plant cell wall

美 [plænt sel wɔːl]英 [plɑːnt sel wɔːl]
  • 网络植物细胞壁
plant cell wallplant cell wall
  1. Molecular Structure and Physiological Function of Enzymes in Plant Cell Wall

    植物细胞壁酶的分子结构与生理功能

  2. New Proteins in Plant Cell Wall

    新发现的植物细胞壁蛋白

  3. The secondary structure changes of plant cell wall proteins aroused by

    应用傅里叶红外光谱研究强声波作用下植物壁蛋白质二级结构变化

  4. Application of the Vacuum Air Current for Plant Cell Wall Broken in Chinese Medicine

    真空气流植物细胞破壁技术在中药领域的应用

  5. Advances of Studies on Gene Localization and Cloning for Plant Cell Wall Traits

    植物细胞壁性状的基因定位与克隆研究进展

  6. An Automated Apparatus for Measuring Plant Cell Wall Extensibility and Its Applications

    一种自动化的植物细胞壁伸展性能测定仪及其应用

  7. Advances on the study of B-nutritional mechanisms in plant cell wall

    硼在植物细胞壁上营养机理的研究进展

  8. Ion bombardment effects on plant cell wall

    离子束轰击对植物细胞壁结构的损伤效应

  9. A Kind of Plant Cell Wall Expansion Protein-Expansin EXPANDED GRAPHITE

    一种植物细胞壁松驰蛋白:膨胀素

  10. The complexity of plant cell wall structures leads to a high cost of cellulosic ethanol production .

    但由于植物细胞壁结构的复杂性,利用植物秸秆生产纤维乙醇的成本高。

  11. Studying Progress of Plant Cell Wall Proteins Expansins

    植物细胞壁扩展蛋白(Expansins)研究进展

  12. Plant cell wall proteins can be classified two classes : cell wall structural protein and cell wall related enzymes .

    细胞壁蛋白主要可以分为两大类,即细胞壁结构蛋白和细胞壁相关的酶类。

  13. Cellulose is a most abundant biomass resource in the world , existing as a main plant cell wall component .

    纤维素作为植物细胞壁的主要成份,是自然界中最丰富的可再生性资源。

  14. The Glycine-rich Proteins from Plant Cell Wall

    植物细胞壁中富含甘氨酸的蛋白质

  15. Cutinization The impregnation of a plant cell wall with cutin .

    角化作用(角质化):角质陆续侵渗植物细胞壁的过程。

  16. The plant cell wall is a strong fibrillar network that provides mechanical support to the cells , the tissues and the entire plant body .

    植物细胞壁是由纤维素等物质构成的网状结构,对细胞、组织和植物体起着重要支持作用。

  17. In the cells of plants and most algae it involves formation of a new plant cell wall by means of a structure called the cell plate .

    在植物以及大多数藻类的细胞中通过一个叫细胞板的结构而形成一个新的细胞壁。

  18. KCN was first found which could inhibit plant cell wall extensions and this inhibition was probably due to its inhibition of expansin ;

    首次发现KCN可抑制细胞壁伸长,且该抑制可能是通过抑制扩张蛋白(expansin)起作用;

  19. Developed muscular stomach of geese can be disintegration and destruction of the plant cell wall , and make for digest the cell contents .

    鹅发达的肌胃可崩解和破坏植物细胞壁,有利于消化细胞内容物。

  20. Plant cell wall contains a wealth of hemicellulose ( hemicellose ) resources which is only second to cellulose as renewable natural resources .

    植物细胞壁中含有丰富的半纤维素(hemicellose)资源,是仅次于纤维素的可再生自然资源。

  21. This article also gives a presumption to T-DNA 's transport : The plant cell wall 's porin may be T-DNA 's natural channel .

    对延宕至今的TDNA穿壁问题作了推测:植物细胞壁表面可能存有TDNA的天然穿壁孔道。

  22. Expansins are plant cell wall proteins that have the capacity to induce extension in isolated cell walls and are thought to mediate pH-dependent cell expansion .

    Expansins(EXP)是一类植物细胞壁蛋白,它能诱导分离细胞壁的延伸生长及依赖pH调节的细胞扩展生长。

  23. It shows that this method applies only to the characterization of plant cell wall lignification determine , and can not be used for quantitative analysis of the degree of lignification .

    说明该方法适用于小麦叶片木质化的定性分析,而难以对其进行木质化程度的定量研究。

  24. The cellulose is the most widespread polysaccharides in nature . As a main component in plant cell wall , it is the most abundant renewable carbon source material on the earth .

    存在于细胞壁中的纤维素是自然界分布最广、含量最多的一种多糖,是植物细胞壁的主要成分,也是地球上最大量的可再生碳源物质。

  25. Pectin is the main components of middle layer structure of plant cell wall . It can form a tough barrier , together with cellulose and hemicellulose , to block the outside world .

    果胶质广泛存在于高等植物中,是植物细胞间质和初生细胞壁的重要组分,与纤维素、半纤维素一起构成一个阻挡外界的坚韧屏障,在植物细胞组织中起着黏合作用。

  26. D-xylose , a constituent of the polymer xylan , is the major component of the hemicellulose plant cell wall material and thus one of the most abundant carbohydrates in nature .

    D-木糖,木聚糖的成分,是半纤维素植物细胞材料的主要组成部分,也是自然界最充裕的糖类。

  27. OBJECTIVE To compare the quality difference of Flos Lonicerae , Radix astragal and Radix Paeoniae rubra with the vacuum air current for plant cell wall broken and the traditional drawing technology .

    目的考察真空气流植物细胞破壁技术与传统提取工艺的质量对比。

  28. Cellulose is macromolecular compound made by more glucose molecules linked through - 1,4 indican bond , including 3,500-10,000 . It , one of chief components of plant cell wall , lies in the earth abroad .

    纤维素是葡萄糖分子以β-1,4糖苷键结合而成的高分子化合物,一般聚合度为3500-10000。

  29. The Non-cellulose Polysaccharides of Plant Primary Cell Wall and Its Physiological Roles

    植物初生壁的非纤维素多糖及其生理功能

  30. METHODS The new technology group : Flos Lonicerae , Radix astragal and Radix Paeoniae rubra with the vacuum air current for plant broken cell wall , and then soaked 1 hour with hot water , The traditional technology group : draw above each medicine according to tradition drawin technology .

    方法金银花、黄芪、赤芍经真空气流植物细胞破壁技术处理后,热水浸泡1h作为新技术组;