并推测典型野生大豆也可能与栽培大豆发生过基因交流。
And also typical wild soybeans were inferred to have had introgression from cultivated soybeans.
野生大豆抗盐结构的研究为筛选抗盐种质提供了可靠的证据。
The studies on salt-resistant structure could provide helpful evidence for the screening of salt-enduring soybean varieties.
野生、半野生大豆的蛋白质与脂肪含量间呈显著或极显著正相关。
Both the protein and the fat content in wild soybeans were lower than those of semi-cultivated soybeans...
对6个栽培大豆与半野生大豆杂交组合及9个回交组合进行了分析。
In this study 6 cross and 9 back cross combination were made between semi wild soybeans and cultivated soybean.
聚类结果显示野生大豆天然种群组成结构与地理分布存在一定的相关性。
The cluster analysis indicated there was certain association between the genetic structure of wild soybean accessions and geographic distribution.
野生大豆和栽培大豆在白光下光合作用速率最高，在红光、蓝光和绿光下偏低。
The net photosynthetic rates of wild soybean and cultivated soybean under white light was higher than under red, green and blue light.
目前，已在多年生野生大豆、硬粒小麦、花生等20种植物上开展了核心种质研究。
So far, core collection was established for more than 20 species in the world, such as wild soybean, durum wheat and peanut.
结果表明，野生大豆营养生长期光合速率高于栽培大豆，生殖生长期则小于栽培大豆。
The photosynthetic rate of wild soybean was higher than that of the cultivated at vegetative growing stage, and lower at reproductive stage.
试验结果表明：不同抗旱类型野生大豆其形态特征和生育特性有着各自的特点，其抗旱性存在一定差异。
The results showed: formation features and growing characteristics of the wild soybeans with different drought types had its own characteristics. There were differences in drought resistance.
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.
应用推荐