MALDI-TOF质谱和目前相关的蛋白质组学技术在协调细菌系统中的应用。

Ajit J Shah, H. Shah, Malcom Ward, I. Dekio, Lyna Selami, O. Belgacem, L. Duncan, K. Bruce, Zhen Xu, Hermine V. Mkrtchyan, R. Cave, Laila M. N. Shah, S. Gharbia
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引用次数: 2

摘要

本章介绍了MALDI-TOF MS用于真菌鉴定的概述和讨论。真菌分类技术的主要已知限制,以及如何克服这些,也进行了讨论。此外,这应该保证存放在MALDI-TOF质谱数据库中的光谱将保持公开,最好是开放免费获取。为了避免误认,这些储存的光谱必须根据完善的标准操作程序进行管理。为了建立一个单一的公共和开放访问的MALDITOF MS数据库,需要增加物种内可用光谱的数量,以适应多样性和地理差异,独特的菌株性状以及不同的培养条件和程序。这可以与元数据分析和人工智能算法一起使用,以提供可靠的真菌鉴定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MALDI-TOF MS and currently related proteomic technologies in reconciling bacterial systematics.
Abstract This book chapter presents an overview and discussion of the use of MALDI-TOF MS for fungal identification. The major known limitations of the technique for fungal taxonomy, and how to overcome these, are also discussed. Moreover, this should guarantee that spectra deposited in such MALDI-TOF MS database would remain public, preferably in open free access. To avoid misidentification, these stored spectra must be curated and based on well-established standard operating procedures. The number of spectra available within species needs to be increased to accommodate the diversity and geographic differences, unique strain traits and the varied culture conditions and procedures in order to establish a single public and open access MALDITOF MS database. This could then be used with metadata analysis and artificial intelligence algorithms, to provide reliable fungal identification.
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