不亲和性

bù qīn hé xìng
  • incompatibility
不亲和性不亲和性
不亲和性[bù qīn hé xìng]
  1. 用荧光显微镜技术观察药用野生稻(OryzaofficinalisWall)和转基因水稻的不亲和性

    Observation of the Sexual Incompatibility Between Wild Rice ( Oryza officinalis Wall ) and Transgenic Rice by Fluorescence Microscope

  2. 纸皮、双果自花授粉后分别产生的蛋白质d、蛋白质G,其含量达到最大值时间越早预示着不亲和性越强。

    " Zhipi " and " Shuang guo " distinguishes protein d , G after self-pollination . The earlier their content reach the maxium , the stronger of the incompatibility are .

  3. 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。

    Both of the incompatible factors A and B of the two parents were controlled by 3 multiple alleles .

  4. 小麦及其近缘种间杂交的不亲和性及其F1籽粒性状研究

    Interspecific Cross-incompatibility between Triticum aestivum and Its Related Species and Their F_1 Kernel Characters

  5. NaCl克服自交不亲和性的效应似乎是可逆的。

    The effect of NaCl was reversible .

  6. 配子体基因Ga控制着玉米的杂交不亲和性,杂交不亲和性具有遗传隔离和防杂保纯的作用。

    Cross incompatibility in Zea mays is controlled by gametophyte gene ( Ga gene ) . The cross-incompatibility has the function of genetic isolation and keeping seed purity .

  7. Gal表现为部分显性,而Gat具有中等强度的杂交不亲和性。

    The Gal allele is partially dominant to gal , whereas the Gat allele has a moderately strong cross-incompatibility .

  8. 在自交不亲和性系统中,遗传上由单一位点控制的,这一位点称为S-locus。

    SI systems are controlled by a single genetic locus called S-locus in heredity .

  9. 以新中心(NoveCento)、普瑞头(Prato)两种亚洲百合为母本,调查了4种授粉方法对克服百合自交不亲和性与种间不亲和性的影响。

    The effect on overcoming self-incompatibility and species-incompatibility of different pollination methods for Nove Cento lily and Prato lily has been studied .

  10. S-RNase在配子体型自交不亲和性反应中起关键作用,HV区段被认为是雌蕊与花粉间特异识别的关键部位。

    S-RNase plays a key role in Gametophytic Self-incompatibility . The HV domain of S-RNase amino acid sequence was viewed as the key site of specific-recognition between molecules .

  11. 杂交指数OCI(≥4)及授粉实验也表明该种具有强烈的自交不亲和性,属于专性异交的交配方式。

    Moreover , the outcrossing index and the results of bagging and artifical pollination also indicated that this species was self-incompatible intensively and xenogamy .

  12. 用标记获救法克隆了整合状态的F′质粒的复制起点,证明了由这一复制起点构成的mini-F质粒在不亲和性和对吖啶橙的敏感性方面和自主状态的F′质粒都没有不同。

    The replication origin of the integrated F ' plasmid was cloned by means of marker rescue . No difference in incompatibility and acridine orange sensitivity was found between the mini-F plasmid constructed from such an origin and the autonomous F ' plasmid .

  13. 青花菜(B.oleraceavar.italica)具有广泛的自交不亲和性,随着自交代数的增加,通过选择花期自交亲和指数迅速下降,3代后渐趋稳定。

    Self compatible index ( number of seeds per pollinated flower ) in Broccoli ( B. oleracea var. italica ) decreased rapidly and became stable after 3rd generation .

  14. 高等植物自交不亲和性在遗传上受S-位点(S-Locus)控制,其识别蛋白是S-基因编码的S-位点特异性蛋白(SLSG)(S-蛋白),是决定植物自交不亲和的关键性功能蛋白质。

    Its recognition protein is an S-locus special glycoprotein ( SLSG ) ( S-protein ) that is a kind of major function protein controlling higher plants , self-incompatibility .

  15. 同时对部分材料的SRK基因的核苷酸序列进行分析验证,表明相同类型SRK基因序列一致性较高,且SRK基因存在明显的单核苷酸多态性,为进一步自交不亲和性的研究奠定了基础。

    Furthermore , the sequence analysis of SRK gene in some material indicated the same type SRK gene sequences have high identities , and SRK shows distinct single nucleotide polymorphisms , and these lay a foundation for the research of self-incompatibility .

  16. 植物自交不亲和性分子机理的研究进展

    The Molecular Progress on the Study of Plant Self - Incompatibility

  17. 甘蓝品种自交不亲和性的鉴定与利用潜力

    Identification and applied potential of self incompatibility in head cabbage varieties

  18. 樱桃品种S基因型及自交不亲和性分子机制研究进展

    Studies on S Genotypes and Molecular Mechanism of Self-Incompatibility in Cherry

  19. 亲本亲和指数同后代条和指数的平均值呈正相关,因此在选择时,最好选择那些亲和指数低,不亲和性强的单株。

    Parents and offsprings ' affinity exponential had the positive relation .

  20. 化学药剂处理克服芸芥自交不亲和性效果研究

    Overcoming self-incompatibility in Eruca sativa Mill . via chemical treatment

  21. 中国香菇栽培菌株不亲和性因子的分析

    Analysis of incompatibility factors in cultivated strains of Lentinus edodes in China

  22. 建立了一套适合梨自交不亲和性反应中雌蕊与花粉识别的信号转导机制的研究方法。

    A set of pollen fluorescence labeling methods were established .

  23. 甘蓝自交不亲和性快速鉴定方法的研究

    Studies on Rapid Indentification Method of the Self-Incompatibility of Cabbage

  24. 辐照小麦雌雄配子克服远缘杂交不亲和性的研究

    Studies on overcoming incompatibility of distant hybridization by gamma rays

  25. 核果类果树远缘杂交不亲和性调控研究

    Study on Regulating Cross-incompatibility of Distant Hybridization in Stone Fruit

  26. 克服节节麦×普通小麦杂交不亲和性的研究

    Studies on overcoming the cross incompatibility of Aegilops squarrosa × triticum aestivum

  27. 棉属栽培种与野生种杂交的不亲和性

    Interspecific Incompatibility in Crosses Between the Cultivated and the Wild Species in Gossypium

  28. 植物自交不亲和性研究的文献计量学分析

    Analyses of bibliometrics on the research of plant self-incompatibility

  29. 以上实验结果表明中国李属于典型的配子体型自交不亲和性果树。

    All of above results demonstrated that Chinese plum exhibited classic gametophytic self-incompatibility .

  30. 激光和高压静电场对百合交配不亲和性影响的研究

    Effect on Self-incompatibility and Cross-incompatibility of Lily by Laser and High-voltage Electrostatic Field