Seybold Virginia S, Abrahams Lia G
Department of Neuroscience, University of Minnesota, Minneapolis, USA.
Methods Mol Med. 2004;99:203-13. doi: 10.1385/1-59259-770-X:203.
Primary cultures of neurons provide opportunities to study the cell biology of neurons under controlled conditions. Because differences exist in cellular properties among populations of neurons in the brain, survival requirements for neurons among these regions differ as well. This chapter outlines protocols for the preparation of primary cultures of spinal cord from 2-d-old neonatal rats. One protocol prepares cultures enriched in neurons and an alternative procedure prepares cultures enriched in non-neuronal cells. Comparison of biochemical data between these two culture preparations allows deductions of effects of treatments on neurons in the cultures. Limitations in interpretation of data obtained from cultured neurons are discussed.
神经元原代培养为在可控条件下研究神经元的细胞生物学提供了机会。由于大脑中不同神经元群体的细胞特性存在差异,这些区域中神经元的存活需求也有所不同。本章概述了从2日龄新生大鼠制备脊髓原代培养物的方案。一种方案用于制备富含神经元的培养物,另一种替代方法用于制备富含非神经元细胞的培养物。比较这两种培养物制备的生化数据有助于推断处理对培养物中神经元的影响。文中还讨论了从培养神经元获得的数据解释方面的局限性。