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首页> 外文期刊>International Journal of Food Microbiology >How organic farming of wheat may affect the sourdough and the nutritional and technological features of leavened baked goods
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How organic farming of wheat may affect the sourdough and the nutritional and technological features of leavened baked goods

机译:小麦的有机耕作如何影响面团发酵食品的酸味以及营养和技术特征

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Organic farming is gaining broad recognition as a system that complies well with sustainability, an overarching principle that should drive agriculture now and in the coming year. Different cultivars and products can harbour different abundances of specific bacterial groups, farming system may influence the composition and abundances of microbial communities found on food product. Despite the growing interest towards organic foods, we still have a limited understanding of the diversity of food-associated microbial communities and the factors that influence the composition of these communities. Consumers in developed nations are commonly exposed to differences in farming practices through their choice between organic and conventionally farmed foods. Organic farming practices can differ from conventional farming practices in a variety of ways, including the types of fertilizer and pesticides that are used. This review aiming to gather current knowledge on chemical, technological, toxicological and functional properties and microbiota composition of wheat flours originating from organic and conventional farming systems and how the use of these may affect the sourdough fermentation and breadmaking. Sourdough fermentation is the most natural and best-performing process to ensure optimal sensory and functional characteristics. It fits perfectly into the processing chain that starts with the organic farming, especially for old wheat varieties with weaker technological properties. Recently, organic and sourdough micro-biota diversity was investigated and in some case a comparison between organic and conventional microbial ecosystem was also carried out. Opposites evidences arise. Once a higher diversity of lactic acid bacteria species was found in conventional wheat sourdoughs, while when the diversity of Firmicutes was investigated, organic sourdoughs showed the highest complexity. When occurring, the differences between: conventional and organic sourdough microbiota and their effects on bread properties are difficult to be identified and categorized due to the extremely large variability in baker's practices. Besides, this review would provide a critical view of this topic in order to avoid the speculation that in this field unavoidably arise. (C) 2016 Elsevier B.V. All rights reserved.
机译:有机农业作为一种与可持续发展相称的系统而获得了广泛的认可,这一总体原则应在现在和来年推动农业发展。不同的品种和产品可以容纳不同数量的特定细菌群,耕作制度可能会影响食品中发现的微生物群落的组成和数量。尽管人们对有机食品的兴趣日益浓厚,但我们对与食物相关的微生物群落的多样性以及影响这些微生物群落组成的因素的理解仍然有限。发达国家的消费者通常会在有机食品和常规农业食品之间进行选择,从而容易受到农业做法差异的影响。有机耕作方式可以在许多方面不同于常规耕作方式,包括使用的肥料和农药的类型。这篇综述旨在收集有关有机和常规耕作系统产生的小麦粉的化学,技术,毒理学和功能特性以及微生物群组成的最新知识,以及它们的使用如何影响酵母发酵和面包制作。酵母发酵是最自然,性能最佳的过程,可确保最佳的感官和功能特征。它非常适合从有机农业开始的加工链,特别是对于技术性能较弱的旧小麦品种。最近,研究了有机微生物和发酵微生物的多样性,并且在某些情况下还对有机微生物生态系统和常规微生物生态系统进行了比较。相反的证据出现了。一旦在常规的小麦酸面团中发现了较高的乳酸菌种类,而在研究硬皮酸菌的多样性时,有机酸面团显示出最高的复杂性。当发生这种情况时,由于面包师的做法差异极大,因此难以识别和归类:常规和有机酵母菌群及其对面包性能的影响。此外,本综述将提供对该主题的批判性观点,以避免人们猜测该领域不可避免地出现。 (C)2016 Elsevier B.V.保留所有权利。

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