secondary cell

1. From promoter-GUS analyses, it was suggested that BC3 expression is directly correlated with active secondary cell wall synthesis.
   启动子驱动GUS分析表明，BC3的表达和次生细胞壁的合成是直接相关的。
2. The Cinnamoyl CoA reductase ( CCR) gene is involved in determining lignin content and composition in plant secondary cell walls and has been associated with wood strength characteristics in Eucalyptus.
   桂酰辅酶A还原酶基因（CCR）控制木质素含量和组成，而且与桉属木材强度特性有密切关联，因此CCR与造纸和实木利用紧密相关。
3. The button lithium secondary cell was fabricated with composite material as cathode.
   用制备的复合材料作正极，组装了扣式锂二次电池。
4. "Brittle culm" mutants found in Gramineae crops are suitable materials to study the mechanism of secondary cell wall formation.
   禾本科作物的脆秆突变体是研究次生细胞壁形成的合适的材料。
5. These results suggest that BC3 is tightly involved in the synthesis of cellulose and is essential for proper secondary cell wall construction.
   这些结果表明BC3参与了纤维素的合成，并且对次生细胞壁的正常形成是必需的。
6. It reviewed the application of polyaniline conductive material to secondary cell electrode material and its preparation methods.
   对聚苯胺导电材料在二次电池电极中的应用及相关制备方法进行了综述。
7. In addition to furthering our understanding of the ecological and evolutionary aspects of desert plants to their environment, research on mucilaginous seeds will be helpful in building a model system for exploring gene control mechanisms of carbohydrate synthesis and secretion, secondary cell wall biosynthesis and cell morphogenesis.
   对粘液种子的研究不仅可全面揭示荒漠植物的生态适应机制及其进化生态意义，还可为研究基因控制的糖类生物合成和分泌、细胞次生壁的生物合成及形态分化建立理想的模式体系。
8. The timing, pattern, and extent of deposition of cellulose represent the major factors that ultimately determine the fiber strength based on harmonious development of fiber elongation and secondary cell wall synthesis.
   纤维强度在纤维伸长发育和加厚发育协调进行下主要取决于纤维素沉积的时间、模式和程度。
9. Application of Polyaniline Conductive Material to Secondary Cell Electrode Material
   聚苯胺导电材料在二次电池电极材料中的应用
10. Because cotton fibers are unique cells that differentiate synchronously and synthesize massive cellulose only at the secondary cell wall synthesis, they have become one of model plants for the study of the molecular mechanism and regulation of cellulose synthesis.
    棉花纤维单细胞发育同步性和次生壁形成期纤维素大量合成的特点已成为研究纤维素生物合成和细胞发育分子机制的模式植物之一。
11. On the basis of structure analysis of colored cotton, it is found that natural color is existed in the secondary cell wall and color group is in line with carbonyl.
    对天然彩色棉纤维结构的初步分析发现，天然色彩存在于纤维次生胞壁内，发色基团与羰基有关。
12. The cotton fiber is a single-celled fiber differentiated from epidermal cells of ovules. The development of cotton fiber can be divided into four stages: initiation, elongation ( primary cell wall synthesis), secondary cell wall synthesis and maturation.
    棉花纤维是胚珠表皮细胞分化伸长的结果，其生长发育分为四个阶段，即起始期、伸长期（初生壁合成期）、次生壁合成期和成熟期。
13. Bifunctional air electrodes were prepared. The effect of additives on the performance of MH electrode was estimated and MH electrode was prepared by optimized method. Air-MH secondary cell was assembled using MH and air electrode.
    设计制备了双效空气电极，考察了添加剂对贮氢合金（MH）电极性能的影响并优化制备了MH电极，组装了MH-空气蓄电池。
14. Molecular Biology of Cellulose Biosynthesis in Secondary Cell Wall of Cotton Fiber
    棉纤维细胞次生壁纤维素生物合成的分子生物学研究进展
15. By now, there have been no ways to distinguish DNase activation and DNA fragmentation resulting from the activation from secondary cell wall formation.
    至今还无法将DNase活化及其引起的DNA断裂过程与次生细胞壁构建过程分开。
16. IAA was an important factor affecting the formation of fibre secondary cell wall.
    促进纤维次生壁形成的重要因素是IAA。
17. The improved molecular topological indes 'H_ ( th) was advanced to analyse the effect of atomic interaction between cell and secondary cell on critical temperature Tc of superconductors.
    利用改进型的键参数拓扑指数′H，分析了超导体晶胞原子与次级晶胞原子间的相互作用对临界温度的影响。
18. The colored cotton fiber is similar to white cotton in morphological structure through the observation by optical microscope and transmission electron microscope. While the former has larger cell and thinner secondary cell wall than the later, most colorant are distributed in the secondary cell wall.
    用光学显微镜、透射电镜观察彩棉纤维，其形态结构与白棉相似，但胞腔大、次生胞壁薄，色素主要分布在纤维次生胞壁中。
19. Bifunctional air electrode for air/ MH secondary cell was prepared by plastering method.
    采用涂布法制备MH/空气二次电池用的双效空气电极。
20. The forming of pit bordered and secondary cell wall;
    具缘纹孔的发生和次生壁的构建；
21. Fiber cell development includes four discrete but overlapped stages: initiation, elongation, secondary cell wall accumulation and maturation.
    其生长发育过程分为四个既明显区分又有所重叠的时期：纤维细胞起始期，纤维细胞伸长期，次生壁增厚期和脱水成熟期。
22. Meanwhile, it suggests this genes may be related with the secondary cell wall thickening development of cotton fiber.
    同时，也暗示这些基因可能与棉纤维的次生壁加厚相关。
23. The research work about im mutant will help us better understand the complex process of fiber secondary cell wall biogenesis and explore the molecular mechanism of gene regulation. It could also help us find some potential excellent genes for cotton gene engineering in improving fiber quality traits.
    对im突变体的研究将有助于我们更好地理解纤维次生壁发育的复杂过程，揭示其分子调控机理，并为棉花纤维品质改良贮备一些优良基因。
24. Secondary cell wall is mainly composed of xylan, extensin and high-acetylated HG.
    次级细胞壁主要含有木聚糖、extensin以及未甲酯化和乙酰化的HG型果胶。
25. Cotton fiber is the major natural textile fiber and also an excellent single cell model system for the study of plant cell elongation and the mechanism of cellulose biosynthesis during secondary cell wall modification.
    棉纤维是重要的天然纤维，纤维细胞也是研究植物细胞伸长、细胞壁合成生理和发育过程的良好模式材料。
26. Cotton fiber is a unicellular hair originating from the seed epidermis. Fiber development consists of four overlapping stages: fiber initiation, fiber elongation, secondary cell wall deposition and maturation.
    它是由胚珠表皮细胞发育而来的单细胞绒毛。棉纤维的发育可以分为四个明显不同但略有重叠的阶段：纤维的分化和起始、细胞伸长、次生壁合成和纤维成熟。
27. Cotton fiber cell wall is usually divided into two categories: the primary cell wall ( PCW) and the secondary cell wall ( SCW) during cotton fiber development.
    在棉纤维发育过程中，纤维细胞壁发育通常可分为初生壁和次生壁两个阶段。
28. It is believed the key regulation gene which control carbon flow, may play an important role in the development transition from cotton fiber elongation into secondary cell wall biosynthesis.
    由此推测，控制碳流向的关键调控基因可能是棉纤维细胞由伸长过渡到次生壁加厚阶段的重要调控基因。
29. Fiber development can be divided into four distinct and overlapping stages: initiation, elongation, secondary cell wall synthesis and maturation.
    其发育可以分为起始、延伸、次生壁加厚和成熟四个时期。

noun

1. a cell that can be recharged

   Synonym:    storage cell