密码子

mì mǎ zǐ
  • codon
密码子密码子
密码子[mì mǎ zǐ]
  1. 密码子优化增强新城疫病毒DNA疫苗的表达水平和免疫效果

    Optimization of codon usage of F gene enhanced efficacy of Newcastle disease virus DNA vaccine

  2. 密码子优化和分子佐剂增强新城疫病毒F基因DNA疫苗免疫效果

    Codon Optimization and Molecule Adjuvant Enhances Immune Responses of Newcastle Disease Virus F-DNA Vaccine

  3. 它还带有特定的核苷酸序列即反密码子。

    It also carries a specific nucleotide sequence , the anticodon .

  4. 15种鱼转铁蛋白cDNA序列密码子使用比较分析

    Comparative analysis of codon usage of 15 fish transferrin cDNA sequences

  5. 分析编码登革Ⅱ型病毒E蛋白第三结构域序列的稀有密码子:3。

    Analyze the rare codons in the encoding sequence of DENV ⅱ envelope protein domain ⅲ; 3 .

  6. 人类基因同义密码子偏好的特征以及与基因GC含量的关系

    The Features of Synonymous Codon Bias and GC-content Relationship in Human Genes

  7. 人cDNA序列中二类甲硫氨酸密码子的区分

    Recognition Analysis of Two Kinds of Methionine Codons in Human cDNA Sequences

  8. 马铃薯X病毒外壳蛋白的表达水平与变偶密码子使用频率的相关性

    Relativity Betweeen Expression Level of Potato Virus X Coat Protein and the Codon Usage of Wobble Codon

  9. 瘢痕疙瘩高危个体评估与p53基因第72密码子的多态性

    Evaluation of high-risk individuals for keloid and polymorphism of p53 gene codon 72

  10. 这个数值可以作为由DNA编码区控制的密码子突变率的最低估计值。

    This numerical value can act as the lowest estimator of the mutation rate of codons controlled by the coding DNA .

  11. 密码子选用以第三个碱基为嘧啶的密码子频率最高。多角体蛋白N端有一类似信号肽结构的26个氨基酸的疏水区。

    There was a signal - peptide - like hydrophobic region of 26 amino acids in the N end of polyhedrin .

  12. 用PCRRFLP方法确定p53基因249密码子的错义突变。

    249 codon mutation status of p53 gene was analyzed by PCR-RFLP .

  13. 大肠杆菌mRNA编码区长度、形成二级结构倾向与密码子偏好性的关系

    Insight into relationship among mRNA coding region length , folding tendency and codon usage bias in Escherichia coli

  14. 用N个密码子对m个编码对象进行编码的编码格式是m元N维空间中的一个顶点。

    The coding pattern which uses N codons to encode m objects is a vertex in N dimension space of m elements .

  15. 目的研究肝细胞癌(HCC)中p53基因249密码子(p53E7cd249)点突变情况。

    Objective To study the hotspot mutation of p53 codon 249 in hepatocellular carcinoma .

  16. 结论:p53基因密码子249突变在非癌肝组织中广泛存在。

    Conclusions : Codon 249 mutations of p53 gene were very popular in non neoplastic tissues .

  17. 密码子的使用出现明显的偏好性,倾向于使用由U和A组成的密码子。

    There were obvious biases in codon usage of PCGs , U and A were prefer in codons .

  18. 密码子优化和蛋白加强免疫对SARS-CovN基因重组质粒免疫原性的影响

    Effect of codon-optimization and DNA priming-protein boosting on immunogenicity of recombinant plasmid containing SARS-CoV N gene

  19. 平滑肌瘤女性患者中肿瘤坏死子-α-308启动子和p53密码子72基因的多态性

    Tumor necrosis factor - α - 308 promoter and p53 codon 72 gene polymorphisms in women with leiomyomas

  20. 所分析的序列中裙带菜终止密码子的使用偏好TGA。

    The stop codon usage preferred to TGA for U. pinnatifida .

  21. 并列而排的转移RNA阅读邻近的密码子,带来氨基酸并将其以共价键连接起来。

    Juxtaposed tRNAs , reading adjacent codes , bring together amino acids , which are then covalently joined to together .

  22. 河南安阳地区p53基因第72密码子多态性与HPV相关食管癌的研究

    Study on p53 codon 72 polymorphism and human papillomavirus-associated esophageal cancer in Anyang area , Henan Province

  23. 生物信息学(Bioinformatics)中的氨基酸和密码子的进化是生命起源的核心问题。

    In Bioinformatics , amino acid and codon evolution is nuclear problems of life origin .

  24. Ha-ras癌基因第12位密码子点突变与rasp21的表达是一致的。

    The expression of ras P21 was consistent with point mutation in codon 12 of Ha-ras oncogene .

  25. 一项研究显示,一个人的DNA密码子差不多有10%是和别人不同的,这冲击了所有人99.9%基因相同的理论。

    ONE person 's DNA code can be as much as10 percent different from another 's-a finding that questions the idea that everyone on Earth is99.9 percent identical genetically .

  26. 密码子使用频率影响产蛋性状:鸡催乳素基因三个SNP位点的研究

    Codon Frequency Influencing Laying Performance : Evidence from 3 SNP in Chicken Prolactin Gene

  27. 通过合成寡核苷酸和PCR技术将SCFcDNA中的原核稀有密码子定点突变为同义的高频密码子;

    The prokaryotic rare codons in SCF cDNA sequence were mutated into high frequency synonymous codons by method of PCR .

  28. 近年来又在高发地区发现肝细胞癌中p53基因249密码子存在着高频度的错义点突变。

    Recently , missense mutation of high frequency in the 249 codon of p53 gene was identified in the high incidence areas .

  29. 肺癌细胞p53基因第282位密码子点突变后蛋白三级结构改变的预测

    Prediction of the possible tertiary structure alterations of p53 protein following point mutation in p53 gene condon 282 in lung cancer cells

  30. 骨髓增生异常综合征和急非淋白血病患者Ki-ras癌基因12位密码子点突变

    A point mutation at codon 12 of the Ki - ras oncogene in myelodysplastic syndrome