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博来微座孢透明菌株和色素菌株的分化及黑色素生成

Differentiation and melanin production in hyaline and pigmented strains of Microdochium bolleyi.

作者信息

Cooper L A, Gadd G M

出版信息

Antonie Van Leeuwenhoek. 1984;50(1):53-62. doi: 10.1007/BF00404907.

Abstract

The effect of various compounds on growth, melanin biosynthesis and cell differentiation was studied in a hyaline (SH25) and a pigmented (SH25B) strain of Microdochium bolleyi. Dark pigment production by the hyaline strain was induced by the presence of DOPA and indole in the medium, both of which are intermediates in the tyrosine pathway of melanin biosynthesis. These substrates also induced conidia and chlamydospore production, structures which were not normally seen in the hyaline strain. The systemic fungicide, tricyclazole, inhibited melanin synthesis in the pigmented strain but not the development of chlamydospore-like cell structures.

摘要

研究了多种化合物对玻利微dochium的透明菌株(SH25)和色素菌株(SH25B)生长、黑色素生物合成及细胞分化的影响。培养基中存在多巴(DOPA)和吲哚时可诱导透明菌株产生深色色素,二者均为黑色素生物合成酪氨酸途径的中间体。这些底物还诱导分生孢子和厚垣孢子产生,而这些结构在透明菌株中通常未见。内吸性杀菌剂三环唑抑制色素菌株中的黑色素合成,但不影响类厚垣孢子样细胞结构的发育。

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