地方生产和实验室生产的发酵枇杷膏微生物学和营养品质的比较研究

O. Okhonlaye, B. A. Adepetun
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摘要

发酵使食品调味品“伊鲁”营养更丰富、更易消化、更安全、风味更好。众所周知,发酵的Parkiabiglobosa ' iru '具有高蛋白质含量,因此具有调味和蛋白质补充来源的双重目的。关于对当地生产的“Iru”调味品与实验室生产的调味品的营养质量进行比较评价的资料很少。因此,本研究的重点是评估当地和实验室生产的发酵大叶Parkia的近似和抗营养成分。微生物学检查结果显示,当地生产的“iru”样品的细菌负荷范围为75.00 × 103cfu/g ~ 264.66 × 103cfu/g,实验室生产的样品的细菌负荷范围为5.33 × 103cfu/g ~ 84.33 × 103cfu/g。当地生产的样品脱壳后乳酸菌负荷较高,为84.33x103cfu/g,发酵72小时后显著降低至6.33 x103cfu/g。随着发酵的进行,实验室生产的‘Iru’真菌负荷显著降低(P<0.05)。随着发酵的进行,粗灰分含量也显著增加(P<0.05)。在本地和实验室生产的“Iru”样品发酵72小时后,蛋白质含量也有所增加。本地生产和实验室生产的发酵白桦糖的碳水化合物含量也分别从34.35%降低到14.47%和32.82%降低到20.80%。最后,这项工作表明,发酵的紫菜污染可能起源于紫菜脱壳过程中的脚压、水的污染、食品处理人员的个人卫生差和加工过程中的肮脏环境条件。因此,关于环境卫生的培训是必要的,强烈建议。
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Comparative Study on the Microbiological and Nutritional Qualities of Fermented Parkia Biglobosa Produced Locally and in the Laboratory
Fermentation makes the food condiment Parkiabiglobosa “Iru” to be more nutritious, digestible and safer with better flavour. Fermented Parkiabiglobosa‘Iru’ is known to have high protein content, thus serving a dual purpose of flavouring as well as source of protein supplement. There is only little information available on comparative evaluation of the nutritional quality of the locally produced “Iru” condiment with the one produced in the laboratory. Hence, this present study focusses on the evaluation of proximate and anti-nutrient composition of fermented Parkia biglobosa produced locally and in the laboratory. Result from the microbial examination revealed the bacterial load for the locally produced Parkiabiglobosa‘Iru’ ranged between 75.00 x103cfu/g and 264.66x103cfu/g while that of laboratory produced sample ranged between 5.33x103cfu/g and 84.33x103cfu/g. Lactic acid bacteria load was higher after de-hulling in the locally produced samples with a value of 84.33x103cfu/g and reduced significantly to 6.33 x103cfu/g after 72hrs of fermentation. Fungal load of the laboratory produced Parkiabiglobosa ‘Iru’ reduced significantly (P<0.05) as fermentation progresses. More so, the proximate analysis revealed that Ash content also increased significantly (P<0.05) as fermentation progresses. The protein content also increased after 72hrs of fermentation in both local and laboratory produced ‘Iru’ samples. Carbohydrate content also reduced significantly from 34.35 to 14.47% and 32.82 to 20.80% for the locally produced and laboratory produced fermented Parkiabiglobosa respectively. Conclusively, this work had shown that contamination of fermented Parkiabiglobosa‘iru” might have originatedParkiabiglobosa might have originated from foot pressing during de-hulling, contaminated water, poor personal hygiene of food handlers and dirty environmental conditions during processing. Therefore, training about environmental sanitation is essential and highly recommended.
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