) when applied by foliar spray, are highly effective at 1.3mg/plant and 2.01mg/plant, respectively in ameliorating root-knot disease of tomato (Lycopersicon lycopersicum, Cv. Pusa Ruby) caused by Meloidogyne incognita (Kofoid & White) Chitwood, promoting plant growth and fruit production. The nematode extract (NE) is more effective than the gall protein (GP) in this respect. Both the extract is thought to induce systemic acquired resistance response of the treated plants through the expression of pathogenesis-related proteins, and may prevent 21st –century pandemics COVID-19 like virus diseases by boosting immunity, resisting toxic effects on the environment, and improved agriculture green-socio-economy aquatic-science-technology-communication application issues, and it may also give a good scope for new advanced-development and research in the field “Agricultural, Horticulture, Earth-Environmental-Clinical-Toxicology-Health-Research, Science-Technology-Communication-Socio-Economy and May be Controlled 21st-Century Pandemic Diseases in Future New Normal Situation Also”.
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