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wild soybean germplasm
相关语句
  野生大豆种质
     Investigation on Wild Soybean Germplasm Resources in Jiangxi Province
     江西野生大豆种质资源考察初报
短句来源
     Our results show that it is possible to improve cultivated soybean by the use of wild soybean germplasm,and interspecifichybridization is a new way for soybean breeding.
     直接利用野生大豆种质育成“吉林小粒1号”新品种,1990年通过吉林省的品种审定并出口创汇。
短句来源
     Wild soybean germplasm resources in 64 counties(districts) of Jiangxi province were investigated.
     对江西省64个县(区)野生大豆种质资源进行了考察。
短句来源
     The original growing regions of wild soybean germplasm in Guangxi have been seriously destroyed,and the germplasm resources were severely ruined because of many causes such as the expansion of economic development etc. So,it is urgent to rescue and protect the wild soybean germplasm in Guangxi.
     由于缺乏有效的保护措施,广西野生大豆种质资源的原生地受到很大的破坏,种质资源损失严重,抢救保护广西野生大豆种质资源已十分紧迫。
短句来源
     Aiming at the geographical distribution and biological characteristics of wild soybean germplasm in Guangxi,development latent and prospect of wild soybean,the research and application on genetic diversity and protection situation of wild soybean,it is suggested that the collection and preservation,farther assessment and evaluation and making the best of wild soybean should be strengthened to promote the industrial development of soybean in Guangxi.
     针对广西野生大豆种质资源的地理分布和生物学特性、野生大豆的开发潜力与应用前景、野生大豆遗传多样性研究利用与保护现状,提出加强收集保存、深入鉴定评价、充分利用的发展战略,以促进广西大豆产业化发展。
短句来源
  “wild soybean germplasm”译为未确定词的双语例句
     EVALUATION AND UTILIZATION OF WILD SOYBEAN GERMPLASM IN HEILONGJIANG PROVINCE
     黑龙江省野生大豆资源的评价和利用
短句来源
     STUDIES ON THE DROUGHT RESISTANCE OF WILD SOYBEAN GERMPLASM
     野生大豆抗旱性鉴定及研究
短句来源
     Aphids(Aphids glycine Matsumura) resistance of three wild soybean germplasm materials, 85-32, 85-39, 85-1, were repetitive identified in conditioner chamber.
     对3份野生大豆85-32、85-39和85-1在人工气候箱内进行抗蚜重复鉴定。
短句来源
     Wild soybean germplasm in Guangxi and its innovative application
     广西野生大豆资源与创新利用
短句来源
     The result showed: the highly drought resistance types were existed in wild soybean germplasm. An average coefficient of drought resistant of wild soybeans was over 0.6615. The drought resistant of ZYD1936 and ZYD3654 was stable.
     结果表明 :野生大豆中存在高度抗旱基因型 ,其中ZYD1936、ZYD36 5 4的平均抗旱系数大于 0 .6 5 0 0 ,系 1级抗旱材料 ,且抗旱性稳定。
短句来源
更多       
  相似匹配句对
     ) and wild soybean (G. soja (L.)
     max×G.
短句来源
     Investigaton on Embryology of Wild Soybean
     野生大豆胚胎学研究
短句来源
     Wild soybean germplasm in Guangxi and its innovative application
     广西野生大豆资源与创新利用
短句来源
     STUDIES ON THE DROUGHT RESISTANCE OF WILD SOYBEAN GERMPLASM
     野生大豆抗旱性鉴定及研究
短句来源
     Investigation on Wild Soybean Germplasm Resources in Jiangxi Province
     江西野生大豆种质资源考察初报
短句来源
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  wild soybean germplasm
We preliminarily evaluate whether the Japanese and Chinese wild soybean germplasm pools are genetically differentiated from each other using SSR markers.
      
Thus, wild soybean germplasm was evaluated as a potential source of genes that govern protein synthesis that may have been lost during the domestication of G.
      


The fatty acid composition of some high-protein wild soybean and a series of wild, semiwild, semicultivated and cultivatad soybean intact seeds were determined by 13C NMR. All spectra were obtained with NMR spectrometer "operating at 25.05 MHz, completely proton decouping, a choice of 0.5 sec acquisition time and tip angle of around 45°. A given amount of intact seeds were immersed in D2O and all well resolved spectra achieved with accumulation for 3000 times (about 30 min.)The quantification of oil components...

The fatty acid composition of some high-protein wild soybean and a series of wild, semiwild, semicultivated and cultivatad soybean intact seeds were determined by 13C NMR. All spectra were obtained with NMR spectrometer "operating at 25.05 MHz, completely proton decouping, a choice of 0.5 sec acquisition time and tip angle of around 45°. A given amount of intact seeds were immersed in D2O and all well resolved spectra achieved with accumulation for 3000 times (about 30 min.)The quantification of oil components was checked by the data of GC analysis and given a series of correlation coefficient.It had been found that (1) content of linolenic acid was lower in some high-protein (50%) wild soybean germplasm; (2) order of the linolenic acid content was: wild semiwild semi-cultivated cultivated soybean. 13C-NMR would be a powerful technique for study on genetics and breeding of soybean oil composition.

本文首次报导了用~(13)C核磁共振测定完整野生大豆种子的脂肪酸组成,并对方法做了论证。肯定了其准确、快速、不破坏种子生活力的特点。发现高蛋白野生大豆(蛋白质含量>50%)中有亚麻酸含量较低的种子;发现吉林省不同进化类型大豆亚麻酸的含量为。野生>半野生>半栽培>栽培大豆。认为核磁共振技术能有效地用于油份品质的遗传研究,加速育种进程。

One wild soybean germplasm (G.soja) and two cultivated soybean cultivars(G.max) were used to make two crosses in 1987.The inheritance of type Ⅰ andtype Ⅲ were analysed based on the data of parents,F_1, F_2,and F_3.Theresults showed that the presence and absence of the absence SOD bands b_1 and b_2 in F_2plants segregated in a ratio of 84:316,this simple 1:3 segregation pattern sug-gests a single segregating locus(designated Sodl);The SOD bands clc2c4 andclc3c5 segregated in a ratio of 1:2:1 in F_2...

One wild soybean germplasm (G.soja) and two cultivated soybean cultivars(G.max) were used to make two crosses in 1987.The inheritance of type Ⅰ andtype Ⅲ were analysed based on the data of parents,F_1, F_2,and F_3.Theresults showed that the presence and absence of the absence SOD bands b_1 and b_2 in F_2plants segregated in a ratio of 84:316,this simple 1:3 segregation pattern sug-gests a single segregating locus(designated Sodl);The SOD bands clc2c4 andclc3c5 segregated in a ratio of 1:2:1 in F_2 plants,these data fit a hypothesis ofcodominant alleles at the Sod2 locus.There Were no genetic linkage betweengenes Sod_1 and Sod_2.The data of F_3 were consistent with F_2 data.

采用超氧物歧化酶(SOD)酶谱型不同的3个基因型配制了2个杂交组合,根据 F_1、F_2及F_3资料对两种酶谱型进行了遗传分析。结果表明,大豆超氧物歧化酶 SOD b1b2谱带的有无受一对互为显隐性的主效基因(Major gene)控制,分别用 Sod 1和 sod 1表示;C 区的变异受两个位于同一基因位点上的共显性基因(Codominant allele)控制,分别用 Sod2-f 和Sod 2-s 表示。Sod 1和 Sod 2两对基因相互独立。

The fat content of 1598 wild soybeans (G. soja) from different regions of China was 9.94% on thd average and lower significantly than that of 1595 cultivated soybeans (G. max), which was averaged19. 05%. The results of fatty acid composition of 174 wild, semi- wild (G. gracilis) and cultivated soybeans showed that the linolenic and palmitic acid con- tent decreased, while the oleic acid content increased as the soybean evoluted from wild to cultivated type. The effect of photoperiod and day and night temperature...

The fat content of 1598 wild soybeans (G. soja) from different regions of China was 9.94% on thd average and lower significantly than that of 1595 cultivated soybeans (G. max), which was averaged19. 05%. The results of fatty acid composition of 174 wild, semi- wild (G. gracilis) and cultivated soybeans showed that the linolenic and palmitic acid con- tent decreased, while the oleic acid content increased as the soybean evoluted from wild to cultivated type. The effect of photoperiod and day and night temperature on fatty acid com- position was analyzed. Some special genotypes, such as the linolenic content as high as 23. 12%, the linoleic acid content as high as 61. 24%, the oleic acid content as high as 51.55%, and the palmitic acid content as high as 15.49, were discovered in Chinese wild soybean germplasm.

对中国1598份野生大豆和1595份栽培大豆的脂肪含量进行了比较分析,发现野生大豆的脂肪含量为9.94%,明显低于栽培大豆的(19.05%)。对来自中国不同纬度的174份不同进化类型大豆进行了脂肪酸组成分析,发现随着大豆进化程度的提高,亚麻酸、棕榈酸含量逐渐降低,油酸含量逐渐增加。探索了日照长度,昼夜温度对大豆脂肪酸形成与积累的影响。发现了一批特异基因型。

 
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