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来自霉菌发酵香肠的纳氏青霉分离株的分类学

Taxonomy of Penicillium nalgiovense isolates from mould-fermented sausages.

作者信息

Andersen S J

机构信息

Department of Biotechnology, Technical University of Denmark, Denmark & Chr. Hansen's Laboratorium, Denmark.

出版信息

Antonie Van Leeuwenhoek. 1995 Aug;68(2):165-71. doi: 10.1007/BF00873102.

DOI:10.1007/BF00873102
PMID:8546454
Abstract

A large number of Penicillium nalgiovense isolates from mould fermented sausages and the ex type culture were examined for characters of morphology, physiology and production of secondary metabolites. To separate biotypes within the P. nalgiovense species, the data obtained were evaluated using multivariate statistical methods. The macromorphological characters of the ex type culture and isolates from meat products appeared to be distinctive. The ex type culture is characterized by a brown reverse on both Czapek yeast extract and malt extract agar while the isolates from meat products have a yellow to orange reverse. Proteolytic and/or lipolytic activity was demonstrated by 75% of the examined cultures and all of them demonstrated ability to utilize lactate as sole carbon source. Growth on creatine sucrose agar was very inhibited and acid production was absent or very weak. TLC analysis showed production of three unknown secondary metabolites that constituted the characteristic profile. HPLC analysis showed production of only three known secondary metabolites; chrysogine (96%), nalgiolaxin and nalgiovensin (9%). The ex type culture produced nalgiolaxin and nalgiovensin but not chrysogine. The chemometric evaluation showed that P. nalgiovense isolates from meat products from a homogenous species, which can not be divided into biotypes. The only indication of grouping, beside a separation of the ex type culture, was related to the conidium colour (white, turquoise or grey green). The examined P. nalgiovense isolates showed some resemblance (morphologically and chemically) to P. chrysogenum.

摘要

对大量从霉菌发酵香肠中分离得到的纳氏青霉菌株以及模式菌株进行了形态学、生理学特征和次级代谢产物产生情况的检测。为了区分纳氏青霉物种内的生物型,使用多元统计方法对所获得的数据进行了评估。模式菌株和肉制品分离株的宏观形态特征似乎有所不同。模式菌株在察氏酵母提取物琼脂和麦芽提取物琼脂上的背面均为褐色,而肉制品分离株的背面为黄色至橙色。75%的检测培养物表现出蛋白水解和/或脂肪水解活性,并且所有培养物均表现出利用乳酸作为唯一碳源的能力。在肌酸蔗糖琼脂上的生长受到很强抑制,且不产酸或产酸非常微弱。薄层色谱分析表明产生了三种未知的次级代谢产物,构成了其特征图谱。高效液相色谱分析表明仅产生了三种已知的次级代谢产物;金黄青霉素(96%)、纳氏青霉毒素和纳氏青霉素(9%)。模式菌株产生纳氏青霉毒素和纳氏青霉素,但不产生金黄青霉素。化学计量学评估表明,肉制品中的纳氏青霉分离株属于同一物种,无法分为生物型。除了模式菌株的分离外,唯一的分组迹象与分生孢子颜色(白色、蓝绿色或灰绿色)有关。所检测的纳氏青霉分离株在形态和化学上与产黄青霉有一些相似之处。

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一种检测微生物脂解活性的简单方法以及关于细胞与脂肪底物之间接触影响的一些观察结果。
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