互补基因

X射线修复交叉互补基因功能的研究进展

The recent advance in identification and functions of X ray repair cross complementing genes

RNA干扰技术抑制切除修复交叉互补基因1对卵巢上皮性癌细胞顺铂敏感性的影响

Enhanced cisplatin cytotoxicity by RNA interfering the excision repair cross-complementing 1 gene in ovarian cancer cell lines

目的探讨RNA干扰技术抑制切除修复交叉互补基因（ERCC）1对卵巢上皮性癌（卵巢癌）细胞顺铂敏感性的影响。

Objective To study changes of cisplatin sensitivity by RNA interfering the excision repair cross-complementing ( ERCC ) 1 gene in ovarian cancer cell lines .

F2代种皮性状黑色与红色分离比率为9∶7，说明漯珍一号黑种皮由2对显性互补基因控制。

All the F_1s had black kernels and in F_2 generation segregation in kernel color occurred with the ration of 9 black ∶ 7 red , suggesting that the character of black epidermis is controlled by two dominant complementary genes .

对CY26小种的抗性正交由2对隐性重叠或独立基因所控制，反交由2对隐性互补基因控制。

Positive cross result indicated that two overlapped or independent recessive genes conferring against CY26 , while reverse cross indicated that two complementary recessive genes against the race .

抗玉米矮花叶病两个显性互补基因的功能分析

Function Analysis of Two Resistance Genes to Maize Dwarf Mosaic Virus

对研53－33菌系是由两对显性互补基因控制的；

To Ken 53-33 strain by two complementary dominant genes ;

两亲本分别含有2对和1对互补基因，根据系谱分析双亲的互补基因分别来自我国华南或东南亚的水稻品种。

It was deduced that above genes in the cultivars originated from cultivars of South or Central China and Southeast Asia , respectively , based on the analysis of their pedigrees .

初步证实分离的互补链基因启动子可作为新型强启动子应用于双子叶植物尤其是棉花的遗传转化。

The experiments suggested that isolated bidirectional promoter , as a novel strong promoter , could be used for dicots and especially cotton genetic transformation .

结果表明：大豆脂肪含量受2对加性互补主基因+多基因控制，主基因遗传率为16.23%，多基因遗传率为53.49%。

The results showed that fat content and linolenic acid content of the cross were controlled by two major genes plus polygenes , with the major gene heritability of 16.23 % , and 41.98 % , respectively , and polygene heritability of 53.49 % , and 24.17 % , respectively .

两对互补的显性基因控制着柑桔属和枳属的无融合生殖

Two Complementary Dominant Genes Controlling Apomixis in Genus Citrus and Poncirus

通过主效、微效基因的重组控制较强抗性和较宽抗性谱，反映出不同类型抗性谱互补的抗性基因重组产生的基因的集团效应。

Thus , high resistance and wide resistance spectrum were obtained by recombination of major and minor genes in line Jinghe 8811 . The results suggested that ' Group Effect of Genes ( GEC ) ' could be developed from recombination of the different genes with complementary resistance spectra .

对X射线修复交叉互补（XRCC）基因功能的研究极大地促进了对哺乳动物DNA损伤修复过程和遗传不稳定性致癌机制的理解。

The researches on functions of X ray repair cross complementing ( XRCC ) genes had promoted the understanding of DNA damage repair processes and the mechanism of cancer induced by genetic instability .

通过基因互补试验，确定基因缺失突变株的代谢产物不是由其它因素影响的。

Genetic complementations to the mutant strains were subsequently carried out to confirm the metabolites were not influenced by other factors .

本文主要概述了图位克隆的一般步骤，包括目的基因的初步定位、精细定位和遗传做图、染色体步行和登陆及利用功能互补实验鉴定目的基因。

This paper summarized the main processes of the map-based cloning including preliminary mapping , fine scale-mapping of candidate gene , building genetic map , chromosome walking or landing and finally function complement experiment to identify candidate gene .