Isolation of Trap Cells from the Nematode-Trapping Fungus Dactylaria candida

Eva Friman
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引用次数: 14

Abstract

Friman, E. 1993. Isolation of trap cells from the nematode-trapping fungus Dactylaria candida. Experimental Mycology 17, 368-370. Dactylaria candida (CBS 220.54) captures nematodes with the aid of adhesive knobs. An easy and quick method to isolate high numbers of these trap cells was developed. During growth in liquid culture with heavy aeration from the bottom, the connections between the knobs and the mycelia were broken. The mycelia were separated from free knobs and substrate by filtration through a 5-μm nylon net. The knobs were then collected on a 1.2-μm millipore filter. The isolated trap cells were able both to "capture" and complete the infection of nematodes and to germinate and colonize an agar substrate. Isolated trap cells will be useful for the isolation of trap-specific microbodies and for identification and further study of molecules involved in the nematode infection process.

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捕获线虫真菌假丝酵母诱捕细胞的分离
弗里曼,E. 1993。捕获线虫真菌假丝酵母诱捕细胞的分离。真菌学学报,17,368-370。念珠Dactylaria candida (CBS 220.54)借助粘性旋钮捕获线虫。建立了一种简便、快速的方法来分离大量的这些陷阱细胞。在底部大量曝气的液体培养过程中,菌丝与旋钮之间的连接被破坏。通过5 μm尼龙网过滤,将菌丝从游离旋钮和底物中分离出来。然后将旋钮收集在1.2 μm毫孔过滤器上。分离的诱捕细胞既能“捕获”并完成对线虫的感染,又能在琼脂基质上发芽和定植。分离的陷阱细胞将有助于分离陷阱特异性微体,以及鉴定和进一步研究参与线虫感染过程的分子。
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