incompatibility ['inkəm,pætə'biliti]

incompatibility的基本解释

n.

不相容, 不两立

与incompatibility相关的网络例句 [注：此内容来源于网络，仅供参考]

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

以新中心、普瑞头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 conversion boundary of self-incompatibility was researched by sowing by stage. Sunshine of day and temperature was studied critically by investigating leafage and researching traits indoors. The results showed that the daily minimum temperature was the principal factor of affinity conversion and the affinity conversion boundary was 16.5~18.1℃.HE97 was primarily regard as self-incompatible line in this research. The method was by inbreeding and sib HE97, Half the silk of HE97 and Zheng58. Inbreeding and cross have been done simultaneously. The extending condition of pollen tube was observed by dying the silk after pollinating 4 hours. The individuals with pollen tube were observed having seeds, while the individuals without pollen tube were observed having few seeds or no seeds. So this study regard HE97 as sporophytic self-incompatibility .The planting ration of female parent HE97 and male parent 87-1 was 4:1.The nature cross-pollination was studied by the theory of endosperm xenity, the study show that the setting percentage of HE97 was 625%, in which the seed in self was 70% and the seed in hybrid was 30%. This was consistent with the study of silk anatomy structure, then come to the same conclusion: compatible pollen germination and fertilization can stimulate the self-incompatible pollen germination and fertilization in the same corn cob.

通过分期播种，进行了光温敏自交不亲和材料HE97亲和性转换区间的研究，依据田间跟踪调查叶龄及室内考种研究了HE97亲和性转换区间的光温临界值，结果表明：1日最低温度是影响HE97自交不亲和性的主要原因，亲和性转换区间在16.5℃～18.1℃之间。2通过HE97自交和姊妹交以及将HE97与郑58作为双亲，各自的花丝一分为二，分别正反交，授粉后4个小时分别取其花丝进行固定、染色，观察花粉管的伸长情况，根据结实率与花粉管伸长的对应关系，结果发现观察到花粉管的对应植株收获到了种子，而没有观察到花粉管的对应植株结实率极低或没有结实，本研究把HE97初步划为孢子体自交不亲和类型。3以HE97为母本，87-1为父本，按4母：1父行比，通过花粉直感效应研究天然异交率，结果母本HE97结实良好(62%)，其中自交粒占70%，异交粒占30%，结合花丝切片观察表明，亲和花粉的萌发及受精会导致落在同一果穗柱头上不亲和花粉的萌发不再受抑制。

The sexual reproduction was controlled by the incompatibility factors The advances of researches on the mating characteristics, the composition and multiple alleles of incompatibility factors were summarized.

对不亲和性因子的交配特性，不亲和性因子的构成，不亲和性因子的复等位基因现象等的研究进展进行了综述，并提出了不亲和性因子的研究前

与incompatibility相关的网络解释 [注：此内容来源于网络，仅供参考]

incompatibility：不相容性

当细胞生长几代后,占少数的质粒将会丢失,因而在细胞后代中只有两种质粒的一种,这种现象称质粒的不相容性(Incompatibility). 但利用不同复制系统的质粒则可以稳定地共存于同一宿主细胞中. 质粒通常含有编码某些酶的基因,其表型包括对抗生素的抗性,

incompatibility：不相容

所以当病原可以感染植株时,两者的关系称作「有相容性」(compatibility);若植株能抗病时,则两者不相容(Incompatibility). 由於此假说可以说明:植物与病原间分子层次之互动微妙关系,以及植物抗病的机转,我们可藉此研拟出植物的抗病对策.

incompatibility：不兼容性

不能用一种共同的语言来充分表述两种范式,也不能在范式之间进行一个观点对应一个观点的比较. "[15]在这里,我们需要区别"无公度性"(incommensurability)、"不可比性"(incomparability)和"不兼容性"(incompatibility)这三个不同的概念.

incompatibility：不亲和性

不亲和性(incompatibility)在有性生殖过程中由于生物个体的细胞或组织水平上的不协调而使受精或接合不能正常进行,或是受精后不能产生后代的现象. 这是双亲个体间基因型的不协调或是染色体组非同源性在生殖生理表型上的一种反映.

plasmid incompatibility：质粒不相容性

研究人员的新方法利用了一种叫做质粒不相容性(plasmid incompatibility)的自然过程--当一种新的质粒进入已经含有质粒的细胞中时,两种质粒就会竞争资源,而竞争的结果就是一个胜利另一个则被消除.