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首页> 外文期刊>International Journal of zoological research >Nutritive Composition of Some Edible Fin Fishes
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Nutritive Composition of Some Edible Fin Fishes

机译:一些食用鳍鱼的营养成分

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The aim of the present study was to validate out the nutritive value of six important commercial fishes from India. Nutritive parameters which include carbohydrate, protein, fatty acid and Moisture content were estimated biochemically. The moisture content in the case of the two brackish water fishes namely Lates calcarifer and Mugil cephalus varies from 77.6 to 81.2% and the highest is found in L. calcarifer. Analysis of protein were carried out in the total number of six fishes inhabiting three ecosystems namely brackish, fresh and marine water ecosystem However, in the case of marine fishes the protein content showed much fluctuation. It ranged from 17.04 to 28.01%. In the case of Sardinella longiceps, the protein content is the lowest 17.04%. Catla catla exhibited lipid content of 1.5% where as in Oreochromis mossambicus the lowest value of 0.45% was observed. The highest amount of carbohydrate was found in the Lates calcarifer, the value being 20.8% where as in Mugil cephalus the carbohydratecontent was 18.3% only. The fatty acid composition of the fresh water reported here show marked differences in quantities of polyunsaturated fatty acids especially C22:6n3 (Docosahexaenoic Acid) compared to various other species analyzed. Overall these data on fresh water fish particularly are highly unsaturated with a high concentration of C22: 6n3. From this investigation it is concluded that each habitat group of fishes has its own biological value.
机译:本研究的目的是验证来自印度的六种重要商业鱼类的营养价值。营养参数包括碳水化合物,蛋白质,脂肪酸和水分含量是通过生物化学方法估算的。两种微咸水鱼,即Late calcarifer和Mugil cephalus的水分含量在77.6%至81.2%之间变化,最高的是L. calcarifer。对生活在咸淡水,淡水和海水生态系统三个生态系统中的六种鱼类的总数进行了蛋白质分析。但是,在海水鱼类的情况下,蛋白质含量显示出很大的波动。范围从17.04到28.01%。就长沙丁鱼而言,蛋白质含量最低,为17.04%。 Catla catla的脂质含量为1.5%,而在莫桑比克罗非鱼中,最低含量为0.45%。在晚钙钙石中发现了最高量的碳水化合物,该值为20.8%,而在头颅Mu中,碳水化合物含量仅为18.3%。与所分析的其他各种物种相比,此处报告的淡水的脂肪酸组成显示出多不饱和脂肪酸(尤其是C22:6n3(二十二碳六烯酸))的数量存在明显差异。总体而言,这些淡水鱼的数据尤其是高度不饱和的,且浓度为C22:6n3。从这项调查得出的结论是,每个栖息地鱼类群都有其自身的生物学价值。

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