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incompatible factors
相关语句
  不亲和性因子
     Both of the incompatible factors A and B of the two parents were controlled by 3 multiple alleles.
     结果表明 ,两个亲本的不亲和性因子 A和 B都存在 3个复等位基因 .
短句来源
     Microscopic monospore isolation was used to isolate protoplast regenerating strains germinated from yellow variety FL19 and white variety 8801 of Flammuline velutipe , and the genotypes of incompatible factors of the 89 and 83 monoprotoplast regenerating strains obtained were determined, respectively.
     采用显微镜单孢分离技术从金针菇菌株 FL19(黄色品种 )和 880 1(白色品种 )分离刚萌发的原生质体再生菌株 ,分别获得 89和 83株单个原生质体再生菌株 ,并对它们的不亲和性因子基因型进行测定 .
短句来源
  “incompatible factors”译为未确定词的双语例句
     True, some incompatible factors with ruling by law modernly exist in China's traditional legal culture, but can't totally repudiate the outstanding culture accumulation of several thousand years.
     诚然,中国传统法律文化中存在一些与现代法治不相容的因素,但不能因此全盘否定几千年的优秀文化积淀。
短句来源
  相似匹配句对
     The factors.
     其中外界因素的影响最为重要。
短句来源
     he factors of
     结果显示,不同预后的分类模型所选入的因素不完全相同。
短句来源
     are self-incompatible.
     绝大多数品种是自交不亲和的。
短句来源
     Multiple Factors in Erythrocytic Recovery Following ABO incompatible Allogeneic HSCT
     ABO血型不合的异基因造血干细胞移植后红系恢复多因素分析
短句来源
     A Stady of Factors Influencing the Incidence of ABO Incompatible Hemolytic Disease
     影响ABO新生儿溶血病发病的因素
短句来源
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  incompatible factors
The mating type of the fungus was found to be characterized by multiple-allelomorphic tetrapolar incompatibility controlled by the "A" and "B" incompatible factors.
      


Basidiospores were collected by discharging spores from the same basidiocarp of Auricularia auricula and Auricularia polytricha separately. Single spores from each species were obtained with dilution method. Monospore cultures of each species were isolated by picking up single spore individually under dissecting microscope. Thirty monospore cultures in each species were divided into three groups and tested by pairing of ten by ten. Number of nuclei per cell of mycelia for all matings were estimated using fluorescence...

Basidiospores were collected by discharging spores from the same basidiocarp of Auricularia auricula and Auricularia polytricha separately. Single spores from each species were obtained with dilution method. Monospore cultures of each species were isolated by picking up single spore individually under dissecting microscope. Thirty monospore cultures in each species were divided into three groups and tested by pairing of ten by ten. Number of nuclei per cell of mycelia for all matings were estimated using fluorescence staining with the specific fungal nuclear stain Hoechst 33258. If the two monospore cultures were compatible, two nuclei would appear in one cell with clamp connection, whereas there would be only one nucleus per cell for incompatible matings. Mating type was determined by assignment of incompatible factor according to mating behavior between monocaryon colonies. The proportion of the compatible pairings in the total mating pairings were 41% for A. auricula and 47% for A. polytricha.The results of pairing showed that the mating types of both A. auricula and A. polytricha are controlled by a single factor and therefore belong to bipolar type.

从木耳(Auricularia auricula)和毛木耳(A.polytricha)的同一子实体弹射、分离30个单孢子并发育成单核菌丝体,各自分成3组,以10×10方式进行单核体两两配对。取两配对单核体交结处菌丝体块到新的平板上继续发育并插入无菌的盖玻片让其菌丝爬上。后利用双苯并咪唑(Hoechst 33258)染色,在萤光显微镜下逐块检查配对后菌丝体细胞中核的数目。如果出现双核,再加以检查锁状联合以验证,则为配对亲和。不亲和者仍为单核。根据配对行为进行不亲和因子分配决定其交配型。检测结果表明,木耳和毛木耳担孢子的性别是由一对遗传因子A.a所控制。属典型性二极性(bipolar)异宗结合。

The mathmatical mold to solve one-dimensional non-compatible problems has been given in the paper[3], another mathmatical mold to solve non-compatible problems is established on its base in the paper. First, incompatible factors to take the problems into incompatible problem are analysis. Next, under changeable cndition in the problem, method clearing up incompatible factors are found out in the incompatible problem.

文[3]给出了求解一维不相容问题的一个数学模型,本文在它的基础上建立另一种求解不相容问题的数学模型。该模型采用首先分析要求解的不相容问题成为不相容的因素,从而找出在该问题中那些可改变的条件限制下,消除该不相容问题的不相容因素的方法。

Eight lines of photoperiod-sensitive genie male- sterile rice(PGMR)were used as maternal plants. 28 cross combinations of these PGMRs crossed respectively with 3japonica, 3 indica as well as 6 wide-compatible cultivars were studied for the heterosis (tables 1, 2). The results showed: in those with maternal lines of strong photoperiod-sensitivity,hybrids generally flowered later than their parents,the mean heterosis values were positive.While in the combinations with maternal lines of weaker photoperiod-sensitivity,the...

Eight lines of photoperiod-sensitive genie male- sterile rice(PGMR)were used as maternal plants. 28 cross combinations of these PGMRs crossed respectively with 3japonica, 3 indica as well as 6 wide-compatible cultivars were studied for the heterosis (tables 1, 2). The results showed: in those with maternal lines of strong photoperiod-sensitivity,hybrids generally flowered later than their parents,the mean heterosis values were positive.While in the combinations with maternal lines of weaker photoperiod-sensitivity,the hybrids flowered earlier than their parents,and the mean heterosis values were all negative (table 3).In performance of plant height,hybrids generally were higher than their parents,the mean heterosis values were all positive. The hybrid vigor values were stronger in japonica/indica than in japonica/japonica. The mean heterosis values for panicles per plant in iap. /iap. and iap. /ind. were all positive. And the mean heterosis values for the total grains per panicle and the 1 000-grain weight of hybrids were also very significantly positive. In consequence of the incompatible factors between japonica and indica rices,the hybrid vigor values of seed setting rate were generally negative in comparison with the restorers. According to these findings,the authors suggested that the iap. /iap. combinations may be used as the suitable cross type for "two lines"hybrid rice production,and the PGMR line may be trans-bred from the initial species of sterile line of "three lines "hybrid rice,thus the programme for reproduction of hybrid rice seeds will be simplified.

应用粳型光敏核不育系8份为母本与恢复亲本粳稻和籼稻品种各3份及广东和材料6份共配28个组合,对它们杂种一代的杂种优势分析结果表明:杂种一代抽穗期受光敏不育亲本的影响较大,生育期短、感光较弱的光敏不育系可获得生育期较短、平均优势为负值的杂种一代,而生育期长、感光较强的光敏不育系其杂种一代生育期较长,平均优势为正值。杂种一代的株高极大多数的平均优势为正值,且粳/籼的优势明显大于粳/粳。单株穗数的平均优势在粳/粳、粳/籼中均表现为正值,优势明显。每穗总粒数的平均优势亦明显,表现为正值。杂种结实率的优势,只有以713-1、713-3、02428和铁骨矮1号为恢复亲本呈正值。千粒重的优势亦明显,28个组合中27个均为正值。作者指出粳/粳两系杂交稻中有些组合充分表现了穗粒结构上的优势具有较大增产潜力,可以考虑利用优良三系杂交稻不育系的原始品种转育成光敏不育系,更迭三系制种为两系制种。

 
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