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      小麦耐
相关语句
  tolerance wheat
     Chadian Red, a slat tolerance wheat germplasm, was identified and crossed with salt sensitive genotype Chinese Spring(C. S). Two gene pools of salt tolerance and salt sensitivity was made from 98 individuals in F2 population by BSA method. RFLP was used to mark the salt tolerance genes.
     以农家耐盐小麦品种“茶淀红麦”与盐敏感品种“中国春”为对象配制杂交组合,获得98株分离群体,利用BSA方法构建小麦耐盐和盐反应敏感基因池,利用RFLP探针标记茶淀红麦的耐盐基因。
短句来源
  “小麦耐”译为未确定词的双语例句
     Isolation of TaVHA-C, A Gene in Wheat Related to Salt-Tolerance via cDNA-AFLP
     利用cDNA-AFLP技术获得小麦耐盐性相关基因TaVHA-C
短句来源
     RAPD analysis of wheat salt tolerant mutant
     小麦耐盐突变体的RAPD分析
短句来源
     The Correlation Analysis of the K~+ Content and SOD Activity in Wheat Salt Tolerance Mutants Near-isogenic Line
     小麦耐盐突变体近等基因系K~+含量与SOD活性相关分析
短句来源
     RAPD Analysis of Wheat Salt-tolerant Mutant mtDNA
     小麦耐盐突变体线粒体DNA的RAPD分析
短句来源
     Extraction of the salt responsive cDNA in wheat by mRNA differential display
     用mRNA差异显示技术分离盐胁迫下小麦耐盐相关cDNA
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  相似匹配句对
     Molecular Biological Identification of Wheat Salt Tolerant Lines
     小麦盐突变体的分子生物学鉴定
短句来源
     Study on salt-tolerance of wheat varieties
     小麦品种盐性的研究
短句来源
     , wheat ( Triticum aestivum L. )
     、小麦(Triticumaestivum L.)
短句来源
     Sister Chromatid Exchanges In Wheat
     小麦的姐妹染色单体交换
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         The results of solution culture showed that the critical value of the high Zinc concentration tolerance of wheat (the cultivers of Mian Yang 11 and 15 )was 600 ppm. The seedlings grew normally at the concentration of Zinc from 0.05 to<400 ppm. The Zinc toxicity symptom occurred in different extent when the Zn~(2+) of concentration of 400 ppm and 600 ppm was added to the culture solutions. For the treatment of 600 ppm Zn~(2+) the symptom was most severe and occurred most early, leaf withering appeared 3 days...
            水培结果表明,绵阳11和15号小麦耐有效锌的临界值为600ppm。在0.05—400ppm以内。幼苗生长正常,400ppm时,便出现锌中毒症状,至600ppm时,症状最严重,显症时间最早,从培养第3日起,植株开始枯萎,到第9日,焦叶指数和蔫萎指数均达三级,植株含锌量达6674ppm;而400ppm处理的,症状较轻,植株含锌量明显下降,为6185ppm。加钙处理(500ppmCa~(2+)),使症状加剧,显症提前,植株含锌量相应增高。加0.1%EDTA处理,使症状减轻,推迟显症,植株含锌量下降;在最高锌量(600ppm)加EDTA处理,较其它处理的植株,症状最轻、最迟,含锌量最低。
文摘来源
         The selection of NaCl-tolerant mutants in wheat was studied,A number of NaCl-tolerant cell lines were selected from a great quantity ofcallus cultures.The NaCl-tolerance of 5 lines were stable and very strongafter subculture of three times. The plants were regenerated on 1.0%NaCl-containing media.The NaCl-tolerance appeared in the callus from embryos of three plants regenerated.Two of the three plants which could pass on the NaCl-tolerance to next generation through gametophyte are preliminarily considered ...
            运用组织培养研究了小麦耐盐(NaCl)突变体的筛选,获得了大量耐盐细胞系,其中有5个系的耐盐性稳定而且较强,其余的系在以后继代培养中耐盐性逐步消失。耐盐稳定的细胞系在含NaCl的培养基中再生了植株,其中三棵植株表现了耐盐特性,而且两株的耐盐性通过有性世代仍保留,初步确定为遗传的耐盐特性突变体。在试验中采用了60Co γ射线辐照幼穗,结果表明1kR比较有效。
文摘来源
         Investigation on rice and wheat growth with varied concentrations of Zn added and effect of Zn accumulation in soil and plant was carried out. The results are as follows:1. Available Zn content in soil increased with the increase of concetration of Zn added. Accumulation rate of available Zn in the Black Clay Soil was 4 times that of Yellow Sand Soil. 2.The rice grew fine on soil containing high Zn (40ppm). Wheat injury occurred when available zinc values of the Black Clay Soil is higher than 8.04ppm, while...
            以两种性质不同的水稻土为材料,研究水稻和小麦在不同锌用量环境中的生长情况,以及锌在土壤、植株中积累的状况。结果如下:(1)土壤有效锌随施锌量的增加而增加,增加的幅度因土壤类型而异,黑粘土有效锌积累率为35.4%,是黄砂土的4倍。(2)水稻能在所设计的锌用量范围内正常生长。小麦耐锌能力因土壤类型而有很大差异,_黄砂土上的小麦表现出较强的耐锌能力,黑粘土施锌量在20mg/kg土时,小麦出现受害现象。(3)糙米含锌量为17.8~33.15ppm,麦粒含锌量17.02~66.72ppm,黑粘土Zn_(20)和Zn_(40)处理的麦粒中锌已超过自然含量范围。
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