1) 5029 inbred-line
5029自交系
2) inbred lines
自交系
1.
The construction of fingerprints for 20 basic maize inbred lines by SSR markers;
20个骨干玉米自交系的SSR指纹图谱构建
2.
Analysis on nitrogen use efficiency of different cabbage inbred lines;
不同结球甘蓝自交系氮效率的分析
3.
Analysis of combining ability of major quantitative characters in sweet maize inbred lines;
甜玉米自交系主要数量性状配合力分析
3) Inbred line
自交系
1.
Identification of maize inbred lines pedigree by RAPD markers;
RAPD技术在玉米自交系亲缘关系鉴定中的应用
2.
Selection of maize inbred lines with pedigree under two densities-based on the general combination ability analysis;
两种密度系谱法选择玉米自交系的一般配合力分析
3.
Analysis and Estimate on Combining Ability of Inbred lines from Three Populations;
三个群体选育自交系配合力分析及评价
4) inbred
[英][,ɪn'bred] [美]['ɪn'brɛd]
自交系
1.
Variation Research into One-hundred-grain Weight of Current Corn Inbred Maternal Line;
玉米自交系杂交当代母本籽粒百粒重变化的研究
2.
A Study of Essterase Isozyme Zymograms of Corn Inbreds;
玉米自交系的酯酶同工酶分析
3.
Genetic Relationship Among 20 Special Maize Inbreds Studied by SSR Markers;
20份特用玉米自交系亲缘关系的SSR标记研究
5) Inbreds
自交系
1.
Studies on Combining Ability and Heterotic Grouping of 24 Quality Protein Maize Inbreds and Four Temperate Representative Inbreds of Chinese Major Heterotic Groups;
24个优质蛋白玉米自交系与中国温带玉米四大优势群代表自交系的配合力和杂种优势群研究
2.
Combining Ability Studies of Main Quantitative Characteristics in Fifteen Maize Inbreds;
15个玉米自交系主要数量性状配合力的研究
3.
Study on the Genetic Relationship between Alexho High-oil Maize Inbreds and Normal Maize Inbreds and Normal Maize Inbreds Belonging to Different Heterotic Groups;
Alho高油玉米自交系与不同来源普通玉米自交系的遗传关系研究
6) inbred-line
自交系
1.
Quantitative character analysis and cluster analysis of 37 pumpkin (Cucurbita moschata Duch) inbred-lines;
南瓜自交系数量性状分析与聚类分析
2.
Extablishment of genetic transformation acceptor system has been investigated, and insecticidal protein gene from Bacillus thuringiensis was transferred into conventional maize inbred-lines through technologies such as Agrobacterium twnefaciens, Microprojectile Bombardment and Pollen-tube pathway.
本文对东北春玉米区广泛使用的5个优良玉米自交系的遗传转化受体体系进行了研究,并应用三种主要转基因技术(农杆菌介导法、基因枪法、花粉管通道法)对其进行Bt杀虫蛋白基因的转化。
补充资料:上系
1.犹言上世。
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