Sitar G, Fornasari P
Haematologica. 1989 Jan-Feb;74(1):95-111.
Most of the questions being asked in contemporary experimental hematology research can be framed in terms of the properties of the individual cells in the system and the interactions among those cells. Physical separation procedures are among the most powerful methods for the purification of homogeneous cell populations, and during the past decades, thousands of reports have described the separation of many different cells using these techniques. Theoretical and technical improvements have been rapidly transferred from the research laboratory into the construction of blood cell separation machines, which have proved of exceptional support in the practice of clinical hematology.
当代实验血液学研究中提出的大多数问题都可以从系统中单个细胞的特性以及这些细胞之间的相互作用的角度来阐述。物理分离程序是纯化同质细胞群体最有效的方法之一,在过去几十年中,已有数千篇报告描述了使用这些技术分离许多不同细胞的情况。理论和技术改进已迅速从研究实验室应用到血细胞分离机的制造中,这些分离机在临床血液学实践中已证明提供了非凡的支持。