Shpakov A A, Kuznetsova V I, Savchenko Z I
Biull Eksp Biol Med. 1980 Nov;90(11):630-2.
Cell suspension of the rat brain was separated into fractions of neuronal and glial cells (FNC, FGC) during 7-10 minutes. The suspension was filtered in the column through a series of filters with 400-600, 200 (FNC), 132 and 100 (FGC) mu pores. The purity of the fractions obtained was analyzed by light microscopy. According to a single cell counting the purity of FNC and FGC contituted 60 and 90%, respectively. The respective figures were 97 and 90% as shown by cell weight comparison. The biochemical and morphological findings indicate a good viability of isolated cells. It has been established that of total rat brain protein (108 mg per 1 g crude tissue), the proteins of nerve cells account for about 30%. The mass ratio of neurons to glial cells is 2.5:1. This fact should be taken into consideration during studies on the functional interactions between neurons and glial cells.
大鼠脑细胞悬液在7至10分钟内被分离为神经元细胞和神经胶质细胞部分(FNC、FGC)。悬液通过一系列孔径为400 - 600、200(FNC)、132和100(FGC)微米的滤器在柱中过滤。通过光学显微镜分析所获部分的纯度。根据单细胞计数,FNC和FGC的纯度分别为60%和90%。通过细胞重量比较,相应数字分别为97%和90%。生化和形态学结果表明分离出的细胞具有良好的活力。已确定在大鼠脑总蛋白(每1克粗组织含108毫克)中,神经细胞的蛋白约占30%。神经元与神经胶质细胞的质量比为2.5:1。在研究神经元与神经胶质细胞之间的功能相互作用时应考虑这一事实。