The effect of living conditions on vanadium bioaccumulation in cats / Wpływ warunków bytowania na bioakumulację wanadu u kotów

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The aim of the investigation was the assessment of vanadium concentrations in the hair of domestic cats kept as accompanying animals and cats living in the urban environment as the feral cats. The investigation material comprised hair samples collected from 20 animals from the Warsaw agglomeration region. The first group included five males and fivefe males kept at home. The second group (five males and fivefe males) represented feral animals. Hair samples were collected from the middle abdominal region prior to the routine surgical procedures. Vanadium content was determined using the inductively coupled plasma optical emission spectrometry method. The effect of the living environment on vanadium content in the hair of the investigated animals was observed. The mean value in the group of the free-living animals amounted to 0.26 mg • kg−1 for males and 0.20 mg • kg−1 for females. In the group of cats accompanying humans, these values amounted to 0.175 and 0.17 mg • kg−1, respectively. The mean vanadium content was higher in young females than in older ones. In males, this value was higher in the group of older animals.

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  • ANKE M. ILLING-GRUNTHER H. GURTLER H. HOLZINGER S. JARITZ M. ANKE S. SCHAFER U. 2002. Vanadium- an Essentials element for animals and humans? Trace Element Man Animals 10: 221-225.

  • BUDZYŃSKA M. KRUPA W. SOŁTYS L. SAPUŁA M. KAMIENIAK J. BUDZYŃSKI J. 2006. Poziom biopierwiastków w sierści koni czystej krwi arabskiej. Annales Universitatis Mariae Curie-Skłodowska Lublin-Polonia 24: 199-207.

  • CHOJNACKA K. ZIELIŃSKA A. GÓRECKA H. DOBRZAŃSKI Z. GÓRECKI H. 2010. Reference values for hair minerals of Polish students. Environmental Toxicology and Pharmacology 29: (3) 314-319.

  • DRESSLER V. L. POZEBON D. MESKO M.F. MATUSCH A. KUMTABTIM U. WU B. BECKER J.S. 2010. Biomonitoring of essential and toxic metals in single hair using on-line solution-based calibration in laser ablation inductively coupled plasma mass spectrometry. Talanta 82: 1770-1777.

  • FILISTOWICZ A. DOBRZAŃSKI Z. PRZYSIECKI P. NOWICKI S. FILISTOWICZ A. 2011. Concentration of heavy metals in hair and skin of silver and red foxes (Vulpes vulpes). Environmental Monitoring and Assessment 182: 477-484.

  • GUMMOW B. BOTHA C.J. NOORDHUIZEN J.P.T.M. HEESTERBEEK J.A.P. 2005. The public health implications of farming cattle in areas with high background concentrations of vanadium. Preventive Veterinary Medicine 72: 281-290.

  • HARLAND B.F. HARDEN-WILLIAMS B.A. 1994: Is vanadium of human nutritional important yet? Journal of the American Dietetic Association 94: (8) 891-894.

  • KOŚLA T. SKIBNIEWSKA E.M.2010. The content of aluminum in the hair of Yorkshire terrier dogs from the Warsaw area depending on sex age and keeping conditions. Trace Elements and Electrolytes 27: (4) 209-213.

  • KOŚLA T. SKIBNIEWSKA E.M. SKIBNIEWSKI M. 2011a. The state of bioelements in the hair of free- ranging European bisons from Bialowieża Primeval Forest. Polish Journal of Veterinary Science 14: (1) 81-86.

  • KOŚLA T. SKIBNIEWSKA E.M. SKIBNIEWSKI M. 2011b. Nickel content in the coat of cats depending on their keeping conditions. Bulletin of the Veterinary Institute in Pulawy 55: (1) 149-153.

  • KOŚLA T. SKIBNIEWSKA E.M. SKIBNIEWSKI M. URBAŃSKA-SŁOMKA G. 2012. Magnesium concentrations in the tissues of free-ranging European bison.Magnesium Research. 25: (2) 99-103.

  • KOŚLA T. SKIBNIEWSKI M. SKIBNIEWSKA E. URBAŃSKA- SŁOMKA G. 2004. The zinc status in free living European bisons. Acta Alimentaria 33: (3) 269-273.

  • MUKHERJEE B. PATRA B. MAHAPATRA S. BANERJEE P. TIWARI A. CHATTERJEE M. 2004.Vanadium- an element of atypical biological significance Toxicology Letters 150: 135-143.

  • NRIAGU J.O. 1998. Vanadium in the Environment. John Wiley and Sons New York.

  • PYRZYNSKA K. WIERZBICKI T. 2004. Determination of vanadium species in environmental samples. Talanta 64: 823-829.

  • RASHED M.N. SOLTAN M.E. 2005. Animal hair as biological indicator for heavy metal pollution in urban and rural areas. Environmental Monitoring and Assessment 110: 41-53.

  • SABBIONI E. KUEERA J. PIETRA R. VESTERBERG O. 1996. A critical review on normal concentrations of vanadium in human blood serum and urine. The science of the Total Environment 188: 49-58.

  • SAEKI K. NAKAJIMA M. NODA K. LOUGHLIN T. R. BABA N. KIYOTA M. TATSUKAWA R. CALKINSD. G. 1999. Vanadium accumulation in pinnipeds. Archives of Environmental Contamination and Toxicology 36: 81-86.

  • SKIBNIEWSKA E.M. KOŚLA T. SKIBNIEWSKI M. 2013: The impact of health state and age on zinc concentrations in liver kidney and skeletal muscles of the female domestic canine. Fresenius Environmental Bulletin 22: (4) 1003-1007.

  • SKIBNIEWSKA E.M. SKIBNIEWSKI M. KOŚLA T. 2012: Dependence between Cu concentration in the liver kidneys and skeletal muscles of canine females. Central European Journal of Biology 7: (5) 817-824.

  • SKIBNIEWSKA E.M. SKIBNIEWSKI M. KOŚLA T. URBAŃSKA-SŁOMKA G. 2011. Hair zinc levels in pet and feral cats (Felis catus). Journal of Elementology 3: 481-488.

  • SKIBNIEWSKI M. KOŚLA T. SKIBNIEWSKA E.M. 2010. Manganese status in free ranging European bisons from Białowieża primeval forest. Bulletin of the Veterinary Institute in Pulawy 54: (3) 429-432.

  • SOUZA M.J. RAMSAY E.C. DONNELL R.L. 2013. Metal accumulation and health effects in raccoons (Procyon lotor) associated with coal fly ash exposure. Archives of Environmental Contamination and Toxicology 64: 529-536. URBAN J. ANTONOWICZ-JUCHNIEWICZ J. ANDRZEJAK R. 2001. Wanad – zagrożenia i nadzieje. Medycyna Pracy 52: (2) 125-133.

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