Nielsen V, Johansson A
Dev Biol Stand. 1980;46:131-6.
Research scale cultivations of L-929, MRC-5 and primary C.E. cells on Biosilon have shown that the most uniform cell attachment is obtained in systems, where the relative velocity between cells and beads is close to zero. In microcarrier cultures the attachment yield is lower compared with stationary systems, but the multiplication rate is the same or higher. The Tecam ACA-system and a rolling bottle system have proved to be promising systems for research scale.
在Biosilon上对L-929、MRC-5和原代C.E.细胞进行的研究规模培养表明，在细胞与微珠之间相对速度接近零的系统中可获得最均匀的细胞附着。在微载体培养中，与固定系统相比，附着率较低，但增殖率相同或更高。事实证明，Tecam ACA系统和转瓶系统是用于研究规模的有前景的系统。
