• 配合力玉米自交系重要遗传特性

    Combining ability is considered as a most important genetic character.

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  • 玉米自交系主要采用以为主的选育方式;

    The inbred lines derived mainly from the narrow germplasm base.

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  • 高效玉米自交系磷酸酶影响范围较大

    Rhizosphere ph also had significant differences in distinct phosphorus efficiency maize inbred lines.

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  • 不同玉米自交系吸收效率利用效率差异极显著

    The differences of Zn uptake and utilization efficiency among maize inbred line genotypes were significant.

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  • 8个玉米自交系部性状进行遗传相关通径分析。

    Heredity correlation and path of ear characters of 8 inbred maize lines were analyzed.

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  • 我国选育的优良玉米自交系319高抗南方玉米锈病

    The inbred line Qi319 is highly resistant to southern corn rust.

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  • 12个优质蛋白玉米自交系配合力遗传参数进行了分析。

    In 12 high-quality protein maize inbred lines combining ability and genetic parameters were analyzed.

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  • 矮生玉米自交系选育方法主要有系谱、回交法聚合选择法。

    Pedigree method, backcross method and convergent cross selection are used widely in dwarf maize breeding.

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  • 利用RAPD分子标记技术,对16个玉米自交系进行亲缘关系的类群划分

    Heterotic groups were classified by cluster analysis with RAPDs based on 16 important maize inbreds.

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  • 两个具有不同能力玉米自交系研究材料,对玉米的耐铝机理做了初步的研究

    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.

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  • 我国玉米自交系存在着丰富多样抗旱类型它们我国玉米抗旱育种重要种质资源。

    There existed inbred lines with different types of drought resistance, which were the important germplasms for drought resistant breeding in China.

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  • 选用8个玉米自交系,采用盆栽实验,在2个肥力水平,进行了玉米自交系适应性研究

    Under 2 fertility levels, 8 maize inbreds, a pot experiment is used to the adaptability of studying.

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  • 结果表明玉米自交系铝营养液中的耐评价结果酸性土壤的耐酸性筛选结果基本一致

    The results indicated that the evaluation of Al-tolerant inbred lines grown in nutrient solution with aluminum kept basically consistent with the screening results in acid soil.

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  • 尽管不同育种年代玉米自交系杂交种同工酶谱带上差异明显表现出随育种年代变化的趋势。

    The difference of band pattern in maize inbred lines or hybrids is obvious, but it don't display regularity changes with maize breeding eras.

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  • 目前,正结合进行田间分离纯合DNA分子鉴定,培育去除选择标记基因转基因玉米自交系

    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.

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  • 通过玉米自交系合344利用研究证明合344对黑龙江省早熟玉米育种极为重要作用

    Through utilization Research of corn inbred line he 344 to prove that he 344 plays a vital role in the medium and late maturate corn breeding in Heilongjiang Province.

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  • 14个O2玉米自交系1个普通玉米自交系研究玉米o2基因3个微卫星(SSR)位点隐性等位变异

    Recessive allelic variations were investigated at 3 microsatellite (SSR) sites within the o2 gene by using 14 inbred o2 lines and a wild-type line in maize.

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  • 利用丹340改良了黄早四类群玉米自交系吉853,育成配合力、抗丝黑穗病的优良自交系津0102

    Maize inbred line Ji853 from Huangzaosi groups was improved by Dan340, and selected excellent line cultivars Jin01 and Jin02 that with high combining ability and head smut-resistance.

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  • 优良玉米自交系自330、E28丹340代表丹玉自交系中国玉米育种和生产中重要骨干材料

    The superior maize self-bred lines of Danyu series such as Zi330, E28 and Dan340, etc, are the most important key materials for the maize breeding and production in China.

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  • 研究同时表明同一融合内不同菌株致病性差异,并且同一菌株不同玉米自交系的致病力的强弱表现不完全一致。

    The results also showed that there were discrepancies in pathogenicity among isolates in the same anastomosis group, as well as the same isolate to different maize inbred.

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  • 玉米自交系4112胚为外植体,MS基本培养基研究了不同质量浓度2,4 - D愈伤组织诱导影响

    Influence of different mass concentration of 2, 4-d on callus induction in maize inbred line 4112 from immature embryos with MS being used as basal culture medium was studied.

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  • 采用8个典型玉米自交系及其组配28个杂交组合(不含反交)试材,对玉米自交系品质性状遗传特性产量相关性进行了研究。

    The genetic characteristics of quality trait and correlation with yield for maize inbred have been studied by using dual crosses of 8 inbreds and their corresponding 28 crosses.

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  • 该项技术可以应用玉米种子纯度及真伪快速鉴定玉米种质资源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方面,具有广阔的应用前景。

    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.

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  • 主要结果如下124个玉米自交系进行了SSR分析44物共检测出136个等位基因变异,对引物检测出2 - 7个等位基因,平均为3.09个。

    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.

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  • 本研究24玉米自交系为材料,玉米萌发通过PEG-6000(聚乙二醇-6000)模拟干旱胁迫方法,以胚芽长与胚根长伤害评价萌发期的耐旱性;

    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;

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  • 杂交玉米品种23贵州省旱粮研究所于2002年春季贵阳用玉米自交系WQJ和W286组配而成玉米单交种,2007年通过贵州省农作物品种审定委员会审定。

    Qiandan 23, a new hybrid maize variety, bred from the cross of WQJW286 by Guizhou Institute of Upland Crops in 2002 was approved by Guizhou Crops Variety Examination Committee in 2007.

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  • 试验所处玉米生育时期6叶龄),磷对所用自交系的初生根生根数量没有影响

    Up to 6 - leaf age of maize, the number of primary and secondary roots of all the genotypes were merely affected.

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  • K 10已成为黑龙江省玉米育种骨干自交系之一

    K10had become one of the leading self lines in the maize breeding of Heilongjiang province.

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  • 导入热带种质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途径之一

    Introduction of tropical germplasm is one of the ways for extending the genetic basis of maize germplasm and parental inbred lines.

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  • 玉米新品种3号”是以自选自交系203”母本、自选自交系“吉202”为父本育成的杂交种。

    The new variety of glutinous maize "Jinnuo 3" was obtained using "Ji 203" as female parent and "Ji 202" as male parent.

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