- 更多网络例句与微管的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Truncation mutations in the adenomatous polyposis coli protein are responsible for familial and sporadic colonic tumours. Except for its function as a role in regulating b-catenin, recent studies show that APC has additional roles in cytoskeletal regulation. It binds to microactin and microtubules directly and indirectly. Furthermore, APC plays an important role in mediating the detraction of chromosome.
编码APC蛋白(adenomatous polyposis coli， APC)基因的缺失突变会导致家族性和散发性的结肠癌，APC蛋白除了能直接参与Wnt信号途径调节b-catenin的浓度之外，最近的研究表明APC蛋白能够与细胞骨架的主要成分微管和微丝直接或间接结合，通过调节微管的解聚和聚合，间接调节染色体的分离，作为潜在的细胞骨架调节分子将细胞骨架与重要的细胞信号转导通路紧密联系在一起。
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Some new organizational patterns of microtubules (that have not been described before) were observed during microsporogenesis, including the existence of a broad band of perinuclear microtubules at the diakinesis stage of development.
主要包括：(1)在细线期，从核膜向胞质衍射的微管呈螺旋状，显示核具旋转功能；(2 )在偶线期，微管的分布呈极性分布现象；(3)在终变期，核被一组微管形成的宽带围绕着。
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These cells expressed ciliary marker proteins, such as beta-tubulin I and hepatocyte nuclear factor-3/forkhead homolog 4 (HFH-4), and processed microtubules were arranged in the 9 + 2 structure, which is the same specific alignment obsered in normal ciliary microtubules.
这些细胞表达纤毛标志蛋白，如beta-tubulin I 和hepatocyte nuclear factor-3/forkhead homolog 4 (HFH-4)，细胞中微管的排列也是9 + 2 模式，这和正常纤毛细胞微管的特异性排列一致。
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A globular protein that is the basic structural constituent of microtubules.
微管蛋白一种球蛋白，是微管的基本结构成分
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A globular protein that is the basic structural constitu t of microtubules.
微管蛋白一种球蛋白，是微管的基本结构成分
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The guanosine triphosphate cap at the growing end of microtubules, whose presence is essential to prevent microtubule catastrophes in vitro, has been difficult to observe in vivo.
GTP帽子位于微管的增长末端，它的存在对防治体外微管激变有着至关重要的作用，而这一点在体内却很难观察到。
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Sgo interacts strongly with microtubules in vitro and that it regulates kinetochore microtubule stability in vivo, consistent with a direct microtubule interaction.
Sgo1在体外与微管强结合，在胞内具有调控动点微管的稳定性的作用。
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But they all strongly suppress the dynamics of microtubules in the absence of significant effects on polymer mass at relatively low concentrations.
在相对较低的浓度下，这些药物可以不影响微管的量而强烈抑制微管的动态不稳定性。
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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。
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Lamblia were cultivated axenically with modified TYI-S-33 medium contained dihydroartemisinin (0.002 mg/L) for 12 h and then stained by rhodanmine phalloidin and paclitaxel (P22310). The cytoskeletons of the organisms were detected and analyzed by flow cytometry, and then observed by confocal microscopy.RESULTS: The cytoskeleton of trophozoites was markedly damaged after treatment with 0.002 mg/L dihydroartemisinin for 12 h.
将用含双氢青蒿素的改良TYI-S-33培养基培养后的蓝氏贾第鞭毛虫滋养体，用专一性结合f-肌动蛋白的荧光染料罗丹明－鬼笔环肽(rhodanmine phalloidin， RDP)标记微丝，结合微管的紫杉醇(Paclitaxel， Oregen Green 488， P22310)标记微管，用流式细胞术检测、分析，用激光共聚焦显微镜(confocal microscopy， CFM)观察滋养体微丝和微管的变化。
- 更多网络解释与微管的相关的网络解释 [注：此内容来源于网络，仅供参考]
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cytosine：胞密定
是一种新的有希望的阿拉伯糖(Arabanoside)胞密定(Cytosine)的类似物,抑制DNA合成,在过去用过M-VAC的病例中,仍有27%的反应率,详细情况正在研究中. 是一种新的抗肿瘤药,商品名"Paclitaxel"及"Dooetaxel"它们的作用机制是助长微管(Ticro Tubule)的集合(装配)及抑制微管的分解,
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equatorial plane：赤道面
指由核膜解体到染色体排列到赤道面 (equatorial plane) 这一阶段. 纺锤体微管向细胞内部侵入,与染色体的着丝点结合. 着丝点处的分子马达使染色体向微管的负端移动. 在光镜下可以看到,此时染色体也就是既向一极移动也向另一极移动,
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persistence length：持续长度
该公式能够准确预测出与实验一致的蛋白质微管的刚度特征;更加明确地给出了蛋白质微管的持续长度(persistence length)与材料参数与几何参数之间的以来关系;进一步表明:持续长度(persistence length)在长度较短时敏感于其长度,而当其长度较大时,
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precapillary arteriole：毛细血管前微动脉
2.毛细血管前微动脉和中间微动脉 微动脉的分支称毛细血管前微动脉(precapillary arteriole). 后者继而分支为中间微动脉(metaarteriole),其管壁平滑肌稀疏分散,已不是完整的一层. 3.真毛细血管 中间微动脉分支形成相互吻合的毛细血管网,
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canalicular apparatus;Golgi body：微管器
微分位相差顯微鏡 differential phase contrast microscope | 微管器 canalicular apparatus;Golgi body | 微鹼性的 alkalescent
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ependymal cell：室管膜细胞
4.室管膜细胞 室管膜细胞(ependymal cell)为立方或柱形,分布在脑室及脊髓中央管的腔面,形成单层上皮,称室管膜(ependyma). 室管膜细胞表面有许多微绒毛,有些细胞表面有纤毛. 某些地方的室管膜细胞,其基底面有细长的突起伸向深部,
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tubular;tubulose：管状的
管状组织 tubular tissue | 管状的 tubular;tubulose | (构成微管的次级单位的)管状蛋白质;微管蛋白 tubulin
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tubulin：微管素
合成三元微管中的a与b次单位,形成了中轴丝内九组的双元微管. 中心粒移动到膜的下方,彼此的时间是不同的,但其一经抵达,微管素(tubulin)就开始聚合. 图七显示有4个正在发育中的纤毛,其成长之先后顺序如数目字表示.
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tubulin：管蛋白 微管蛋白
tubuliform 小管状的 | tubulin 管蛋白 微管蛋白 | tubulirecti 肾直小管 直细精管
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Polymer of the protein tubulin：由微管蛋白形成的聚合物
03. Participate in the formation of cilia and flagella. 参与了纤毛及鞭毛... | 04. Polymer of the protein tubulin. 由微管蛋白形成的聚合物 | 05. Provide mechanical stability to the cell. 提供细胞机械性的...