Department of Zoology, Environmental Health Sciences Center, Oregon State University, Corvallis, Oregon, 97331, USA.
Cytotechnology. 1997 Jan;23(1-3):205-10. doi: 10.1023/A:1007924022900.
The ability to culture continuously proliferating cell lines of various organisms in vitro has provided numerous advantages in experimental approaches toward the understanding of basic biology and disease. Although in vitro approaches are common in many disciplines, this methodology has proven difficult to exploit in the study of helminthic parasites. A major cause of parasitic disease, particularly in tropical countries, is the trematode Schistosoma mansoni. We have developed in vitro techniques that allow the long term maintenance of cell cultures from two stages of the life cycle of this organism, associated with its mammalian and the molluscan hosts. We have developed quantitative assays of cell survival and proliferation in our culture systems, and obtained evidence for limited proliferation in vitro. Although the cultures we have achieved thus far are useful for many kinds of experiments in vitro, development of continuously proliferating cell lines remains our goal.
体外培养各种生物体的持续增殖细胞系的能力为理解基础生物学和疾病的实验方法提供了许多优势。尽管体外方法在许多学科中很常见,但这种方法在寄生虫研究中很难被利用。寄生虫病的一个主要原因,特别是在热带国家,是吸虫曼氏血吸虫。我们已经开发出体外技术,可以长期维持与该生物的哺乳动物和软体动物宿主相关的两个生命周期阶段的细胞培养。我们已经开发出我们的培养系统中细胞存活和增殖的定量测定方法,并获得了有限的体外增殖证据。尽管我们迄今为止所取得的培养物对许多种体外实验都很有用,但持续增殖细胞系的开发仍然是我们的目标。