镰刀菌孢子在水螅上的沉积和粘附。

M. Smither-Kopperl, R. Charudattan, R. Berger
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引用次数: 11

摘要

镰刀菌是水草水螅的一种病原菌。采用玻片法和水螅芽法,研究了镰刀菌大孢子和衣原体孢子在水中的沉积和附着。在试管中,沿水螅芽的长度沉积在叶片上的孢子数随深度的变化不显著。大分生孢子和衣孢子沉积在叶片上几个小时后才附着在表面。两周大的分生孢子需要3小时的附着时间,6周大的衣孢子需要7小时的附着时间。在水螅提取物中预处理大分生孢子,诱导大分生孢子的尖端产生一种粘附物质,附着在玻璃片和水螅叶片上。水螅浸膏培养1 min后产生黏附物质,培养20 min后黏附能力下降。粘附在玻片上的大分生孢子在3 h后开始脱落。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deposition and adhesion of spores of Fusarium culmorum on hydrilla.
Fusarium culmorum is a pathogen of the submerged aquatic weed Hydrilla verticillata. The deposition and attachment of macroconidia and chlamydospores of F. culmorum in water was investigated using assays with glass slides and hydrilla shoots. The number of spores deposited on leaves along the length of hydrilla shoots in test tubes did not vary significantly with depth. Macroconidia and chlamydospores deposited on the leaf did not become attached to the surface for several hours. Two-week-old macroconidia required 3 h for attachment and 6-week-old chlamydospores required 7 h. Pretreatment of macroconidia in hydrilla extract induced production of an adhesive substance from the tips of the macroconidia, which attached to glass slides and hydrilla leaves. The adhesive substance was induced after incubation for l min in hydrilla extract, and the adhesive capacity declined after 20 min of incubation. Macroconidia that adhered to glass slides began to break free after 3 h. Co-incubation of macroconidia in hydri...
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