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Guiding PC12 cell neurite outgrowth by a homogenous NGF concentration gradient

机译:通过均匀的NGF浓度梯度引导PC12细胞神经突槽

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The defining characteristic of neurodegenerative diseases, such as spinal cord injury, is the inability of injured nerve cells to repair themselves or regrow. The aim of this study is to create and characterize a neurotrophic factor (NF)concentration gradient that will direct axonal growth. The effects of a concentration gradient of nerve growth factor (NGF) on adrenal rat pheochromacytoma (PC12) cells were followed in a model in vitro system. A compartmentalized diffusion chamber wascreated to achieve a well-defined, linear NGF concentration profile, which could be varied to accommodate different concentration profiles. Cell studies suggest that there is a minimum concentration gradient required to direct neurite outgrowth. Companion studies are currently under investigation with primary neurons.
机译:神经变性疾病(如脊髓损伤)的定义特征是受伤神经细胞的无法修复或再生。本研究的目的是创造和表征神经营养因子(NF)浓度梯度,其将引导轴向生长。在体外系统的模型中,遵循神经生长因子(NGF)浓度梯度对肾上腺大鼠噬菌体胞瘤(PC12)细胞的影响。划分的扩散室被曝光以实现明确定义的线性NGF浓度曲线,这可以改变以适应不同的浓度谱。细胞研究表明,直接神经突差异需要最小的浓度梯度。伴随研究目前正在与原发性神经元进行调查。

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