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首页> 外文期刊>Physiological and Molecular Plant Pathology >Attachment and adhesion of conidia of Stagonospora nodorum to natural and artificial surfaces.
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Attachment and adhesion of conidia of Stagonospora nodorum to natural and artificial surfaces.

机译:虎头孢子的分生孢子对自然和人造表面的附着和粘附。

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摘要

Attachment and adhesion of conidia of a wheat-isolate of Stagonospora nodorum to leaf and artificial surfaces was studied. Attachment of conidia was a non-viable process, separate from adhesion, that occurred rapidly and irreversibly. Attachment involved conidial-surface carbohydrates and was partially influenced by surface hydrophobicity. The subsequent adhesion, via the secretion of extracellular matrix from conidia, was a viable process that induced the complete cover of conidia in response to wheat leaf surface components containing epi-cuticular wax and to a lesser extent to barley but inducing only partial covering on glass. Results suggest that specific surface components from the compatible host promote rapid attachment and adhesion of S. nodorum conidia..
机译:研究了Stagonospora nodorum小麦分离株的分生孢子对叶片和人工表面的附着和粘附。分生孢子的附着是一个不可行的过程,与粘附分开,是迅速且不可逆转的过程。附着涉及分生孢子表面的碳水化合物,部分受到表面疏水性的影响。通过从分生孢子中分泌细胞外基质,随后的粘附是一个可行的过程,该过程诱导了分生孢子的完全覆盖,从而响应了含有表皮蜡的小麦叶片表面成分,并且对大麦的影响较小,但仅诱导了玻璃上的部分覆盖。结果表明,来自相容宿主的特定表面成分促进了No. S. nodorum分生孢子的快速附着和粘附。

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