細胞骨架結構 的英文怎麼說

中文拼音 [xìbāogǔjiàjiēgòu]
細胞骨架結構 英文
cytoskeletal filament
  • 細 : 形容詞1 （條狀物橫剖面小） thin; slender 2 （顆粒小） in small particles; fine 3 （音量小） thin ...
  • 胞 : Ⅰ名詞1 （胞衣） afterbirth2 （同一個國家或民族的人） fellow countryman; compatriot Ⅱ形容詞（同胞...
  • 骨 : 骨名詞1 （骨頭） bone2 （物體內部的支架） framework; skeleton 3 （品質; 氣概） character; spirit ...
  • 架 : Ⅰ名詞1 （用來放置東西或支撐物體等的東西; 架子） frame; rack; shelf; stand 2 （毆打; 爭吵） fight;...
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 構 : Ⅰ動詞1 （構造; 組合） construct; form; compose 2 （結成） fabricate; make up 3 （建造; 架屋） bui...
  • 細胞 : cell; sytes; bioplast; cella; [口語] gene; [生物學] cellule; cellule cellulli cellulo ; cello ; k...
  • 骨架 : 1. （骨頭架子） skeleton2. （在物體內部支撐的架子） framework; frame; carcase; carcass; armature; bone; scaffolding
  • 結構 : 1 （各組成部分的搭配形式） structure; composition; construction; formation; constitution; fabric;...
  1. The actin cytoskeleton, a dynamic network of intracellular proteinaceous structural elements participates in many physiological activities in plant cell. the actin cytoskeleton polymerization and depolymerization is regulated by a number of actin - binnding protein rapidly and spatio - temporally

    植物細胞中的微絲骨架，是細胞內的一個由蛋白質構成的動態網路結構，參與胞內諸多的重要的生理活動。
  2. A complex cytoskeleton of f - actin filaments and microtubules is often present, and appears to control the structure of the cytoplasm, cell movements, and movements of the cytoplasm and conformation of the membranes

    微絲和微管構成的復雜的細胞骨架存在於細胞質中，細胞骨架維持著細胞質的結構，細胞運動，胞質流動以及細胞膜的構象。
  3. Recently, a great number of biochemical analyses and immunoctochemical experiments have proved that actin presents in nuclei and chromosomes in plants and animals, showing that actin is involved in the nuclear processes such as chromosome condensation, rna transcription and so on

    肌動蛋白主要存在於細胞質中，是細胞骨架微絲的重要組成成分，受多種肌動蛋白結合蛋白的調控，參與與細胞形態和結構相關的多種生理過程。
  4. A cell can budge, however, only if it is able to synthesize a cytoskeleton, the network of fibers that gives it structural support

    可是細胞要想移動，它就必須合成細胞骨架，利用這種纖維網路才可支撐其結構。
  5. However, cartilage degenerative changes were found histologically and histochemically. 15 to 30 days after operation, under sem, articular cartilage surface showed collagen fibers network were exposed and broken, the typical degeneration changes of oa were observed histochemically and histologically

    結果表明：術后5 10天時，在掃描電鏡顯示關節軟骨表面的膠原網架結構完整情況下，軟骨細胞及基質中蛋白多糖已有明顯變化。
  6. Protein nitration will induce the changes of protein catalytic activities, cell signaling and cell skeletal structure, and lead to relevant pathological events

    蛋白質硝化將會直接影響蛋白質的催化活性、細胞信號傳遞和細胞骨架結構，導致相關病癥的發生發展。
  7. The identified proteins are involved in a variety of cellular process including several zinc finger proteins relevant to transcription regulation, such as zinc finger 198, 263, 14, 224, zf6, novel protein similar to transcriptional represser ctcf, and kruppel - like zinc finger protein ; two members of the adams ( a disintegrin and metalloprotease domain ) family ; two members of integrin family ; several proteins involved in the signal transduction, cell - cycle control, chromatin remodeling and transcription repression ; and also some proteins of cell skeleton and some with unknown functions

    鑒定出的蛋白包括多個與轉錄調控相關的鋅指蛋白，如鋅指蛋白198 、 263 、 14 、 224 、 zf6 、轉錄抑制因子ctcf樣蛋白、幻肚pple樣鋅指蛋白等:兩個含金屬蛋白酶結構域和整合素結合結構域的家族成員adam28和adam17 ;兩個整合素家族成員pz整合素和含十個egf樣結構域的整合素（ tied ） ;與細胞信號轉導通路有關的蛋白;與細胞周期調控有關的蛋白;與染色體重塑和基因轉錄抑制有關的蛋白;細胞骨架蛋白以及其他功能未明的蛋白等。
  8. In this review, the present status of the molecular and physiological mechanism of the differentiation and development of cotton fiber is discussed, in which the molecular and physiological mechanism of the producing of the cell turgor, loosening of the cell wall, synthesis of the composition molecules and their incorporation into cell wall, signal of the starting of secondary wall thickening, cellulose biosynthesis, and layout of cellulose microfibril regulated by cytoskeleton are introduced in detail

    摘要本文綜述了棉纖維分化、發育的分子生理機制的研究現狀，著重討論了棉纖維細胞膨壓的產生、細胞壁的鬆弛、結構分子的合成和加入、次生壁增厚的啟始信號、纖維素的生物合成和細胞骨架系統控制纖維素沉積等機制。
  9. Methods to culture chondrocytes seeded onto polyglycolic acid （ pga ） scaffolds coating with different materials ， observe the production of matrices secreted by chondrocytes and implant the constructs of chondrocytes and scaffolds into subcutaneous of rabbits. the formation of cartilage were evaluated using histology and electron microscope

    方法經不同物質修飾的聚羥基乙酸支架與軟骨細胞體外培養，觀察基質產生情況，並將細胞支架復合物體內回植，觀察軟骨的生成，並進行組織學及超微結構評價。
  10. The fusion gene ofgfp : mtn ( mtn is binding domain of microfilament binding protein talin, which can show the microfilament in living cell ) was transferred to arabidopsis thaliana. stable expression of gfp - mtn can visualize the actin cytoskeleton in different types in living cells without affecting cell morphology and function

    將gfp : mtn （ mtn是微絲結合蛋白talin的微絲結合域，可以顯示活體細胞中微絲的結構）導入擬南芥后，發現表達的融合蛋白能夠標記微絲骨架，同時又不影響植物細胞的正常形態和功能。
  11. The results suggested : the differential gene expression in the adrenal gland under acute hyperglycemia / hypoglycemia was related to blood glucose ; these genes might regulate blood glucose by influencing the metabolism and secretion of hormones, cytoskeleton constitution and signal transduction in the adrenal gland ; bbs4 gene might participate in glucoregulation via the activities of adrenal medulla ; the differential genes expressed under acute vs chronic hyperglycemia might play a basic role of the structural and functional changes in the adrenal gland, lead to the process of chronic complications of diabetes or accommodate to the status of hyperglycemia

    結果提示：腎上腺基因差異性表達和血糖變化有關；在急性高低血糖情況下，這些基因可能通過影響腎上腺內激素的分泌和代謝、細胞骨架構成和信號轉導來調節血糖； bbs4可能參與血糖調節，其作用可能和腎上腺髓質的活動有關；慢性高血糖情況下的腎上腺差異表達不同於急性高血糖，這種表達差異可能與腎上腺慢性的結構和機能改變相關，或參與了糖尿病慢性並發癥的發生發展、高血糖狀態的調節。
  12. When the violence is not too great to break the structure of collagen fibers network, chondrocytes under the network are first distured, furthermore, the structrue of cartilage is damaged and development of oa is inevitable

    由此，本文提出一種骨關節病的發病機制，即在膠原網架結構完整的情況下，持續較小外力可先使膠原網架內的軟骨細胞發生改變，然後造成膠原網架的破壞，再導致骨關節病的發生。
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