Evaluation of the Fermentation Time on the Physical Characteristics of Cocoa (Theobroma cacao L), Clones Fedecacao Tame 2, Fedecacao Lebrija 3 and Fedecacao Saravena 12 in the Town of San Vicente de Chucuri

Quintana Fuentes, F. Lucas, Hernández, Mariela, Rivera
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引用次数: 1

Abstract

The aim of this project was to determine the influence of the fermentation time and the final physical-chemical characteristics of the regional cocoa clones (FLE3, FTA2 and FSA12), due to a big variety of clones, agroforest systems, selection systems of crops and fermentation, it was necessary the establishment of the fermentation times according to the grain size. To verify the final quality of the cocoa it was evaluated the influence of the fermentation time in the physical- chemical characteristics, taking into account the grain index as a reference factor for the cocoa clones FLE3, FTA2 and FSA12, it was searched the ideal fermentation time for the three clones at 72, 120 and 168 h to guarantee a final physical quality for the cocoa grains, this process was made on the experimental farm Villa Monica property of Fedecacao, located on San Vicente del Chucuri, in the determination of the physical-chemical characteristics it was taken samples of the first harvest of 2017 in triplicated. The fermentation index for the first harvest of 2017, increase with time, obtaining values higher than 60% after the 120 h, the clone with higher values was FTA2. These fermentation percentages are adequate and within the expectative of a 60%-80% for the 120 h, assuring that there is no over fermentation getting an adequate final quality.
发酵时间对圣维森特-德-丘丘里镇Fedecacao Tame 2、Fedecacao Lebrija 3和Fedecacao Saravena 12无性系可可物理特性的影响
本项目的目的是确定发酵时间和区域可可无性系(FLE3、FTA2和FSA12)最终理化特性的影响,由于无性系、农林系统、作物选择系统和发酵种类繁多,有必要根据籽粒大小建立发酵时间。可可这是验证的最终质量评估的影响发酵时间在物理-化学特性,考虑到粮食可可克隆FLE3指数作为参考因素,FTA2 FSA12,这是理想的发酵时间搜寻三个克隆在72,120和168小时保证最后一个身体素质的可可粒,这个过程是在实验农场别墅莫妮卡Fedecacao的属性,位于圣维森特德尔丘里,在确定物理化学特性时,采集了2017年第一次收获的样品,分三次进行。2017年首采发酵指数随时间增加,发酵120 h后发酵指数均高于60%,其中FTA2较高。这些发酵百分比是足够的,在120小时的预期范围内为60%-80%,确保没有过度发酵获得足够的最终质量。
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