Ukrainian Antarctic Journal

No 4-5 (2006): Ukrainian Antarctic Journal
Articles

Macro- and microelemental composition of the Antarctic fish blood serum

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  • V. Voitsitsky,
  • S. Khyzhnyak,
  • O. Druzheruchenko,
  • D. Lukashov,
  • A. Pavlovich,
  • O. Manilo
V. Voitsitsky
Taras Shevchenko National University of Kyiv, Kyiv
S. Khyzhnyak
Taras Shevchenko National University of Kyiv, Kyiv
O. Druzheruchenko
Taras Shevchenko National University of Kyiv, Kyiv
D. Lukashov
Taras Shevchenko National University of Kyiv, Kyiv
A. Pavlovich
National Antarctic Scientific Center, Kyiv
O. Manilo
Zoological museum of NAS of Ukraine, Kyiv
DOI: https://doi.org/10.33275/1727-7485.4-5.2006.549
Published December 15, 2006
Keywords
  • Antarctic fish,
  • blood serum,
  • elemental composition,
  • biotesting
How to Cite
Voitsitsky, V., Khyzhnyak, S., Druzheruchenko, O., Lukashov, D., Pavlovich, A., & Manilo, O. (2006). Macro- and microelemental composition of the Antarctic fish blood serum. Ukrainian Antarctic Journal, (4-5), 246-250. https://doi.org/10.33275/1727-7485.4-5.2006.549

Abstract

The research materials were selected during the 9-th Ukrainian Antarctic expedition in Academic Vernadsky station region. For analysis were collected fishes samples that belonged to Nototheniidae, Bathydraconidae and Chaenichthyidae. The elemental composition of fish blood serum was estimated by flame atomic absorption spectroscopy and X-ray fluorescence spectroscopy. The elemental analysis of blood serum of the Antarctic fish revealed the species- dependent distribution. The expedience of the fish blood serum use for environmental biotesting is proposed.

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References

  1. Karykin, А.V., & Gribovskay, I.F. (1979). Emissive spectral analysis of biosphere objects. Chemistry.
  2. Kotsar, N.I. (1980). Dejstvie kolebanij temperatury` i gazovogo rezhima vodnoj sredy` na e`nergoobmen u segoletkov karpa [The action of temperature oscillations and gas regime of the waters on the energy metabolism in one-year-old carps]. Fish compani., 40, 5–8.
  3. Thomas, S., Fievet, B., Motais, R. (1986). Effect of deep hypoxia on acid base balance in trout role of ion transfer proceses. Amer. J. Physiol., 250(3), 319–327.
  4. Solomatina, V.D. (1990). E`lektrolitny`j sostav tkanej karpa, akklimiruemogo k snizheniyu urovnya kisloroda v vodnoj srede [Electrolite content of tissues of carp being acclimated to lowered oxygen levels in the water]. Gidrobiol. Zyrnal, 26(5), 37–41.
  5. Bragin, E.О., Sorokov, V.I., Коgan, E.M., Vladimirov, Yu.N. (1975). Rol` ionov kal`ciya v anoksicheskom povrezhdenii okislitel`nogo fosforilirovaniya v mitoxondriyax [The role of Calcium in anoxic injury of the oxidative phosphorylation in mitochondria]. Voprosi Med. Chemistry, 21(2), 150–154.
  6. Derkachev, E.F. (1975). Bioenergetika and stress. Regulyaciya e`nergeticheskogo obmena i ustojchivost` organizma [Regulation of an organism’s energy metabolism and tolerance]. Puschino. – P. 139–143.
  7. Patin, S.А., Моrosov, N.P. (1981). Mikroe`lementy` v morskix organizmax i e`kosistemax [Microelements in sea organisms and ecosystems]. Мoscow, Legkoy i pischevoy prom.
  8. Brooks, R.R., Rumsey, D. (1974). Heavy metals in some New Zealand commercial sea fishes. N.Z.Y.: Mar and Freshwater Res., 8(1), 155–166.
  9. Neda, T., Suquabi, Y., Xahahara, M. et al. (1980). Concentration factors of some elements for mesopelagie fishes. J. Radiat. Res., 21(1), 12–13.
  10. Мur, Dz.V., Ramamurti, С. (1987). Heavy metals in natural water. Мoscow, Мir.
  11. Chus, М. (1983). The inorganic chemistry of biological prosses. Мoscow, Мir.