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首页> 外文期刊>Food Science and Technology (Campinas) >Proximate composition, minerals profile, and predominant sugars by ion chromatograph along the physiological development of jabuticaba var. Pingo de mel
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Proximate composition, minerals profile, and predominant sugars by ion chromatograph along the physiological development of jabuticaba var. Pingo de mel

机译:离子色谱法在Jabuticaba var的生理发育过程中,其成分,矿物质成分和主要糖类接近。平戈·德梅尔

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The objective of this study was to characterize jabuticaba fruits for their proximate composition, minerals profile, and predominant sugars during fruit physiological development. The fruits were harvested ten days after anthesis (DAA) until maturity, at intervals of four days between collections. The period between anthesis and maturity was 34 days. An increase in moisture was observed, as for protein and lipids up to 18 DAA, with subsequent reduction until ripening, while an opposite behavior was observed for ash and carbohydrates levels. In general, minerals decreased throughout the fruit development. Regarding the carbohydrates profile, fructose showed the highest concentration, followed by glucose and sucrose, respectively, with an increase during ripening for all sugars. Whereas the sweet taste of fruit is a major factor for both consumption in natura and processing, we observed that jabuticaba fruits harvested 34 days after anthesis presented the best results.
机译:这项研究的目的是表征Jabuticaba果实在果实生理发育过程中的近成分,矿物质成分和主要糖分。花期(DAA)后十天直至成熟,收获之间间隔四天。花期至成熟之间的时间为34天。观察到水分的增加,至多为18 DAA的蛋白质和脂质,随后减少直至成熟,而灰分和碳水化合物的含量却表现出相反的行为。通常,在整个果实发育过程中矿物质减少。关于碳水化合物的特征,果糖显示出最高的浓度,其次是葡萄糖和蔗糖,在所有糖的成熟过程中均增加。尽管水果的甜味是自然食用和加工过程中食用的主要因素,但我们观察到,开花后第34天收获的Jabuticaba果实表现出最好的效果。

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