rna editing

effects of different nuclear backgrounds on rna editing of the cox ⅲ gene in wheat v-cms

不同核背景对小麦V-CMS coxⅢ基因转录本编辑的影响

rna editing and alternative splicing are two important post-transcriptional processings leading to the increase of protein and functional diversity. both are closely related to cell differentiation and development, the development of the disease and so on.

RNA编辑和可变剪接是转录后加工过程中两种重要的加工方式，能够增加蛋白质和功能的多样性，与细胞分化和发育及疾病的发生发展等密切相关。

their work will cause a new set of hypothesis concerning errors of protein synthesis in ad pathology and is significant for rna editing research too.

该实验开辟了从蛋白合成错误的角度研究AD的新视点，并为RNA编辑提供了新的类型。

these applications include the studies of rearrangement of rubisco and the structure, transcription, translation and rna editing of genes in chloroplast;

这些应用主要包括利用叶绿体基因组转化技术进行Rubisco的组装，叶绿体基因结构、转录、翻译和RNA编辑等研究；

The progress of RNA editing in higher plant chloroplast

高等植物叶绿体RNA编辑研究进展

RNA editing is the phenomenon of nucleotide insertion, deletion or replacement during RNA maturation, which is a post-transcriptional modification process, including complete editing, partial editing and silence editing.

RNA编辑是指RNA成熟过程中发生的核苷酸的插入、缺失或替换现象，是一种转录后修饰加工过程，分为完全编辑、部分编辑和沉默编辑。

the effect of phenylacetate on the expression of rna editing deaminase in glioma cell line u-251

苯乙酸对胶质瘤U-251细胞中RNA编辑酶表达的影响

adars are rna editing enzymes that change adenosines to inosines via a hydrolytic deamination reaction on double-stranded ( ds) rna.

ADARs是一种RNA编辑酶，作用于双链RNA（ds RNA）上的腺嘌呤，通过水解脱氨作用使腺嘌呤转变为次黄嘌呤。

such small antisense rnas may later have gained a role in rna editing, possibly under selective pressure to repair a region or restore a reading frame after loss or erosion of a module.

之后，这些小的反义RNA可能会在RNA拼接中发挥作用，如在选择压力下修复基因组中一个区域，抑或在丧失或损坏一个模块后恢复一个读码框。

rna editing analysis of phosphoprotein gene of velogenic newcastle disease virus from goose and molecular characteristic analysis of its encoded proteins

鹅新城疫病毒P基因的RNA编辑及其相关蛋白的分子特征

research progress of the relation between mitochondrial genetic material and cms in plants is introduced in regarding to plant mitochondrial genome structure character, genetic diversity, plasmid-like, chimeric gene, rna editing and nucleo-cytoplasmic interaction.

本文从植物线粒体基因组结构特点、遗传差异、类质粒、嵌合基因、RNA编辑和核质互作等方面概述了植物线粒体遗传物质与CMS关系的研究进展。