加纳果粉生产中若干芒果品种的评价

V. Edusei, G. Essilfie, F. Saalia, J. Ofosu-Anim, V. Eziah
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引用次数: 1

摘要

芒果是一种重要的水果,在加纳受到很高的惠顾。然而,这种作物的高度季节性和易腐性,除了对农民和加工商来说是一种限制外,也剥夺了消费者全年享用水果的机会。使用芒果稳定的粉末形式可以填补芒果淡季期间的空缺。本研究评估了在加纳种植的四个主要芒果品种(“Keitt”、“Kent”、“Palmer”和一个当地品种)的果实是否适合生产果粉。对不同品种的鲜果果肉和冻干粉进行了理化特性分析。研究表明,外来品种“Keitt”、“Kent”和“Palmer”的果肉含量分别达到68%、66%和63%,具有显著(p≤0.05)的高含量,具有较高的果粉产量潜力。可溶固体总量、可滴定酸度、抗坏血酸和β -胡萝卜素含量均在该品种的新鲜水果和冻干粉中达到可接受水平。“Keitt”、“Kent”和“Palmer”鲜果果肉与各自的冻干粉在黄度指数上无显著差异(p≤0.05)。这三个芒果品种在果粉加工和利用方面具有相当好的理化特性。因此,用这些品种生产高质量的芒果粉可以作为淡季的替代品,也可以减少采后损失。
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Evaluation of Some Selected Mango Varieties for Fruit Powder Production In Ghana
Mango is an important fruit, which receives high patronage in Ghana. However, the highly seasonal and perishable nature of the crop, besides being a constraint to both farmers and processors, also deny consumers the opportunity to enjoy the fruit all year round. Use of the stable powder form of mango can serve to fill the gap during the mango off-season. This study evaluated the fruits of four major mango varieties (“Keitt”, “Kent”, “Palmer” and a local variety) grown in Ghana for their suitability for fruit powder production. The fresh fruit pulp and reconstituted freeze-dried powder of the varieties were analyzed for physicochemical characteristics. The study revealed that “Keitt”, “Kent” and “Palmer”, which are the exotic varieties, had significantly (p≤0.05) high pulp content of 68%, 66% and 63% respectively indicating potential for high fruit powder yield. Acceptable levels of total soluble solids, titratable acidity, ascorbic acid and beta-carotene contents were observed in the fresh fruit and the freeze-dried powders of the varieties. There was no significant (p≤0.05) difference in Yellowness Index between fresh fruit pulp of “Keitt”, “Kent” and “Palmer” and their respective reconstituted freeze-dried powders. These three mango varieties exhibited considerably good quality in terms of physical and chemical characteristics for processing and utilization as fruit powder. The production of high quality mango powder from these varieties could therefore serve as substitutes in the off-season and also reduce postharvest loss.
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