用香料提高发酵朴树籽的营养成分

T. Omodara, A. O. Omojokun
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Each was inoculated with Bacillus subtilis and fermented at 37oC for 36 hours.\nResults: The phytic acid in alligator fermented ‘iru’, ginger fermented ‘iru’ and nutmeg fermented ‘iru’ were 4.53mg/g, 18.54mg/g and 20.19mg/g respectively, which were significantly lower than the phytic acid of the commercially produced ‘iru’ (21.40mg/g). Starter culture fermented ‘iru’, turmeric fermented ‘iru’ and cocoplum fermented ‘iru’ had significantly lower levels of trypsin inhibitors of 24.68mg/g, 26.13mg/g and 26.13mg/g, respectively when compared to commercially fermented ‘iru’. Skinplum fermented ‘iru’ and cocoplum fermented ‘iru’ had significantly higher flavonoids levels. Alligator fermented ‘iru’ had significantly higher Vit. A (4.65), Vit. B1 (2.94), Vit. B2 (0.31mg/g) and Vit. B5 (0.08 mg/g) compared to commercially produced ‘iru’. The protein digestibility of Nutmeg fermented ‘iru’ was significantly higher than commercially fermented ‘iru’. 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摘要

简介发酵朴树种子因其独特的风味和营养价值而成为尼日利亚的一种重要调味品。目的:本研究调查了以下香料对调味品营养成分的影响:Aframomum melegueta(鳄鱼胡椒)、Zingiber officinale(生姜)、Allium sativum(大蒜)、Myristica fragrans(肉豆蔻)、Curcuma longa(姜黄)、Xylopia aethiopica(塞利姆谷物)、Chrysobalanus icaco(椰子树)和 Parinari excelsa(茄子):将 30 克(30 克)干香料添加到 300 克之前在不同容器中高压蒸煮并去壳的槐豆中。每个容器都接种了枯草芽孢杆菌,并在 37 摄氏度下发酵 36 小时:结果:鳄鱼发酵'伊鲁'、生姜发酵'伊鲁'和肉豆蔻发酵'伊鲁'中的植酸分别为 4.53 毫克/克、18.54 毫克/克和 20.19 毫克/克,明显低于市售'伊鲁'中的植酸(21.40 毫克/克)。与市售发酵 "伊鲁 "相比,起始培养基发酵 "伊鲁"、姜黄发酵 "伊鲁 "和椰糠发酵 "伊鲁 "的胰蛋白酶抑制剂含量明显较低,分别为 24.68 毫克/克、26.13 毫克/克和 26.13 毫克/克。肤木发酵'伊鲁'和椰木发酵'伊鲁'的黄酮含量明显更高。鳄鱼发酵'伊鲁'的维生素 A(4.65)、维生素 B1(2.94)、维生素 B2(0.31 毫克/克)和维生素 B5(0.08 毫克/克)含量明显高于市售'伊鲁'。肉豆蔻发酵 "伊鲁 "的蛋白质消化率明显高于市售发酵 "伊鲁"。然而,与市售 "伊鲁 "相比,其他发酵样品的蛋白质消化率明显降低:结论:为了强化和提高发酵大叶朴树种子的营养成分,可以使用鳄鱼椒、皮兰和肉豆蔻。
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Enhancing Nutritional Composition of Fermented Parkia biglobosa Seeds with Spices
Introduction: Fermented Parkia biglobosa seed is an essential condiment in Nigeria for its unique flavor and nutritional value. Aims: The study investigated the influence of spices such as Aframomum melegueta (alligator pepper), Zingiber officinale (ginger), Allium sativum (garlic), Myristica fragrans (nutmeg), Curcuma longa (turmeric), Xylopia aethiopica (grains of Selim), Chrysobalanus icaco (cocoplum) and Parinari excelsa (skinplum) on the nutritional composition of the condiment. Methodology: Thirty grams (30g) of dried spice was added to 300g of previously pressure cooked and dehulled locust beans in separate containers. Each was inoculated with Bacillus subtilis and fermented at 37oC for 36 hours. Results: The phytic acid in alligator fermented ‘iru’, ginger fermented ‘iru’ and nutmeg fermented ‘iru’ were 4.53mg/g, 18.54mg/g and 20.19mg/g respectively, which were significantly lower than the phytic acid of the commercially produced ‘iru’ (21.40mg/g). Starter culture fermented ‘iru’, turmeric fermented ‘iru’ and cocoplum fermented ‘iru’ had significantly lower levels of trypsin inhibitors of 24.68mg/g, 26.13mg/g and 26.13mg/g, respectively when compared to commercially fermented ‘iru’. Skinplum fermented ‘iru’ and cocoplum fermented ‘iru’ had significantly higher flavonoids levels. Alligator fermented ‘iru’ had significantly higher Vit. A (4.65), Vit. B1 (2.94), Vit. B2 (0.31mg/g) and Vit. B5 (0.08 mg/g) compared to commercially produced ‘iru’. The protein digestibility of Nutmeg fermented ‘iru’ was significantly higher than commercially fermented ‘iru’. However, other fermented samples had significantly reduced protein digestibility compared to commercially produced ‘iru’. Conclusion: To fortify and enhance nutritional composition of fermented Parkia biglobosa seeds, alligator pepper, skinplum and nutmeg may be used.
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