Peculiarities of nickel determination by the method of atomic absorption spectrometry with electrothermic atomization
Abstract
Nickel is a biogenic, conditionally essential element that is present in all foods in low concentrations. The daily requirement for nickel is 35-60 μg. Excessive consumption of nickel leads to negative health consequences. Control of the content of nickel in food products is carried out by photometric, gravimetric and atomic absorption methods. A method for the determination of nickel in food products based on atomic absorption spectrometry with electrothermal atomization is presented in the article. The temperature-time program of the graphite atomizer for the determination of nickel has been optimized. The correctness of the results obtained is confirmed by the example of a standard sample of lobster composition.
About the Authors
I. M. Pochitskaya
RUE “Scientific-Practical Centre for Foodstuffs of the National Academy of Sciences of Belarus”
Belarus
Belarus
Pochitskaya Iryna M. — Ph.D. (Agricultural), the head of the Republican control and testing complex for foodstuffs quality and safety of
29 Kozlova street, Minsk 220037
H. S. Aleksandrovskaya
RUE “Scientific-Practical Centre for Foodstuffs of the National Academy of Sciences of Belarus”
Belarus
Belarus
Aleksandrovskaya Helena Sergeevna — head of the laboratory of toxicology research of the Republican control and testing complex for foodstuffs quality and safety
29 Kozlova street, Minsk 220037
O. V. Chekun
RUE “Scientific-Practical Centre for Foodstuffs of the National Academy of Sciences of Belarus”
Belarus
Belarus
Chekun Olga Vladimirovna — 2nd grade chemical engineer of the Republican control and testing complex for foodstuffs quality and safety
29 Kozlova street, Minsk 220037
References
1. Skalny I.A., Rudakov I.A. Bioelements in medicine. Moscow, Mir, 2003. 272 p.
2. Oberlis D., Harland B., Skalnyi A., Skalnogo A.V. Biological role of macro- and microelements in humans and animals. St. Petersburg, 2008. 544 p.
3. Avtsyn A.P., Zhavoronkov A.A., Rish M.A., Strochkova L.S. Microelementoses of man: etiology, classification, organopathology. AMN USSR, М., Medicine. 1991. pp. 305-310.
4. Skurikhin I.M., Nechaev A. All about food from the point of view of a chemist. M., Higher School, 1991. 71 p.
5. Pleteneva T.V. Toxicological chemistry. M., Publishing group "GEOTAR-Media", 2008. 512 p.
6. Paroyan V.H. Technology of fats and fat substitutes. Moscow, DeLi print, 2006. pp. 348-426.
7. Kaletina N.I. Toxicological chemistry. Metabolism and the analysis of toxicants. M. , GEOTAR-Media Publishing Group, 2008. 1016 p.
8. Peshkova V.M., Savostina V.M. Analytical chemistry of nickel. M. , 1972. pp. 70-75.
9. MUK 4.1.777-99 Determination of the content of zinc, nickel, copper and chromium in the blood by atomic absorption. Methodical instructions.
10. Aleskovsky V.B., Bardeen V.V., Bulatov M.I. Physical and chemical methods of analysis. Practical Guide: Textbook. manual for universities. L., Chemistry. 1988. 154 p.
11. Instruction 4.1.10-15-51-2005 "Atomic Absorption Method for Detection of Toxic Elements in Food Raw Materials and Foodstuffs".
12. Kingston G.M. Jesse L.B. Sample preparation in microwave ovens. Theory and practice. Trans. from English (Ed.) 1991. 336 p.
13. Sanitary norms and rules "Requirements to food raw materials and food products". Hygienic standard "Indicators of safety and harmlessness for humans of food raw materials and food products" No. 52 dated June 21, 2013 approved by the Ministry of Health of the Republic of Belarus.
14. Slavin U. Atomic absorption spectroscopy. L., Chemistry, 1971. 269 p.
15. Pupyshev A.A. Atomic Absorption Spectral Analysis. Moscow, Technosphere, 2009. 784 p.
16. Volynsky A.B. Chemical modifiers based on platinum metal compounds in electrothermal atomic absorption spectrometry. Zhurn. analyte. chemistry. 2004. Т. 59. - № 6. -pp. 566-586.
17. Ermachenko L.A. Atomic Absorption Analysis with Graphite Furnace. Moscow: PAIMS, 1999. 219 p.
18. Soloviev N.D. Ivanenko N.B., Ivanenko A.A., Kashuro V.A. Determination of trace elements in biological fluids by the AAS-ETA method with Zeeman background correction. Bulletin of the OSU № 15 (134), 2011. pp. 127-130.
Review
For citations:
Pochitskaya I.M., Aleksandrovskaya H.S., Chekun O.V. Peculiarities of nickel determination by the method of atomic absorption spectrometry with electrothermic atomization. Food Industry: Science and Technology. 2018;11(2):64-70. (In Russ.)
Views: 232
Email this article 