片语

Wild soybean ecology野生大豆生态

perennial wild soybean多年生野生大豆

wild soybean in china中国野生大豆

wild soybean glycine soja野生大豆

wild soybean plant野大豆藤

semi wild soybean栽培大豆

Wild soybean protecting野生大豆保护

wild perennial soybean多年生野生大豆

英汉例句

• in comparison with cultivated soybean and wild soybean had some features of shade plants.

  野生大豆同栽培大豆相比具有阴生植物的某些光合特性。

• the 11s, 7s and 2s globulin were isolated from 3 cultivars and some different forms of wild soybean and were identified by measuring sedimentation coefficient and gel electrophoresis.

  从三个栽培种及六个野生类型的大豆种子中分离出三种不同的球蛋白，即11s，7s和2s球蛋白，并以超速离心和凝胶电泳加以鑒定。

• the cluster analysis indicated there was certain association between the genetic structure of wild soybean accessions and geographic distribution.

  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。

• comparing to ludou 10, the biology characteristic of wuhe wild soybean were studied through field experiment and analysis test.

  以鲁豆10号为对照，通过田间试验和分析测试，研究了安徽五河野生大豆的生物学特性。

• in general, the chromosome translocation frequency of wild soybean in china was high and the highest ones appeared in hebei and henan provinces.

  随着进化程度的提高，染色体易位频率随之下降，栽培大豆仅存在极少的染色体倒位。

• 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。

• the variation centers of seed characters of wild soybean in china were located in the yellow river vally and southeastern part of - northeast of china.

  籽粒性状的变异中心主要分布在黄河流域和东北地区的东南部。

• semi-wild soybean overlaps with cultivated soybeans in 100-seed weight, and with wild soybean and cultivated soybean in stem form.

  半野生大豆类型的百粒重与栽培大豆有重叠，而且其茎形态与野生大豆和栽培大豆也有重叠。

• the net photosynthetic rates of wild soybean and cultivated soybean under white light was higher than under red, green and blue light.

  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 photosynthetic rate of wild soybean was higher than that of the cultivated at vegetative growing stage, and lower at reproductive stage.

  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 average isoflavone content in wild soybean was higher than that of cultivated soybean.

  野生大豆异黄酮平均含量高于栽培大豆；