Evans E G, Odds F C, Holland K T
Sabouraudia. 1975 Jul;13(2):231-8.
The filamentous growth cycle in C. albicans was resistant to changes in environment brought about either by the serial transfer of growing cells to fresh nutrients or by sudden changes of temperature after the first h of growth. In further experiments older culture filtrates, exhausted of their ability to induce mycelial growth, were reactivated by addition of fresh nutrients or water. The data provided evidence against the existence of both a mycelial stimulatory and inhibitory compound in the growth medium. It is concluded that although the environment initially dictates what proportion of blastospores are committed to filamentation it has no further effect on the process.
白色念珠菌的丝状生长周期对环境变化具有抗性,这种环境变化要么是通过将生长中的细胞连续转移到新鲜营养物质中引起的,要么是在生长的第一个小时后温度突然变化引起的。在进一步的实验中,失去诱导菌丝生长能力的陈旧培养滤液通过添加新鲜营养物质或水而重新激活。这些数据提供了证据,反对在生长培养基中同时存在菌丝刺激化合物和抑制化合物。得出的结论是,尽管环境最初决定了芽生孢子转化为丝状生长的比例,但对这一过程没有进一步影响。