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首页> 外文期刊>Fresenius environmental bulletin >DETERMINATION OF SOME ELEMENTS (Cr, Cu, Fe, Mg, Mn, Se, Zn, Al, Cd, Pb) IN COMMERCIALLY-AVAILABLE FISH OIL SUPPLEMENTS BY INDUCTIVELY COUPLED PLASMAOPTICAL EMISSION SPECTROSCOPY
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DETERMINATION OF SOME ELEMENTS (Cr, Cu, Fe, Mg, Mn, Se, Zn, Al, Cd, Pb) IN COMMERCIALLY-AVAILABLE FISH OIL SUPPLEMENTS BY INDUCTIVELY COUPLED PLASMAOPTICAL EMISSION SPECTROSCOPY

机译:通过电感耦合的血管光学发射光谱法测定市售的鱼油补充剂中的一些元素(Cr,Cu,Fe,Mg,Mn,Se,Zn,Al,Cd,Pb)

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摘要

Metals arc essential (Cr, Cu, Fc, Mg, Mn, Sc, Zn) and non-essential (Al,Cd, Pb) elements for metabolism. These elements can be found naturally in the marine environment and aquaculture grown in this environment, and their amounts can increase with the effects of environmental contamination. Fish oil is an important supplement produced from fish liver and muscles. In this study, the amounts of 10 different elements in fish oil offered for sale in Turkey (Cr, Cu, Fe, Mg, Mn. S, Zn, Al,Cd, Pb) were determined. A total of 40 fish oils were used in the study. Total element content was determined using Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES). The minimum, maximum and average values, respectively, of the sam-plcs analyzed in g/g were; Cr: (0.300; 5.550; 0.896±0.156); Cu: (0.075;17.175; 3.976±0.768); Fe: (4.580; 69.900;17.125±2.330); Mg: (2.395; 233.450; 24.874±6.083); Mn: (0.040; 1.325; 0.184±0.046); Sc: (0.380; 6.460;1.369±0.166); Zn: (0.025; 513.500; 52.550±22.003); Al:(0.510; 9.800; 3.353±0.451);Cd: (0.005; 0.070;0.024±0.002); Pb: (0.0; 0.230; 0.074±0.010). In the fish oils, Zn and Mg were found to be the most abundant elements among the analyzed elements. It was found that the fish oil supplements analyzed did not exceed the limits specified for Food Supplements in Turkish Food Codex Contaminant Regulations in terms of Cd and Ph heavy metals.
机译:金属弧必需(Cr,Cu,Fc,mg,Mn,Sc,Zn)和非必需(Al,Cd,Pb)元素进行代谢。这些元素可以自然地发现在这种环境中生长的海洋环境和水产养殖中,它们的数量可以随着环境污染的影响而增加。鱼油是一种由鱼肝和肌肉产生的重要补充剂。在这项研究中,测定了在土耳其出售的鱼油中的10种不同元素(Cr,Cu,Fe,Mg,Mn。S,Zn,Al,Cd,Pb)。研究中共使用了40个鱼油。使用电感耦合等离子体光发射光谱(ICP-OES)确定总元素含量。分别以g / g分析的SAM-PLC分别为最小,最大和平均值; CR:(0.300; 5.550; 0.896±0.156); CU:(0.075; 17.175; 3.976±0.768); Fe :( 4.580; 69.900; 17.125±2.330); MG:(2.395; 233.450; 24.874±6.083); Mn:(0.040; 1.325; 0.184±0.046); SC:(0.380; 6.460; 1.369±0.166); Zn:(0.025; 513.500; 52.550±22.003); AL:(0.510; 9.800; 3.353±0.451); CD:(0.005; 0.070; 0.024±0.002); PB:(0.0; 0.230; 0.074±0.010)。在鱼油中,发现Zn和Mg是分析元素中最丰富的元素。发现分析的鱼油补充剂在CD和PH重金属方面没有超过土耳其食品Codex污染法规所指明的粮食补充剂的限制。

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