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PCR ITS-RFLP:一种用于鉴定葡萄丝状真菌分离物的有效方法。

PCR ITS-RFLP: A useful method for identifying filamentous fungi isolates on grapes.

机构信息

Laboratoire REVV, Institut Universitaire de la Vigne et du Vin, Jules Guyot, Université de Bourgogne, BP 27877, 21078 Dijon Cedex, France.

出版信息

Food Microbiol. 2011 Sep;28(6):1145-54. doi: 10.1016/j.fm.2011.03.006. Epub 2011 Mar 21.

Abstract

Restriction digestion analysis of the ITS products was tested as an easy method to identify isolates of filamentous fungi on grapes. Endonucleases SduI, HinfI, MseI, HaeIII were used. Endonucleases BfmI, Cfr9I, Hpy188I, MaeII or PspGI were used as necessary to complete discrimination. The 43 species studied generated 42 different composite profiles. Only the species P. thomii and P. glabrum gave the same composite profile. 96.3% strains tested could be differentiated to the species level with only four enzymes. Hundred ninety nine strains of filamentous fungi were isolated from various vineyards in Burgundy and identified by this method. Penicillium (58.5%) was the genus the most frequently isolated and no strains of the genus Aspergillus was isolated. P. spinolusum was the most isolated species of Penicillium (22.70%). The species C. cladiosporioides, B. cinerea, E. nigrum, A. alternata, T. koningiopsis, P. diplodiella, C. herbarum, A. alternatum, T. cucumeris and F. oxysporum were also isolated. This technique is a rapid and reliable method appropriate for routine identification of filamentous fungi. This can be used to screen large numbers of isolates from various environments in a short time. This is the first exhaustive study of fungal diversity at species level in vineyard.

摘要

ITS 产物的限制性内切酶分析被测试为一种鉴定葡萄丝状真菌分离株的简单方法。使用了内切酶 SduI、HinfI、MseI 和 HaeIII。必要时使用内切酶 BfmI、Cfr9I、Hpy188I、MaeII 或 PspGI 来完成鉴别。所研究的 43 个种产生了 42 种不同的综合特征谱。只有 P. thomii 和 P. glabrum 两种种产生相同的综合特征谱。仅用四种酶就可以将 96.3%的测试菌株区分到种的水平。通过这种方法从勃艮第的不同葡萄园分离出了 199 株丝状真菌,并对其进行了鉴定。Penicillium(58.5%)是最常分离到的属,没有分离到 Aspergillus 属的菌株。Penicillium 中分离到的最多的种是 P. spinulosum(22.70%)。还分离到了 C. cladiosporioides、B. cinerea、E. nigrum、A. alternata、T. koningiopsis、P. diplodiella、C. herbarum、A. alternatum、T. cucumeris 和 F. oxysporum 等种。该技术是一种快速可靠的方法,适用于丝状真菌的常规鉴定。它可以用于在短时间内筛选来自各种环境的大量分离株。这是首次对葡萄园物种水平的真菌多样性进行全面研究。

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