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首页> 外文期刊>Biotropia: the Southeast Asian journal of tropical biology >IMPROVEMENT OF OMEGA-3 CONTENT OF BLACK SOLDIER FLY PREPUPA (Hermetia illucens) FED WITH COMBINATION OF MARINE FISH OFFAL AND TOFU DREG
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IMPROVEMENT OF OMEGA-3 CONTENT OF BLACK SOLDIER FLY PREPUPA (Hermetia illucens) FED WITH COMBINATION OF MARINE FISH OFFAL AND TOFU DREG

机译:改善欧米茄3含量的黑色士兵飞行预备(Hermetia Sillucens)喂养海洋鱼类内陆和豆腐渣的组合

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One of the materials with great potency for future nutrition source for animal feed is prepupae of black soldier fly larvae (BSFP) (Hermetia illucens) which is fed on organic wastes. This study was designed to observe the accumulation of specific substance (omega-3) of organic wastes (marine fish offal and tofu dregs) inside harvested biomass of BSFP. A total of 150 gram food consist of marine fish offal and tofu dreg with different proportion (10:90, 25:75, 50:50, and 100% tofu dregs) was fed to black soldier fly larvae (BSFL) for 21 days.At the end of feeding trial, all BSFL were harvested, weighed, and then analyzed for omega-3 fatty acids content. Fatty acid content was analyzed using Gas Cromatography with Flame Ionization Detector (GC-FID). Result of the experiment showed BSFL reared with 25% marine fish offal produced highest biomass (8.1 g / 50 larvae) with least development time (19 days). The total of omega-3 recorded from application of 0%, 10%, 25%, and 50% of marine fish offal was 0.02%, 0.87%, 2.16% and 2.61% in 100 g of dry weight, respectively. This result showed the possibility of transferring specific nutrient from organic wastes biomass of BSFP which provides base knowledgement for further application in design of specific animal feed from BSFP.
机译:动物饲料未来营养源具有很大效力的材料是黑士兵飞行幼虫(BSFP)(BSFP)的预备,其被送入有机废物。本研究旨在观察有机废弃物(海洋鱼类废气和豆腐渣)的特定物质(ω-3)的积累,BSFP的收获生物量内。共有150克的食物组成了海洋鱼类内脏和豆腐渣,用不同的比例(10:90,25:75,50:50和100%豆腐渣)被送入黑士兵飞幼虫(BSFL)21天。在喂养试验结束时,收获所有BSFL,称重,然后分析Omega-3脂肪酸含量。使用气体缩放分析脂肪酸含量与火焰离子化检测器(GC-FID)进行分析。实验的结果显示BSFL饲养25%海洋鱼类内部产生最高生物量(8.1g / 50只幼虫),最小发育时间(19天)。从施用0%,10%,25%和50%的海洋鱼鱼中记录的ω-3总量分别为0.02%,0.87%,2.16%和2.61%,在100g的干重中。该结果表明,从BSFP的有机废弃物生物量转移特定营养素的可能性,该BSFP提供了基础知识,用于进一步应用于BSFP的特定动物饲料的设计。

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