Zimmer B L, Hempel H O, Goodman N L
Mycopathologia. 1981 Mar 13;73(3):171-6. doi: 10.1007/BF00575088.
A technique for the purification of the hyphae of Filobasidiella neoformans is described. Cultural conditions and strains for maximal hyphal production were determined. Blastospores were separated from hyphae by sonification of mycelial suspensions. Following this, the initial density ranges of all cell types were determined by isopycnic centrifugation, using Renografin-60 as a supporting medium. Based on these data, rate centrifugation with different density ranges was used to obtain cell separation. The final percentage of non-hyphal cells to total population was 0.007%. These were determined to be still viable at the end of separation.
本文描述了一种纯化新型隐球菌丝的技术。确定了产生最大量菌丝的培养条件和菌株。通过对菌丝体悬浮液进行超声处理,将芽生孢子与菌丝分离。此后,使用泛影葡胺-60作为支持介质,通过等密度离心法确定所有细胞类型的初始密度范围。基于这些数据,采用不同密度范围的速率离心法进行细胞分离。非菌丝细胞在总群体中的最终百分比为0.007%。经确定,这些细胞在分离结束时仍具有活力。