这一结果与其对美国栽培大豆的作用结果是一致的。
The result consistented with it's supervirulence on American legumes.
微型核心种质是我国23000多份栽培大豆的代表性浓缩群体。
Mini core collection is a representational concentrate population of Chinese 23000 soybean germ plasm.
北方春大豆作为中国栽培大豆分类中的7个型之一，共有3575份资源，占我国栽培大豆的15。
Being one of the seven Glycine Max groups, spring sowing soybean in northern China has 3575 germplasm, as 15.
对于大多数大豆栽培者来说，最好有足以允许机械耕种的行距。
For most soybean growers it is preferable to have rows wide enough to permit mechanical cultivation.
从我国大豆生产的历史和现状出发，分析大豆的生产价值和发展前景，提出大豆高产栽培的可能潜力。
This paper proceeds from soybean productive history and presents situation, analyses product value and developing prospect, the possible potentialities in soybean high yield cultivation are discussed.
本试验对菜用大豆栽培技术与果荚可溶性糖含量的关系作了初步研究。
The experiment studied on the relationship between culture techniques and soluble sugar content in fruit of vegetable soybean.
大豆是一种重要的经济作物，起源于我国境内并在我国有悠久的栽培历史。
Soybean is one of the important economic crops and originated in China with long cultivated history.
品种、栽培环境、加工工艺等条件对大豆及其食品中的异黄酮的含量与种类均有影响。
The content and kind of soybean isoflavone in soybean and soybean products were influenced by the variety, cultivated environment and process conditions.
经过三个五年计划的努力，已经收集保存了23000余份栽培大豆资源，是世界上保存数量最多的国家。
After three five-year-plan, more than 23000 cultivated soybean have been collected and evaluated for their agronomic traits, resistant diseases and insects, stress tolerances.
本文采用无土栽培方法，利用AAS分析含不同铅离子浓度培养液栽培的大豆幼苗中铅含量，并考察了硝酸镧对大豆幼苗吸收铅的影响。
In this paper, the effect of lanthanum on lead absorption in soybean seedling were researched by water culture. Lead in soybean seedling was measured by AAS.
针对大豆的高产栽培技术进行了探讨，提出了有效的高产、稳产方案。
Basing on the soybean high yield technology, the paper puts forward the effective program for improving soybean yield.
本文利用花粉管通道在大豆自花受粉后，将野生大豆DNA导入栽培大豆，从而引起了后代性状的广泛变异。
This study reports that wild soybean DNA was introduced into cultivar soybean through pollen tube after soybean self-fertilizing, it led to wide variation in offspring characteristics.
本试验的目的就是要筛选出适合大垄窄行密植栽培的大豆新品系。
The purpose of this experiment is to screen and select new soybean varieties for wide-ridge , narrow-row and dense-planting cultivation.
其他三种类型的大豆导管分子中只含有细胞型侵填体，栽培大豆导管分子中侵填体数量较少。
But only cellular type of tylosis in vessel elements of three other types of soybean. The quantity in semi-wild soybean is more, but is less in Glycine Max.
其他三种类型的大豆导管分子中只含有细胞型侵填体，栽培大豆导管分子中侵填体数量较少。
But only cellular type of tylosis in vessel elements of three other types of soybean. The quantity in semi-wild soybean is more, but is less in Glycine Max.
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