| 1. | 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。 |
| 2. | Tubulin and its isoforms
微管蛋白及其异形 |
| 3. | 5 . we have found that cam and y - tubulin colocolized at the two sides of the midbody
本实验中我们还观察到在胞质分裂后期， cam与y一微管蛋白共分布于中体两端。 |
| 4. | Dynamic distribution of ser - 10 phosphorylated histone h3 and microtubules in wheat root cells during the mitosis
3和微管蛋白在小麦根尖细胞有丝分裂过程中的动态分布 |
| 5. | Actin and myoglobulin are the compositions building muscles ' stretching function . microtubulin is the basic substance which provides the flagellum and cilium the function of movement
肌动蛋白及肌球蛋白乃是构成肌肉伸缩机构的组成部分，微管蛋白是赋予鞭毛及纤毛能动的基本物质。 |
| 6. | We suggest that y - tubulin is plausibly a kind of stabilizing factor to the midbody microtubules . the fact that inhibiting the activity of cam would affect the y - tubulin dissociation from the midbody in
Cam活性的抑制影响y一微管蛋白与中体解离的现象提示cam可能参与调控了中体微管的稳定。 |
| 7. | When the cells synchronized at a late cytokinesis stage were treated with w7 , the dissolving of the midbody was delayed ; furthermore , we found that the dissociation of y - tubulin from the midbody was also inhibited
W7处理同步化在胞质分裂后期的细胞，不但使中体解聚发生延迟，而且抑制了y一微管蛋白与中体的解离。 |
| 8. | The stage when the block occurs has been correlated to the time the embryonic genome takes over control of development from the maternal genome , which occurs in mouse at the 2 - cell stage . the embryos of balb / cxicr fl mouse show 2 - cell block in vitro and the effects of several culture media on overcoming the 2 - cell block in embryos development were studied . m16 ( sigma ) , in which 96 . 2 % of 1 - cell embryos developed to 4 - cell stage , were shown to be effective in overcoming the 2 - cell block
培养5h后， 53去核卵母细胞可见标记的mtocs ，但数量明显少于对照组，而又多于培养0h的去核细胞，说明此时53的化学去核卵胞质中确有mtocs的存在，其微管聚合能力正在恢复； mtocs标记，但其辐射产生的微管纤维短，结构还不够丰满；其余细胞的微管蛋白则丧失重新装配能力。 |
| 9. | The expressed apoe protein in central neuronal system functions potentially in deposition and clearance of amyloidal peptide , sustaining the stabilization of microtubule proteins , cellular signal transduction , immune regulation , glucose metabolism and oxidation stress . apoe plays a key biological active role in vivo
中枢神经系统中的apoe对脑组织淀粉样蛋白的沉积与清除、微管蛋白稳定性的维持、细胞信号转导、免疫调节、葡萄糖代谢、氧化应激等都有潜在的作用， apoe在体内发挥十分重要的生物学活性。 |
