Cao Yong-jun, Qian Jin-jun, Liu Chun-feng, Zhang Zhi-lin, Huo Hong-mei
Department of Neurology, the Second Affiliated Hospital of Suzhof University, Suzhou 215004, China.
Zhongguo Ying Yong Sheng Li Xue Za Zhi. 2007 Nov;23(4):509-12.
In order to establish a coculture system of ECs and SMCs and by which further study can be done.
ECs in primary culture were grown on a side of Transwell membrane, and SMCs were grown on an other side of it or the bottom of culture well, so that two kinds of coculture systems were established, and detail observation on the coculture systems was carried out by transmission and scanning electron microscope.
ECs in primary culture were positive of VI factor by immunocytochemistry staining. ECs and SMCs were grown well on both sides of Transwell membrane, relative to ECs monolayer of "cobblestone appearance", SMCs were multilayer of "hills and valleys appearance". ECs and SMCs on both sides of Transwell membrane could form the gap junctions by micropores.
The coculture systems of ECs and SMCs were established successfully by modeling the structural relationship of vascular wall.
建立内皮细胞(ECs)和平滑肌细胞(SMCs)共培养体系,以便进行进一步研究。
原代培养的ECs生长在Transwell膜的一侧,SMCs生长在膜的另一侧或培养孔底部,从而建立两种共培养体系,并通过透射电子显微镜和扫描电子显微镜对共培养体系进行详细观察。
原代培养的ECs经免疫细胞化学染色显示Ⅷ因子阳性。ECs和SMCs在Transwell膜两侧生长良好,相对于呈“鹅卵石样外观”的ECs单层,SMCs呈“峰谷样外观”的多层结构。Transwell膜两侧的ECs和SMCs可通过微孔形成缝隙连接。
通过模拟血管壁的结构关系成功建立了ECs和SMCs共培养体系。