“毒素”是否影响寄生菌的发病机制?

David R. McCarroll , Eyvind Thor
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引用次数: 13

摘要

以美洲板栗和板栗内皮为原料,建立了一种灵敏的半定量测定寄生菌代谢物毒性的方法。在高浓度的情况下,Skyrin和rugulosin显示出可检测到的毒性作用。而有机溶剂提取的透长素等代谢物对板栗组织无毒性作用。从溃疡病周围的前进菌丝体中提取的样品中未检测到Skyrin, rugulosin和diaporthin。这些化合物仅在坏死发育良好和产孢活跃的区域发现。本研究结果不支持skyrin、rugulosin、diaporthin或其他可提取的芳香族或杂环化合物影响寄生杆菌菌丝体向板栗内皮推进的概念。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Do “toxins” affect pathogenesis by Endothia parasitica?

A sensitive and semi-quantitative method for assaying the toxicity of metabolites from Endothia parasitica was developed using American and Chinese chestnut inner bark. Skyrin and rugulosin showed detectable toxic effects in high concentrations. However, diaporthin and other metabolites extractable in organic solvents showed no toxic affect on chestnut tissue. Skyrin, rugulosin and diaporthin were not detectable in samples taken from the advancing mycelium at the periphery of cankers. These compounds were found only in areas associated with well developed necrosis and active sporulation. Results presented here do not support the concept that skyrin, rugulosin, diaporthin or other extractable aromatic or heterocyclic compounds effect the advance of E. parasitica mycelium into chestnut inner bark.

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