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串孢霉属分生孢子发育的精细结构。IV.嗜热串孢霉库尼和埃默森。

The fine structure of conidial development in the genus Torula. IV. T. thermophila Cooney & Emerson.

作者信息

Ellis D H, Griffiths D A

出版信息

Can J Microbiol. 1976 Aug;22(8):1102-12. doi: 10.1139/m76-161.

Abstract

Torula thermophila produced typical chlamydospores either as intercalary chains within prostrate hyphae or as terminal swellings on short, lateral, hyphal branches. Mature chlamydo-spores were spherical, dark brown, smooth-surfaced structured structures with thick, single-layed cell walls (= secondary wall layer) usually differentiated into an outer electron-dense zone and an inner electron-transparent zone. Disarticulation and sport release occurred after the disintegration of the original hyphal wall. The thallospores of T. thermophila arise in a manner different from the blastospores produced by other species of Torula and are structurally more closely related to the spores produced by Humicola insolens. However until further work has been completed on spore development in the Torula-Humicola complex of fungi the name T. thermophila is retained.

摘要

嗜热圆球酵母产生典型的厚垣孢子,要么呈匍匐菌丝内的间生链状,要么呈短的侧生菌丝分支上的末端膨大状。成熟的厚垣孢子呈球形,深褐色,表面光滑,具有厚的单层细胞壁(=次生壁层),通常分化为外层电子致密区和内层电子透明区。在原来的菌丝壁解体后发生分离和孢子释放。嗜热圆球酵母的厚垣孢子产生方式不同于其他圆球酵母属物种产生的芽生孢子,并且在结构上与特异腐质霉产生的孢子关系更为密切。然而,在对真菌的圆球酵母-特异腐质霉复合体中的孢子发育完成进一步研究之前,嗜热圆球酵母这个名称仍予保留。

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