1)sRNA非编码小RNA
1.Small non-coding RNA(sRNA) is a kind of newly discovered 50-200 nt small RNAs that do not encode proteins.细菌非编码小RNA(small non-coding RNA,sRNA)是一类长度在50～200个核苷酸,不编码蛋白质的RNA。
2.Small non-coding RNA (sRNA) is a kind of newly discovered 50 nt~500 nt small RNAs that do not encode proteins.细菌非编码小RNA(small non-coding RNA,sRNA)是一类长度在50~500个核苷酸,不编码蛋白质的RNA。
英文短句/例句
1.Structure and Function of Bacterial Small Noncoding RNA RyhB细菌非编码小RNA分子RyhB的结构与功能
2.The Design and Implementation of ncRNA Gene Finding Model;非编码RNA基因识别模型的设计与实现
3.Prediction of Non-coding RNA Genes Based on Sequence Features;基于序列特征的非编码RNA基因预测
4.Alignment and Prediction of Multi-objective Optimized Non-coding RNA多目标优化的非编码RNA比对及预测
5.Design and Implementation of Non-coding RNA Prediction Based on Data Mining;基于数据挖掘的非编码RNA预测模型设计与实现
6.Epigenetics:advances of non-coding RNAs regulation in mammalian cells表观遗传学:生物细胞非编码RNA调控的研究进展
7.Molecular Mechanism of X -chromosome Inactivation Mediated By Non-coding RNA Xist非编码RNA Xist调节X染色体失活的分子机制
8.Identification of the non-coding RNA in the cell line derived from lung cancer with different transferring ability不同转移能力肺癌细胞株差异非编码RNA的鉴定
9.Organism Development Related Non-Coding RNA and Their Functional Mechanisms与生物体发育相关的非编码RNA及其作用机理
10.Bioinformatic Analysis of Tandem Repeats and Non-Coding RNA in Deinococcus Radiodurans;耐辐射球菌中串联重复序列以及非编码RNA的生物信息学分析
11.Advance in research on epigenetic regulation of ncRNA in tumors非编码RNA的表观遗传学调控及在肿瘤中的异常表达
12.Relationship between noncoding RNA and pathogenesis of major human diseases and its application in biomedicine非编码RNA与人类重大疾病的发生及其在生物医学领域内的应用
13.Garlic and Ginseng Extracts Potential Therapeutic Effects in Controlling Vascular Diseases, Effect of Noncoding RNAs on Cardiovascular Diseases;大蒜及人参提取物对心血管疾病抑制作用研究及非编码RNA与心血管疾病关系初探
14.The Effect of a Non-coding RNA Gene zm401 on Microspore Development in Maize;非编码基因zm401对玉米小孢子发育的影响
15.Application of Fourier, Wavelet and Recurrence Quantification Analyses to Classification Coding and Non-coding Sequences and Protein Structure Classes;傅立叶、小波、递归定量分析在区分编码和非编码序列以及蛋白质结构类中的应用
16.mRNA and Protein Expression of Puma in Lung Cancerpuma mRNA及其编码蛋白表达与非小细胞肺癌的相关性研究
17.Non-prototypical Encoding of English Setting in Marked Clause Structure and Its Conceptually-corresponding Chinese Clause Structure英语场景非典型编码标识小句及其与汉语存现句的对比
18.Class of irregular LDPC codes with low encoding complexity具有线性编码复杂度的非规则LDPC码
相关短句/例句
non-coding RNA非编码RNA
1.Prediction of Non-coding RNA based on Neural Network with Principal Component Analysis;基于主成分分析-神经网络的非编码RNA预测
2.The Epigenomics Mediated by Non-coding RNA and the Occurrence of Tumors;非编码RNA诱导的表观遗传学与肿瘤的发生
3.Objective To explore and identify the non-coding RNAs related to tumors.目的寻找并验证与肿瘤相关的非编码RNA。
3)noncoding RNA非编码RNA
1.Regulatory Roles of Noncoding RNA in Plant Development and Adaptabilities;非编码RNA在植物发育与环境适应中的调控作用
2.Identified epigenetic processes involved in human disease include chromatin remodeling, genomic imprinting, X chromosome inactivation, and noncoding RNAs regulation.在过去的几年里,人们对表观遗传疾病的机理有了新的认识,这些疾病与染色质重塑、基因组印记、X染色体失活以及非编码RNA调控这4个表观遗传过程相关。
3.MicroRNAs(miRNA) are a new class of noncoding RNAs, which are encoded as short inverted repeats in the genomes of animals and plants.微RNA是新发现的一类非编码RNA分子 ,在动植物细胞中广泛表达 ,它的基因是短的反向重复序列。
4)ncRNA非编码RNA
1.Non-coding(ncRNA) RNAs are involved in a variety of processes such as transcriptional regulations,RNA processing and modification,mRNA translation,protein transportation and stability.非编码RNA(non-coding RNA,ncRNA)在参与转录调控、RNA的加工与修饰、mRNA的转录、蛋白质的运输与稳定性调节等方面具有非常明显的作用。
5)non-coding RNA Xist非编码RNA Xist
6)non-coding RNA(ncRNA)非编码RNA基因
延伸阅读
感染性RNA病原RNA分子式：CAS号：性质：又称感染性RNA病原RNA；壳病毒，是一种和病毒(virus)相似的感染性颗粒。为无蛋白外壳的单链RNA，分子量1.1×105～1.3×105。它是比已知病毒都小的能在宿主细胞内自主复制的病原体之一。已知的近20种类病毒中，大部分已测得了一级结构，都是无蛋白外壳的共价闭合的单链环状RNA分子。在天然状态下类病毒RNA以高度碱基配对的棒状结构形式存在。最先是由T. O. Diener等人(1969)在马铃薯纤块茎病(potato spindle tuber disease)的病株上首先发现的，在电镜下可见到这RNA分子呈50nm长的杆状分子，共有359个碱基对，并证实是游离的RNA，为此正式命名为类病毒。它通常在宿主细胞核内，借助汁液传染，分子量75000～130000，比最小病毒还小80倍。后又相继在菊花矮缩病(chrysanthemum stunt)、菊花绿斑病(chrysanthenum chlorotic mottle)、柑橘剥皮病(citrus excortis)等患病植株中分离到低分子量的病原RNA。推测它也可能存在于其他植物、动物甚至人体内。绝大部分类病毒均具有共同的结构特征：(1)位于棒状结构中心有一个高度保守的序列；(2)靠近这一保守中心区的左侧有一个多聚嘌呤区；(3)棒状结构左侧序列保守性强，右侧变异性大。它可能是通过核苷酸序列或结构改变直接与寄主细胞相互作用、干扰细胞的代谢而致病。对类病毒的研究可能为揭示生命起源和进化、生命过程的实现等生命科学的重大理论问题作出贡献。
