聚合体

jù hé tǐ
  • aggregate;polymer
聚合体聚合体
  1. 砂糖块是砂糖晶体的聚合体。

    A lump of sugar is an aggregate of sugar crystals .

  2. 聚丙烯酰胺凝胶电泳(PAGE)和SDS-PAGE测定结果表明,鸭CRP的表观分子量是1100000doltons。很可能天然条件下的CRP是两种不同亚基的聚合体。

    Polyacrylamide gel electrophoresis ( PAGE ) and SDS-PAGE showed that the apparent molecular weight of duck CRP was 1,100,000 daltons and it was possibly an aggregate of two different subunits .

  3. C(36)聚合体电子结构的理论研究

    Theoretical Studies on the Electronic Structure of C_ ( 36 ) Polymers

  4. 双特异单抗聚合体清除血液HBsAg及HBV的研究

    Clearance of blood HBsAg and HBV by bispecific monoclonal antibody heteropolymers

  5. 高分子量PAN聚合体溶解工艺条件

    Dissolution Technology and Conditions of High Molecular PAN Polymer

  6. 结果正常髁突的增殖层浅层有蛋白多糖聚合体mRNA的少许表达,但无Ⅱ型胶原表达。

    Results Aggrecan mRNA expressed in superficial proliferative zone , but no collagen ⅱ mRNA expression was found .

  7. 磺化丁基橡胶离子聚合体及其与PP或HDPE共混物的性能

    Properties of sulfonated butyl rubber ionomers and their blends with PP or HDPE

  8. 由于单股和双股DNA与聚合体之间具有不同的相互作用能力,因而可通过不同荧光能量共振转移效率识别杂交事件。

    The hybridization event was recognized by the different FRET efficiencies due to different interaction abilities of single-stranded and double-stranded DNA with the polymer .

  9. 透明液态的聚合体外膜创造出“晶体般”3D立体效果,强化色泽,纯度以及光泽。

    Transparent liquid polymer membrane in vitro to create a " crystal-like " 3D stereo effect , strengthening the color , Purity and luster .

  10. 3种小麦抗白粉病基因聚合体的STS和SCAR标记

    The Molecular Marker of STS and SCAR for Pyramids of Wheat Powdery Midew Resistance Genes

  11. 已经制备出一种新颖.的肝素结合剂,这是一种可以被生物降解的多乳酸(PLA)肝素聚合体。

    A novel heparin-conjugated biodegradable polymer , polylactide ( PLA ) - heparin , was prepared .

  12. DNA、RNA和蛋白质都是由较小的单元组成的无分枝的线性聚合体大分子。

    DNA ( deoxyribonucleic acid ), RNA ( ribonucleic acid ), and protein are all macromolecules which are unbranched polymers built up from smaller units .

  13. 这个标准涵盖用于注模和挤压成形的PP(聚丙烯)塑料材料的聚合体含量和物理性能。

    This standard covers the polymeric content and physical characteristics of PP ( polypropylene ) plastic materials for injection molding and extrusion .

  14. 阳离子聚合体介导下角膜基质注射GFP基因及其表达

    Expression of plasmid DNA encoding GFP mediated by cationic polymer after its intrastromal injection

  15. 氮肥形态对不同HMWGS类型春小麦高分子量谷蛋白聚合体积累的效应

    Effects of Different Nitrogen Sources on HMW Glutenin Aggregates in Spring Wheat with Different HMW-GS Composition

  16. 由此可建议,PLA肝素聚合体对于与血液相接触的材料是有用的,特别是可以用于心血管组织的支架材料中。

    These results suggest that PLA-heparin polymer would be useful in blood contacting materials , especially in scaffold materials in cardiovascular tissue engineering .

  17. 结果:折叠复合物中主要含有HLA-A2抗原肽复合物和β2m,较少含有HC聚合体;

    RESULTS : The refolded products consisted of HLA-A2-peptide complex , β 2m , and a little amount of HC polymer .

  18. Glu-1位点和Glu-3位点间对籽粒聚合体蛋白大小相对分布的影响存在累加和互作效应。

    The effect of alleles at Glu 1 and Glu 3 locus on the relative size distributions of polymeric protein appears cumulative and interactive .

  19. 在pH3.1~6.2之间,PAR为不带电荷的中性分子,可在疏水力的作用下结合形成分子聚合体,从而导致共振光散射增强。

    At pH 3.1 to pH 6.2 , PAR exists as neutral molecule , which may assemble into molecular aggregates by hydrophobic force giving a light scattering enhancement .

  20. 籽粒灌浆过程中先出现较低分子量的HMW谷蛋白聚合体,再形成更高分子量的HMW谷蛋白聚合体。

    During grain filling , HMW glutenin aggregates with lower molecular weight formed firstly , then the higher one .

  21. 用12个含有不同高分子量谷蛋白亚基(HMWGS)的小麦品种(或品系)研究了小麦籽粒蛋白、蛋白组分的积累规律及谷蛋白大聚合体与总蛋白比率的动态变化。

    Twelve wheat cultivars with different HMW-GS were used to analyze dynamics of protein components and ratio of GMP to protein of wheat grain .

  22. 研究了Pichiapastoris表达重组人复合α干扰素(cIFN)时诱导期温度对cIFN形成聚合体的影响。

    The effect of induction temperature on aggregation of consensus interferon - α expressed by Pichia pastoris was investigated .

  23. 天然P2X受体可以组装成同型或异型聚合体,形成功能性离子通道。

    Native P2X receptors can function as both homo-and hetero-polymers .

  24. 结论百日咳毒素诱导产生特异性抗体的能力依赖于聚合体的空间构型,而且其主要抗原决定簇位于聚合体的S1亚基上。

    Conclusion The ability of PT to induce specific antibody is conformation dependent of intact PT , and antibody induction domains are located dominantly in S1 subunit of intact PT .

  25. 谷蛋白大聚合体(GMP)是谷蛋白聚合体的重要组成部分,其含量反映了谷蛋白聚合体的粒度分布状况。

    Glutenin Macropolymer ( GMP ) is one of the most important components of glutenin polymer . The size distribution of glutenin polymer can be expressed by the content of GMP .

  26. 小麦谷蛋白根据分子量大小又可分为高分子量谷蛋白亚基(HMW-GS)和低分子量谷蛋白亚基(LMW-GS),是谷蛋白大聚合体(GMP)的主要成分。

    Glutenin macropolymer ( GMP ) consists of high molecular weight glutenin subunits ( HMW-GS ) linked with low molecular weight glutenin subunits via disulphide bonds .

  27. 离子交换聚合体金属合成物(Ion-exchangePolymer-metalcomposites简称IPMC)是一种电致形变智能材料,其性能类似于生物肌肉,因此被称为人工肌肉。

    Ion-exchange Polymer-Metal Composites ( IPMC ) is a type of electro-deformation smart material . Because IPMC performance is similar to biologic muscle , it named as artificial muscle .

  28. 介绍了生物可降解聚合体PHAs(聚羟基脂肪酸酯)的特点及其在污水反硝化脱氮中的应用。

    The paper introduces characteristics of a biodegradable polymer & polyhydroxyalkanoates ( PHAs ) and its application in denitrification of sewage .

  29. Glu-1位点等位变异及表达量对麦谷蛋白聚合体粒度分布的影响

    Effect of Allelic Variation and Expression Quantity at Glu-1 Loci on Size Distribution of Glutenin Polymer in Common Wheat

  30. 这些活泼的氟会导致无法的控制的同聚合体和特定金属的反应,释放出热量,导致NF3的进一步分解。

    These reactive species can lead to uncontrolled reactions with polymers and certain metals , liberating heat and causing further dissociation of NF3 .