Poulain D, Hopwood V, Vernes A
Crit Rev Microbiol. 1985;12(3):223-70. doi: 10.3109/10408418509104430.
The concepts of modern biology lead us to think that all structures are liable to continual changes. Ultrastructural and biochemical methods have been able to objectify such a dynamic in Candida albicans, an opportunistic yeast. A broad analysis of antigens is a reliable way to study the antigenic variations which concern this organism. Numerous information on somatic and metabolic antigens of C. albicans is available at the moment. Paradoxically, if one accepts studies dealing with dimorphism, very few works have shown antigenic variability of this species or investigated the mechanisms involved in such a variability. The few approaches done in this way tend to prove that it may be possible to link together the expression of particular antigens and the behavior of the yeast, particularly when it acts as a pathogen.
现代生物学的概念使我们认为,所有结构都易于发生持续变化。超微结构和生化方法已能够证实白色念珠菌(一种机会性酵母)存在这样的动态变化。对抗原进行广泛分析是研究与该生物体相关的抗原变异的可靠方法。目前已有大量关于白色念珠菌体细胞和代谢抗原的信息。矛盾的是,如果接受有关二态性的研究,那么很少有研究表明该物种存在抗原变异性,或者研究这种变异性所涉及的机制。以这种方式进行的少数研究倾向于证明,有可能将特定抗原的表达与酵母的行为联系起来,尤其是当酵母作为病原体时。