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Smoking Methods and Their Effects on Nutritional Value of AfricanCatfish (Clarias gariepinus)

机译:吸烟方法及其对非洲C鱼(Clarias gariepinus)营养价值的影响

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African catfish (Clarias gariepinus) is very popular with fish farmers and consumers, and commands a veryhigh commercial value in Nigeria markets. The fresh fish sample collected from the fish farmer was smoked in a smokingkiln using sawdust, rice bran and melon husk while electric oven was used as the control. In the study proximate, mineraland amino acid compositions of the smoked fish samples were evaluated using standard analytical techniques. The crudeprotein content of the smoked fish samples ranged from 15.18% in sawdust heat treatment to 63.23% in electric oven heatsource with CV% of 10.68 while crude fat range values were 9.47 – 16.44% (CV% = 18.80). The most highly concentratedmineral was sodium (7.00 – 9.95 mg/100g sample) and strictly followed by magnesium (5.45 – 7.45 mg/100g sample).Lead and cadmium were not at the detectable range of AAS. The total essential amino acid (TEAA) with histidine inthe smoked fish samples ranged from 40.25 g/100g crude protein in rice bran to 70.09 g/100g protein in sawdust heatsources while lysine had the highest concentrations (7.02 – 7.78 g/100g protein). The calculated isoelectric point (pI) andpredicted protein efficiency ratio (P–PER) were (4.99 – 6.91) and (2.30 – 2.52), respectively while first limiting aminoacid (LAA) was isoleucine for electric oven and sawdust heat sources, and valine for melon husk and rice bran smoking.The number of essential amino acids where supplementation may be required in the smoked fish samples using four differentheat sources was three each. Generally, all the fish samples were found to be good sources of essential minerals andamino acids.
机译:非洲cat鱼(Clarias gariepinus)在养鱼户和消费者中非常受欢迎,在尼日利亚市场具有很高的商业价值。从渔民那里收集的新鲜鱼样品在烟熏炉中使用锯末,米糠和瓜皮进行熏制,而电烤箱用作对照。在这项研究中,使用标准分析技术评估了熏制鱼样品中的矿物质和氨基酸组成。熏鱼样品的粗蛋白含量范围从锯末热处理的15.18%到电烤箱热源的63.23%,CV%为10.68,而粗脂肪范围值为9.47 – 16.44%(CV%= 18.80)。矿物质中浓度最高的是钠(7.00 – 9.95 mg / 100g样品),紧随其后的是镁(5.45 – 7.45 mg / 100g样品)。铅和镉不在AAS的检测范围内。烟熏鱼样品中的组氨酸总必需氨基酸(TEAA)范围从米糠中的40.25 g / 100g粗蛋白到锯末热源中的70.09 g / 100g蛋白质,而赖氨酸浓度最高(7.02 – 7.78 g / 100g蛋白质)。计算得出的等电点(pI)和预测的蛋白质效率比(P–PER)分别为(4.99 – 6.91)和(2.30 – 2.52),而电烤箱和锯末热源的第一个限制性氨基酸(LAA)为异亮氨酸,而缬氨酸为使用四种不同的热源在熏制鱼样品中可能需要补充的必需氨基酸数量分别为三个。通常,所有鱼类样品都是必需矿物质和氨基酸的良好来源。

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