1)post-transcriptional regulation转录后调控
英文短句/例句
1.The Structure of mRNA And Post Transcriptional Regulation On Gene Expression;mRNA的结构与基因表达的转录后调控
2.Post-transcriptional Regulation of HAb18G/CD147 Expression by MicroRNA and Its Molecular MechanismmicroRNA介导HAb18G/CD147分子转录后调控及其机制
3.The Study of APOBEC3G Transcription Regulation MechanismAPOBEC3G转录调控机制研究
4.Mechanism Investigation of the Transcriptional Regulation of Sp1 on Human NDRG2转录因子Sp1调控人NDRG2转录机制研究
5.Lens Transcription Factors and Crystallin Expression in Rat Posterior Capsule Opacification;晶状体转录调控基因在后发性白内障中的表达和意义
6.Signal Perception,Transduction and Transcriptional Regulation during Cold Stress in Plant植物低温信号的感知、转导与转录调控
7.Human β-defensin-1 Gene Expression and Transcription Regulation人β-防御素-1基因表达与转录调控
8.Synergistic Activation of Eukaryotic Gene Transcription by Multiple Upstream Sites真核基因转录激活的多位点协同调控
9.Transcriptional Regulation Study of the Human Farnesoid X Receptor Gene;人法尼酯X受体基因转录调控的研究
10.Transcriptional Regulation of a Nasopharyngeal Carcinoma Tumor Suppressor Gene BRD7;鼻咽癌抑瘤基因BRD7的转录调控研究
11.Study on the Transcriptional Regulation of KRAB Zinc Finger Protein Gene ZNF331;KRAB锌指蛋白ZNF331基因的转录调控研究
12.CCAAT/enhancer-binding Proteins β(C/EBPβ) Up-regulates Transcription of BRCA1 Gene in Human Breast Cancer Cells;C/EBPβ、CBP/P300调控BRCA1转录及功能的研究
13.Study on Transcriptional Regulation of Prostate Cancer-related Gene AMACR;前列腺癌相关基因AMACR的转录调控研究
14.The Regulatory Mechanisms of HOXB13 GeneHOXB13基因转录调控的分子机制研究
15.Sp1 Regulates FHL2 Expression by Transcriptional RegulationSp1对FHL2转录调控机制的研究
16.ERα, ERβ and p53 Modulate Transcriptional Activity of the BRCA2 GeneERα、ERβ与p53调控BRCA2转录的分子机制研究
17.Influence of AML1 and AML1-ETO on Transcriptional Regulation of nucb2 GeneAML1、AML1-ETO对nucb2基因转录调控活性的影响
18.Regulation of NF-κB Activity in Nucleus转录因子NF-кB的核内活性调控
相关短句/例句
post transcriptional regulation转录后调控
1.The regulation of trascription level is the principal regulating means of gene expression, however, post transcriptional regulation plays an important role in the process of gene expression.mRNA的结构与基因表达转录后调控的关系包括S-D序列和基因的间隔区、5'末端帽子结构与非翻译区、多聚(A)尾巴、3'末端非翻译区及内含子序列对翻译的起始效率、mRNA的稳定性、基因表达的选择性与多样性等影响。
3)transcription and post-transcription regulation转录调控和转录后调控
4)posttranscriptional regulatory element转录后调控元件
1.Optimization of the posttranscriptional regulatory element of gene transfer vector derived from Equine Infectious Anemia Virus;EIAV基因转移载体转录后调控元件的优化
5)post-transcriptional gene regulation转录后基因调控
6)Posttranscriptional mechanism转录后调控机制
延伸阅读
转录后调控分子式：CAS号：性质：真核生物基因活性可以在转录水平上调控，也可以在转录后对RNA的加工进行调控，即转录后调控。包括：(1)刚转录的核内不均一RNA(hnRNA)的选择性加工，运输到细胞质中翻译。如海胆(S. purpuratus)成体肠细胞中，在2500种hnRNA中只有300种形成mRNA；(2)选择性剪接，即同一基因转录出的RNA通过mRNA前提的选择性拼接产生不同成熟mRNA，然后转译为不同的蛋白质。
