Preparation and Photocatalysis Properties of Bipyramid Nanocrystal TiO_2 Microtubules 双锥状纳米晶TiO2微管的制备及其光催化性能
Microtubules are also used in the construction of centrioles, basal bodies, cilia and flagella. 微管还用于建造中心粒,基体,纤毛和鞭毛。
Microtubules often have a halo around the outside which is only slightly stained. It's quickly apparent the squad leader is only slightly stunned, thanks to an outer layer of body armor. 围绕着微管的外周,常有一层仅能着色很浅的晕圈。很快证实,多亏了外部防弹装甲层,班长只是感到轻微的眩晕罢了。
The kinesins are a family of microtubule-based motor proteins that move directionally along microtubules and are involved in many crucial cellular processes, including cell elongation in plants. 驱动蛋白是一类基于微管组织的马达蛋白家族,这些蛋白沿着微管定向移动并参与许多重要的细胞过程,其中包括植物细胞的伸长。
Although the cytoskeleton provides some stability to cells, its microtubules and filaments and their associated proteins enable cells to move by creeping or gliding. 尽管细胞骨架提供了细胞的某些稳定性,微丝,微管及相关蛋白能使细胞爬行或滑动。
As the most rigid cytoskeletal filaments, microtubules bear compressive forces in living cells, balancing the tensile forces within the cytoskeleton to maintain the cell shape. 细胞的力学性质很大程度上由细胞骨架决定,细胞骨架是由微管、中间丝和肌动蛋白丝这三种主要的蛋白丝构成的自组织网状结构。
Cortical microtubules were observed in intraepidermal cells of onion bulb with thin section and negative staining of protoplasts. 用超薄切片和原生质体负染的方法,在电镜下观察到洋葱鳞茎内表皮细胞周质微管的存在。
Microtubules have dominated our think about the mitotic mechanisms. 微管促使我的思考有丝分裂的机制。
However, the centriole is not essential for spindle formation, although an analogous structure, the basal body, is responsible for organizing the microtubules of UNDULIPODLA. 但中心粒对于纺锤体的形成并不是必须的,尽管具有相似的结构-基体,中心粒对于波动足微管的形成有重要作用。
Preparation of Barium Ferrite Microtubules and the Effect of the La-dope onto the Property of Barium Ferrite Microtubules 钡铁氧体微管的制备及镧掺杂对其性能的影响
The flagellar arrangement on an organism. Microtubules are also used in the construction of centrioles, basal bodies, cilia and flagella. 鞭毛形成,鞭毛排列鞭毛在生物体上的排列微管还用于建造中心粒,基体,纤毛和鞭毛。
Preparation of Strontium Ferrite Microtubules with a Template Method and Their Magnetic Property Analysis 锶铁氧体微管的模板法制备及其磁性研究
Microtubule-associated proteins ( MAPs) bind to microtubules specifically and are involved in the regulation of microtubule dynamics and its related functions. 微管结合蛋白是一类能够特异地与微管结合,参与调节微管结构与功能的结合蛋白。
As portions of the cell plate are completed, the microtubules again depolymerize. 一旦细胞极安置完成,微管又再行解聚。
Circumference microtubules could be found in cilium, but only the central microtubule near the distal end of cilia. 纤毛内部可见周围微管,近纤毛顶部可见部分中央微管。
Microfilaments and microtubules are responsible for almost all major cytoplasmic movements. 绝大部分细胞质运动由微丝和微管完成。
He says the drug also loosens microtubules, tiny protein structures that make up rigid internal cell structures or mini bones of the spine. 他说,紫杉醇还能松弛微管,那是一种微小的蛋白结构,形成脊椎小骨头的细胞组织。
They do this by keeping microtubules overly stabilized, which blocks cell division and causes cell death in rapidly dividing cells such as cancer cells. 他们通过过度稳定微管,阻碍快速分裂的细胞如癌细胞分裂并引起细胞死亡。
Movement is based on the activities of tiny dynein side arms that extend from one of the microtubules of each doublet. 纤毛或鞭毛从细胞表面的基体出生长,双微管的动力蛋白臂从一侧延伸到另一侧而引起运动。
Structure of Microtubules in Root Tips of Camptotheca acuminata Seedlings 喜树幼苗根尖细胞微管结构的初步观察
Ultrastructural Changes of Microtubules in Generative Cells of Amaryllis Pollen During Its Germination 朱顶红成熟花粉萌发过程中生殖细胞微管变化的超微结构观察
By contrast, when compressed, isolated microtubules in vitro buckle into single long-wavelength arcs. 实验室中经常发现在活细胞内,受压的微管皱曲为短波长的形状。
The protein out of which microtubules are made is called tubulin. 构成微管的蛋白质叫做微管蛋白。
The rod-shaped filaments of the microtubules are responsible for dividing the chromosomes in a cell. 微管杆形丝担负划分细胞中染色体的角色。
By loosening what Bradke calls this "fishing net" of microtubules, Taxol gave the nerve filaments room to grow. 布拉德克称这些物质为“鱼网”,紫杉醇使鱼网松弛,让神经细丝有成长的空间。
There were many photoreceptor Like structures and tiny fits similar to nerve palpate or neurilemma in the tissues of the tumor, especially many filaments and microtubules in the tumor cells. 特别提出肿瘤组织中有光感受器样结构,以及类似神经触突或神经髓鞘的微细装置。
Microtubules most likely elongate the invadopodium by delivering materials such as enzymes to the tip. 微管很可能通过运送酶等物质而使树突状伪足继续伸长。
Microtubules cannot be both the birefringent material and the elements that cause chromosome separation. 微管既不是双折射物质也不是引起染色体分开的成分。
A transmembrane function of microtubules has to be considered. 必须考虑微管横跨膜的功能。