摘要
细胞培养法检测材料生物相容性是一种快速、简便、重复性好又价廉的方法,在材料生物相容性评价中起着越来越重要的作用。由于新材料不断涌现、材料植入体内的部位及使用目的日趋繁杂、材料毒性作用的强弱以及材料与机体反应的复杂性等因素决定了细胞毒性试验中实验方法及实验细胞的多样性。根据生物材料本身的理化特性、植入体内的部位及使用目的选择适当的实验方法和实验细胞至关重要。以往对材料生物相容性的评价往往着眼于细胞的形态与数量的变化,近几年来研究材料对细胞生长、附着、增殖及代谢方面影响的报道日趋增多,并提出了以有活力的细胞数和细胞生长作为材料生物相容性评价标准的观点。通过结合免疫、化学、放射及影像学等多学科的技术发展,使人们进一步深入了解细胞结构和功能的变化关系,进而阐明材料对细胞的作用机制,是今后细胞培养法评价材料生物相容性的发展方向。
It is quick convienent good repeating and cheap that examining the biotic material's compatibility through cell culturing method, and it is more and more important in evaluating the compatibility of biotic material. The new material appearing continously complicating of the part and aim material be planted in the intensity of material's toxic effect the reaction's complication of material and biotic body, all of these decide the variety of experiment method and cells in cell toxicity experiment. It is very important that choices the right experiment method and cells according to the material's character the part and aim the material be planted in. The evaluation of biotic material's compatibility stressed on the changing of cell's form and quantity before. In recent years, more and more reports appear about material influences the growth. adhesion proliferation and metabolizing of cell, and presents the point that the evaluation standard of biotic material's compatibility should be set according to the active cell's quantity and their growth. Combining many subject's technological development, such as immunology, chemistry,radiation and shadowgraphy, thoroughly inquires the changing relation of cell's structure and funtion, furtherly clarifes the material's effect on cell. It is the developing direction in the future that evaluates the biotic material's compatibility in cell culturing method.
出处
《生物医学工程学杂志》
EI
CAS
CSCD
北大核心
1999年第1期86-90,共5页
Journal of Biomedical Engineering
关键词
生物材料
细胞培养
细胞毒性
生物相容性
Biotic material Cell culturing Compatibility Toxicity experiment