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Assessment of the fungal community associated with cocoa bean fermentation from two regions in Colombia

机译:评估来自哥伦比亚两地区的可可豆发酵的真菌群落

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摘要

The quality of the cocoa seeds depends on various factors. Fermentation is among them because during this process flavor precursors are synthesized through the action of fungi and bacteria, whose diversity can change depending on the geographic location and the agricultural practices. This research aimed to characterize and compare the fungal community involved in spontaneous fermentations carried out under the same post-harvest agricultural practices in two farms located at completely different agro-ecological zones by application of a highthroughput amplicon sequencing method. The results showed that the diversity of biological variants is different between regions. In the Magdalena Medio region, the fermentations were dominated by Hanseniaspora opuntiae, and Saccharomyces sp., while in Urab ' a region all the fermentation was characterized by an almost constant diversity and high abundance of H. opuntiae. In each site, unique biological variants of these two genera were detected. Additionally, differences were observed in the physicochemical parameters such as the pH and temperature of the fermentation mass, and the duration of the process. The analyses of these results allow concluding that the environmental conditions and indigenous microbiota of each cocoa-cultivation zone explained the differences found in this study.
机译:可可种子的质量取决于各种因素。由于在该过程中,发酵是,通过真菌和细菌的作用,通过真菌和细菌的作用来合成风味前体,其多样性可以根据地理位置和农业实践而变化。该研究旨在表征和比较通过施用透明计算扩增子测序方法在位于完全不同农业生态区的两个农场的相同收获后农业实践中进行的真菌群落。结果表明,生物变异的多样性在地区之间是不同的。在马格达利纳米中地区,发酵由Hanseniaspora Ipuntiae和Saccharomyces SP主导。虽然在URAB的一个区域中,所有发酵都是通过几乎恒定的多样性和高丰度的H. Ipuntiae。在每个网站中,检测到这两个属的独特的生物变体。另外,在物理化学参数之类的诸如发酵质量的pH和温度的物理化学参数中观察到差异,以及该方法的持续时间。这些结果的分析允许得出结论,每个可可栽培区的环境条件和本土微生物群解释了本研究中发现的差异。

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