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- fibrillary glia [医] 纤维性[神经]胶质细胞
- Title: Glia: the fulcrum of brain diseases. 神经胶质:脑疾病的支架。
- Glial fibrillary acidic protein (GFAP) expression. 胶质纤维酸性蛋白(GFAP)阳性表达。
- Additionally, neurons can modulate the activities of glia. 不仅如此,神经元也可以反过来调控胶质细胞的活性。
- Such very easy the fibril skin surface layer also shave is dropped. 这样很易把皮肤表层的须根也剃掉。
- The move on lateral root and fibril gives birth to root hair. 侧根和须根上着生根毛。
- THUS FAR WE HAD confirmed that glia sense axon activity by taking in calcium. 至此我们确认了神经胶细胞是以钙离子流入细胞的方式感知轴突的活动。
- The result would be the observed gradual change in fibril orientation. 结果形成所观察到的原纤取向的逐渐变化。
- Unmature glia can improve the regeneration of optic nerve in adult mouse. 未成熟胶质细胞能促进成年鼠损伤后视神经的再生和髓鞘的形成。
- This article reviews the potential effect of glia on Parkinson s disease. 该文就胶质细胞在帕金森病中可能发生的保护和毒性作用及其机制作一综述。
- A small structure,such as a fibril of a nerve,that resembles a root. 末梢象根的小构造,如神经末梢。
- glia fibrillary acidic protein, GFAP 胶质原纤维酸性蛋白
- A small structure, such as a fibril of a nerve, that resembles a root. 末梢象根的小构造,如神经末梢
- SEVI is a beta-amyloid fibril formed from a prostate protein common in semen. SEVI是一种淀粉样原纤维,由普遍存在在精液中前列腺蛋白多肽集合产生。
- A model of how glia around an axon sense neuronal activity and then communicate to other glia residing at the axon's synapse was coming together. 有关围绕轴突的神经胶细胞如何知道神经活性、然后告诉其他轴突突触神经胶细胞的理论,在逐渐成形。
- Glia cells have been developed.Some thin myelin sheaths were observed in outer plexiform layer. 胶质细胞已发生,外网状层中有薄薄的髓鞘出现。
- These study suggest that spinal glia activation may contribute to mechanical allodynia induced by SNI. 背景 中枢敏化是形成和维持神经病理性痛的一个重要的机制。 我们在研究了脊髓胶质细胞的激活在SNI导致的中枢敏化的过程中的
- The cells were identified by anti-galactocerebroside (GO or/and anti-glial fibrillary acidic protein (GFAP) antibodies. 结果显示:少突胶质细胞纯度可达98%25以上,表明新生大鼠脊髓是少突胶质细胞体外培养的理想取材部位。
- It was shown that glia cells need some days for the reprogramming until they take the normal shape of a nerve cell. 结果表明,胶质细胞在呈现一般的神经细胞形状之前,需要几天的程序调整时间。
- OBJECTIVE To explore the neurotoxicity and glial fibrillary acidic protein(GFAP) expression of methamphataminc(MA). 目的探讨甲基苯丙胺(MA)的神经毒性及胶质纤维酸性蛋白(GFAP)的表达。