使用天鹅贻贝(Anodonta cygnea (Linne, 1758))作为非洲鲶鱼(Clarias gariepinus (Burchell, 1822))的饲料添加剂

A. Kurbanov, S. Kim, N. Titova, S. Karabaeva, E. Rahimjanova
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Minced Anodonta was prepared as follow: mussels were collected from the bottom of ponds after fish harvesting; the collected mussels were kept in the separate aquarium; every day several mussels were taken out, their shells were opened and muscle parts were separated the (mostly mussel leg); then the separated muscle were kept for disinfection in KMnO4 solution of low concentration during 20 min and then crushed to a minced state. Feed was given to African catfish according to a special scheme at the rate of 7% of the fish weight. The control group did not receive the minced mussels and fish were fed with carp feeds.The mixed feed in the experimental group #1 consisted of 50% carp feed and 50% minced mussel. In the experimental group #2, African catfish were fed with minced mussels only. Findings. The experiment showed the clear advantage of feed containing 50% of minced clams and 50% of carp feed. The African catfish fed with this feed significantly overtook fish from the control group in weight because this feed turned out to be either the most balanced in composition or better absorbed by catfish. In the control group, the 100% mixed feed gave an increase of 83.8% in weight and 20.5% in length; in the experimental group #1, the feed (50% mixed feed : 50% minced mussel) gave an increase of 136% in weight and 31.1% in length; at the experiment #2 (100% minced mussel), the feed gave an increase of 95.5% and 20.1% in length. Originality. For the first time the swan mussel was used as a source of animal protein for African catfish.This experiment was conducted for the first time, and it was also found for the first time that the addition of minced swan mussel to the feed of African catfish contributed to a significant weight gain compared to the conventional feed:52.5% more compared to conventional feed and 40.5% more compared to pure minced swan mussel. Practical value. 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引用次数: 0

摘要

目的。乌兹别克斯坦水产养殖存在平衡饲料的巨大缺口。在用当地原料生产饲料的情况下,问题是缺乏稳定的动物蛋白来源。本实验的目的是了解天鹅贻贝作为非洲鲶鱼的饲料添加剂对鱼的生长有何影响。方法。虾蛄碎的制作方法如下:贻贝采鱼后从池底采集;收集的贻贝被保存在单独的水族箱中;每天取出几个贻贝,打开它们的壳,把肌肉部分分开(主要是贻贝腿);分离后的肌肉在低浓度KMnO4溶液中消毒20 min后粉碎至剁碎状态。按照特殊方案,按鱼重7%的比例饲喂非洲鲶鱼。对照组不喂贻贝碎,用鲤鱼饲料喂鱼。试验1组的混合饲料为50%的鲤鱼饲料和50%的贻贝碎。在实验组2中,非洲鲶鱼只喂了剁碎的贻贝。发现。试验表明,50%的蛤末和50%的鲤鱼饲料具有明显的优势。用这种饲料喂养的非洲鲶鱼在体重上明显超过了对照组的鱼,因为这种饲料要么成分最平衡,要么被鲶鱼更好地吸收。对照组添加100%混合饲料,体重增加83.8%,体长增加20.5%;试验1组饲料(50%混合饲料:50%剁碎贻贝)增重136%,增长31.1%;在试验2中(100%剁碎贻贝),饲料的长度分别增加了95.5%和20.1%。创意。天鹅贻贝第一次被用作非洲鲶鱼的动物蛋白来源。本实验首次进行,也首次发现在非洲鲶鱼饲料中添加剁碎的天鹅贻贝,与常规饲料相比,体重增加明显,比常规饲料增加52.5%,比纯剁碎的天鹅贻贝增加40.5%。实用价值。水产养殖业目前正在寻找动物蛋白的来源,以应对用于鱼饲料生产的高质量鱼粉日益严重的全球短缺。使用双壳类软体动物无齿兽,这也是池塘养殖场的害虫,是获得生理决定的体重增加的有希望的饲料。关键词:水产养殖,非洲鲶鱼(Clarias gariepinus (Burchell, 1822)),饲料,动物蛋白,植物蛋白,水质,天鹅贻贝(Anodonta cygnea (Linne, 1758)),增重
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Use of swan mussel (Anodonta cygnea (Linne, 1758)) as a feed additive for african catfish (Clarias gariepinus (Burchell, 1822))
Purpose. Uzbekistan aquaculture has a huge deficit of balanced feed. In a case of feed production from local ingredients, the problem is the lack of stable source of animal protein. The purpose of this experiment was to find out how swan mussel Anodonta used as a feed additive for African catfish will affect fish growth. Methodology. Minced Anodonta was prepared as follow: mussels were collected from the bottom of ponds after fish harvesting; the collected mussels were kept in the separate aquarium; every day several mussels were taken out, their shells were opened and muscle parts were separated the (mostly mussel leg); then the separated muscle were kept for disinfection in KMnO4 solution of low concentration during 20 min and then crushed to a minced state. Feed was given to African catfish according to a special scheme at the rate of 7% of the fish weight. The control group did not receive the minced mussels and fish were fed with carp feeds.The mixed feed in the experimental group #1 consisted of 50% carp feed and 50% minced mussel. In the experimental group #2, African catfish were fed with minced mussels only. Findings. The experiment showed the clear advantage of feed containing 50% of minced clams and 50% of carp feed. The African catfish fed with this feed significantly overtook fish from the control group in weight because this feed turned out to be either the most balanced in composition or better absorbed by catfish. In the control group, the 100% mixed feed gave an increase of 83.8% in weight and 20.5% in length; in the experimental group #1, the feed (50% mixed feed : 50% minced mussel) gave an increase of 136% in weight and 31.1% in length; at the experiment #2 (100% minced mussel), the feed gave an increase of 95.5% and 20.1% in length. Originality. For the first time the swan mussel was used as a source of animal protein for African catfish.This experiment was conducted for the first time, and it was also found for the first time that the addition of minced swan mussel to the feed of African catfish contributed to a significant weight gain compared to the conventional feed:52.5% more compared to conventional feed and 40.5% more compared to pure minced swan mussel. Practical value. Aquaculturenow is in search of source of animal proteinin connection with growing global deficit of a high quality fishmeal for fish feed production. Use of bivalve mollusks Anodonta, which are also a pest in pond farms, is promising feed for obtaining physiologically determined weight gains. Key words: aquaculture, Africaт catfish (Clarias gariepinus (Burchell, 1822)), feed, animal protein, plant protein, water quality, swan mussel (Anodonta cygnea (Linne, 1758)), weight gain.
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