cytoskeleton 中文意思是什麼

cytoskeleton 解釋
細胞骨架
  1. Rho gtpases and actin cytoskeleton dynamicsrho gtp

    酶和肌動蛋白細胞骨架動態學
  2. The expression of viral antigens on the cell surface and disruption of the cytoskeleton can cause the cell - to - cell interactions and cellular appearance to change, making the cell a target for immune cytolysis

    病毒抗原在細胞表面表達，以及細胞骨架的破壞能引起細胞細胞相互作用，細胞的外形會改變，導致細胞成為免疫殺傷的靶位。
  3. 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。
  4. 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。
  5. Actin, the major component of the dynamic microfilament cytoskeleton system, exists in nearly all eukaryotic cells and plays essential roles in cellular activities

    摘要肌動蛋白在真核生物中廣泛存在，由肌動蛋白參與形成的動態微絲骨架系統是細胞生命活動的基礎。
  6. The role of cytoskeleton in plasmodesmata of cytoplasmic channels was discussed

    研究討論了胞質骨架在胞間連絲和胞質通道內的作用。
  7. Development in the research on the relationship between mitochondrial shape, function and cytoskeleton

    線粒體形態和功能與細胞骨架間關系的研究進展
  8. Flow - mediated regulation of endothelial cell microtubule cytoskeleton in a coculture system

    切應力對與血管平滑肌細胞聯合培養的內皮細胞微管骨架重構的影響
  9. Effects of electric field on cell lamellipodia and actin cytoskeleton organization of vascular smooth muscle cell

    電場干預對血管平滑肌細胞形態和細胞骨架的影響
  10. Cytoskeleton of a cultured epithelial cell. microtubules are shown in green and dna is shown in blue

    處于有絲分裂間期的動物上皮細胞。綠色為微絲，紅色為肌動蛋白，藍色為染色質，中心點復製成兩個。
  11. 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。
  12. It was found that cytoskeleton filaments oriented in plasmodesmata, combining into a bundle, and traversed the plasmodesmata

    結果發現，在花粉母細胞的胞間連絲內有胞質骨架分佈，這些骨架纖維集結成束，穿過胞間連絲。
  13. Cytoskeleton of a cultured epithelial cell. microtubules are shown in green, actin is shown in red and dna is in blue. image by steve rogers

    人工培養的動物上皮細胞，目前處于分裂間期。綠色為微絲，紅色為肌動蛋白，藍色為dna （染色質） 。
  14. Using dgd embedment - free technique, the distribution of cytoskeleton was investigated in plasmodesmata and cytoplasmic channels of onion pollen mother cells ( pmcs )

    摘要用dgd包埋去包埋方法，觀察了洋蔥花粉母細胞中胞間連絲和胞質通道內的胞質骨架分佈。
  15. It may have a preventional function from alzheimer ' s disease. molecular biological studies are shown that apoe isoform has a isoform - specific role to neurodegeneration. apoe3 and apoei aid to sustain the stabilization of cytoskeleton protein tau, while apoe4hyperphosphorylates tau to destabilize the microtubule protein, which will make neurocyte easy to form neurofibrillary tangles in ad

    分子生物學研究發現， apoe異構體對神經細胞退化表現出異構體特異作用， apoe _ 3和apoe _ 2有助於維持微管的穩定性，而apoe _ 4則使tau蛋白超磷酸化，破壞微管的穩定性，使神經細胞易於形成神經纖維纏結。
  16. The cytoskeleton is also involved in transduction of the extracellular signals into the nucleaus, and nucleus - mediated regulation of cell functions

    哺乳動物卵母細胞和早期胚胎細胞骨架具有其獨特的分佈和功能，使卵母細胞和胚胎呈現出精確的時空性變化特點。
  17. In this review, we summarize the distribution in oocyte and functions of the cytoskeleton in oocyte maturation, fertilization and development of normal and nucleus transferred embryos

    本文綜述了細胞骨架在卵母細胞成熟、受精、早期胚胎發育和核移植發育過程中的分佈和作用。
  18. Therefore zo - 2 established a linker between tight junction and cytoskeleton. zo - 2 may regulate the formation or function of tight junction and contact between tight junction and cytoskeleton

    因此zo 2的生物學作用可能參與緊密連接形成和功能調節，經細胞骨架而影響細胞的形態和運動。
  19. 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。
  20. Cortactin, a novel member of filament actin binding protein family and the main substrate of non - receptor src protein kinase, plays an important role in the dynamic organization of cell cortex cytoskeleton

    皮層蛋白（ cortactin ）是一種微絲肌動蛋白結合蛋白，它與肌動蛋白纖絲的側面相結合，並直接參與皮層細胞骨架的組建。
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