首页|生物刺激剂复酶糖苷对农作物种子发芽的影响研究

生物刺激剂复酶糖苷对农作物种子发芽的影响研究

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提高农作物种子在实际生产中的发芽率,对于农业生产效率提升、农作物产量和品质提高都将产生重要影响.复酶糖苷来源于微生物代谢产物,其制备过程包括发酵、分离、浓缩等工艺步骤,得到的终产物具有多种生物活性.以不同浓度复酶糖苷为浸种液,分别进行黄瓜、花生、玉米和小麦4种农作物种子的浸种处理,以种子发芽率为评价指标,验证生物刺激剂复酶糖苷对农作物种子发芽的影响.结果表明,一定浓度范围内,4种种子的发芽率均与浸种液中复酶糖苷浓度呈正相关,且w(复酶糖苷)0.001 0%处理对种子发芽率具有显著提升效果,推荐其作为实际生产中的浸种液浓度.
Study on effects of biostimulant compound enzyme glycoside for germination of crop seeds
Improving the germination rate of crop seeds in actual production will have important impacts on the improvements of agricultural production efficiency,crop yield and quality.Compound enzyme glycosides is derived from microbial metabolites,and its preparation process includes fermentation,separation,concentration and other technological steps,and the final product has various biological activities.The seeds of cucumber,peanut,corn and wheat are soaked with different concentration of compound enzyme glycosides.The effects of biostimulant compound enzyme glycoside on seed germination are verified by using seed germination rate of each treatment as evaluation index.The results show that within a certain range of application concentrations,the germination rates of the four seeds are positively correlated with the concentration of compound enzyme glycoside in the soaking solution,and the germination rate of the seeds is significantly improved at the compound enzyme glycoside mass fraction of 0.001%.It is recommended to use this concentration as the soaking concentration in actual production.

biostimulantcompound enzyme glycoside(CEG)seedgermination rate

常大勇、孙明明、廖俊彦、王琳

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烟台凯多海洋生物研究院有限公司,山东 烟台 264000

生物刺激剂 复酶糖苷 种子 发芽率

山东省自然科学基金重大基础研究项目山东省泰山产业领军人才工程高效生态农业创新类项目

ZR2020ZD43LJNY201807

2024

磷肥与复肥
郑州大学 中国磷肥工业协会

磷肥与复肥

CSTPCD
影响因子:0.291
ISSN:1007-6220
年,卷(期):2024.39(10)
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