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首页> 外文期刊>International Journal of Food and Fermentation Technology >Exiguobacterium aurantiacum mediated fermentation of bamboo shoot, and process optimization for Soibum production: A traditional food of Manipur, North-East India
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Exiguobacterium aurantiacum mediated fermentation of bamboo shoot, and process optimization for Soibum production: A traditional food of Manipur, North-East India

机译:Exigubacterium Aurantiacum介导的竹笋发酵,以及索伯姆生产的过程优化:印度东北部的传统食品

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摘要

Bamboo shoot are an important traditional food delicacies which are consumed as fresh, fermented, or canned in many Asian countries and is intricately related with human diet. In this study, several bamboo shoot samples (fermented and succulent bambooshoots) were collected to determine the cynogenic glycoside content, followed by process optimization by using Exiguobacteruim aurantiacum FB6-lb, which was used for fermentation at different conditions. E. aurantiacum was isolated from bamboo shoot. The cyanide content was analyzed and fermentation process was also evaluated by estimating nutritional parameters of final product. Fresh succulent bamboo shoot had high cyanide content (approx 43 mg/g) compared with fermented samples (22.8-30.4 mg/g). Itwas observed that boiling the succulent bamboo shoots and fermented shoots removed all the cyanide content. The amount of protein, sugar, amino acid for fermentation of sterilized bamboo shoot with FB6-lb, against fermentation in presence of indigenous bacteria in raw bamboo shoot were found to be (2.2+0.6, 1.3±0.04, 0.38±0.004) mg/g and (2.44±0.03, 1.85±0.3, 0.31±0.006) mg/g, respectively. The nutritional parameter including concentrations of protein, sugar, amino acid were better when fermentation was done at temp 30°C (3.56±0.04, 11.1±0.2, 0.75±0.05 g/lOOg, respectively) and inoculum size 104cfu/ml(2.57±0.1,10.5±04, 0.27±0.04 g/100g, respectively).
机译:竹笋是一种重要的传统食品美食,这些美食是在许多亚洲国家的新鲜,发酵或罐装中消耗的,并且与人类饮食有比复杂。在这项研究中,收集了几种竹笋样品(发酵和多汁竹子)以确定通过使用Exiguobacteruim Aurantiacum FB6-LB来测定衍生糖苷含量,然后用于在不同条件下发酵。 E. aurantiacum与竹笋隔离。分析氰化物含量,还通过估计最终产品的营养参数来评估发酵过程。与发酵样品(22.8-30.4mg / g)相比,新鲜的多汁竹笋具有高氰含量(约43mg / g)。 ITWAS观察到沸腾了多汁竹笋和发酵芽的所有氰化物含量。发现蛋白质,糖,氨基酸与FB6-LB发酵的灭菌竹笋,在原始竹笋中的土着细菌存在下发生灭菌的灭菌竹笋(2.2±0.6,1.3±0.04,0.38±0.004)mg / G和(2.44±0.03,1.85±0.3,0.31±0.31±0.31±0.3×0.31±0.31±0.31±0.31±0.31±0.31.006)mg / g。当在TEMP 30℃下进行发酵时,包括蛋白质,糖,氨基酸的浓度,氨基酸的营养参数更好(分别为3.56±0.04,11±0.2,0.75±0.05g / loOg)和接种物尺寸104cfu / ml(2.57± 0.1,10.5±04,0.27±0.04 g / 100g)。

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