polymerases

网络  聚合酶; 多聚酶

化学



双语例句

  1. The template specificities found with DNA polymerases from human leucocytes is summarized in Table 1.
    人的白血病DNA聚合酶的模板特异性简列于表1。
  2. Also, PNAs are not recognized by polymerases and therefore cannot be directly used as primers or be copied.
    而且,由于PNA不被聚合酶所识别,所以不能被直接用作引物或是被复制。
  3. The fundamental mechanism of transcription is conserved among cellular RNA polymerases, the researchers explained.
    转录的基本机制就存在于进化保守的RNA聚合酶中。
  4. Here we used an in vivo assay to characterize different DNA polymerases and to understand their roles in simple end joining and chromosomal rearrangement in Saccharomyces cerevisiae.
    在这篇研究我们在酵母菌系统中使用生体内分析方式来探讨不同的DNA聚合酶在简单末端连结与染色体重组中所扮演的角色。
  5. Most mammalian cells contain multiple species of DNA dependent DNA polymerases.
    大部分哺乳动物细胞均含有多种依赖DNA的DNA聚合酶。
  6. DNA polymerases are capable of editing and error correction, but RNA polymerases do not appear to have this capacity.
    DNA聚合酶可以校对和修正,但是RNA聚合酶没有这种能力。
  7. A toxin that inhibits the three eukaryotic RNA polymerases to different extents.
    一种能不同程度地抑制三种真核生物RNA聚合酶的毒素。
  8. The splicing system is a language generative mechanism based on splicing operations, where splicing operations are the mathematical abstractions of DNA strands recombinant behaviors under restriction exonucleases, endonucleases, DNA ligases and DNA polymerases.
    剪接系统是将剪接运算当作基本算子的一种语言生成器,其中剪接运算是对在限制性内切酶、DNA连接酶、DNA聚合酶和外切酶作用下,DNA链进行重组过程的数学抽象。
  9. The Inhibitory Effects of Catechin Derivatives on the Activities of Human Immunodeficiency Virus Reverse Transcriptase and DMA Polymerases
    儿茶素衍生物对人免疫缺陷病毒逆转录酶及DNA聚合酶的抑制作用
  10. This article reviews the origins, special requirements with respect to templates, primers, DNA polymerases, and reaction conditions, of long PCR.
    长PCR技术与常规PCR有较大的区别。本文从长PCR技术的由来、长PCR技术对模板、引物和聚合酶的特殊要求及长PCR技术反应条件等方面进行了较全面的介绍。
  11. Dimethylsulfoxide Targets Phage RNA Polymerases to Promote Transcription
    二甲亚砜通过作用于靶标RNA聚合酶提高转录活性
  12. The substrate specificity of O-antigen glycosyltransferases and polymerases are proposed.
    讨论了O抗原糖基转移酶和聚合酶对底物的特异性;
  13. Studies of RNA polymerases isolation, purification, properties and activity in cotyledon segment of Phaseolus radiatus during Dedifferentiation
    绿豆子叶脱分化过程中RNA聚合酶的制备、特性及其活性的研究
  14. Effect of aphidicolin on herpes virus-induced DNA polymerases virus counter
    APHIDICOLIN对疱疹病毒诱导的DNA聚合酶的抑制作用
  15. Human polymerase eta ( Pol eta) is one of translesion synthesis DNA polymerases.
    hPolη是一种跨损伤合成DNA聚合酶。
  16. Studies on DNA-dependent RNA Polymerases ⅶ. Study on the Properties of RNA Polymerase B in Maize Embryo
    依赖于DNA的RNA聚合酶研究Ⅶ.玉米胚RNA聚合酶B性质的研究
  17. The nuclei of eukaryotic cells contain three types of RNA polymerases: polymerase ⅰ, ⅱ and ⅲ.
    真核生物的细胞核中具有三种不同的RNA聚合酶,分别是RNA聚合酶Ⅰ、RNA聚合酶Ⅱ和RNA聚合酶Ⅲ。
  18. The responses include the SOS response, the general stress response, the heat-shock response, and the stringent response, all of which impact the regulation of error-prone polymerases.
    这些反应包括SOS反应、一般的压力反应、热休克反应和严紧反应,这些反应都能够影响易错聚合酶的调节功能。
  19. But it is difficult to determine the relationship between the concentration of the end products and the initial concentration of the target gene for the consumption of reagents and polymerases gradual inactivation.
    但由于试剂的消耗以及聚合酶的逐渐失活,终产物的浓度和目标分子的初始浓度间的相互关系很难确定。
  20. In higher plants chloroplast genes are transcribed by two types of RNA polymerases: nuclear-encoded polymerase ( NEP) and plastid-encoded polymerase ( PEP).
    高等植物叶绿体基因由两种不同类型的RNA聚合酶转录,它们是核基因编码的RNA聚合酶(NEP)和叶绿体基因编码的RNA聚合酶(PEP)。
  21. Recent reports have shown that in gene transcription, nuclear actin plays a key role as a component of chromatin remodeling complexes, transcription pre-initiation complex and messenger RNP ( mRNP) particles associated with all three eukaryotic RNA polymerases ( pol).
    近期实验报道,在基因的转录过程中,细胞核肌动蛋白分别作为染色质改构复合物,转录前起始复合物和信使核糖核蛋白的组分参与了3种真核生物RNA聚合酶的转录调控。
  22. The RNA-dependent RNA polymerases play a key role in RNA silencing, heterochromatin formation and natural gene regulation.
    RDR在RNA沉默,异染色质形成和基因的调控方面发挥着重要的作用。