Two inbred lines of maize, ZA5716 and ZA6192, with high combining ability and disease resistance, were obtained from a breeding population improved by recurrent selection.
从轮回选择法改良的玉米育种群体中，选育出了配合力高、抗病性强的玉米新自交系za5716和ZA6192。
At present, inbred lines of transgenic insect resistant maize with selective marker gene removed are in separating and inbreeding program assisted by DNA marker detection.
目前，正结合进行田间分离纯合和DNA分子鉴定，培育去除选择标记基因的转基因抗虫玉米自交系。
The aluminum tolerance mechanism of maize was studied in this article, two maize inbred lines, which have different aluminum tolerance ability, were used as study material.
以两个具有不同耐铝能力的玉米自交系为研究材料，对玉米的耐铝机理做了初步的研究。
It can be wide used in maize seed purity identification, genetic background analysis of maize germplasm, fast selection and screening of target gene, maize inbred lines purification, et al.
该项技术可以应用到玉米种子纯度及真伪快速鉴定，玉米种质资源的遗传背景分析、目标基因的快速跟踪筛选、玉米自交系的快速提纯等方面，具有广阔的应用前景。
Heredity correlation and path of ear characters of 8 inbred maize lines were analyzed.
对8个玉米自交系穗部性状进行了遗传相关和通径分析。
Development of inbred lines is very important in hybrid maize research.
杂交玉米研究中，自交系选育是一个十分重要的环节。
The main results are as following: 1. By analysing 24 maize inbred lines with SSR, 136 alleles was detected from 44 pairs of primers, 2-7 alleles of each pair, average was3.09.
主要结果如下：1、对24个玉米自交系进行了SSR分析，44对引物共检测出136个等位基因变异，每对引物检测出2 - 7个等位基因，平均为3.09个。
Introduction of tropical germplasm is one of the ways for extending the genetic basis of maize germplasm and parental inbred lines.
导入热带种质是拓宽我国玉米种质遗传基础，改变现有亲本自交系遗传基础狭窄的途径之一。
The difference of band pattern in maize inbred lines or hybrids is obvious, but it don't display regularity changes with maize breeding eras.
尽管不同育种年代玉米自交系和杂交种在同工酶谱带上差异明显，但未表现出随育种年代变化的趋势。
With 24 maize inbred lines, by the injuring rates of sprout length and radical length were evaluated drought tolerance using PEG-6000 to simulating water stress method at germination stage;
本研究以24份玉米自交系为材料，在玉米萌发期通过PEG-6000（聚乙二醇-6000）模拟干旱胁迫的方法，以胚芽长与胚根长伤害率来评价萌发期的耐旱性；
From them, 3 inbred lines were selected for high resistance and high susceptiveness, respectively, in order to take genetic analysis of maize sheath blight gene in next step.
依相对抗病性指数，从中选出最抗的和最感的自交系各3个，以利于今后做玉米抗纹枯病基因的遗传分析。
From them, 3 inbred lines were selected for high resistance and high susceptiveness, respectively, in order to take genetic analysis of maize sheath blight gene in next step.
依相对抗病性指数，从中选出最抗的和最感的自交系各3个，以利于今后做玉米抗纹枯病基因的遗传分析。
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