Content fo copper, zinc, lead, cadmium and mercury in muscle, liver and kidney of Finnish cattle

Abstract

A total of 120 normal slaughter cows were analyzed with respect to Cu, Zn, Pb, Cd and Hg in muscle, liver and kidney. The cows orginated from 6 different slaughter-houses throughout the country. Imported cow livers, represented by 10 samples from Australia, 10 from Poland and 15 from Ireland, were also analyzed for comparison with the Finnish material. The Cu content in the Finnish animals turned out to be relatively low. The imported samples had even lower contents. There seemed to be no correlation between the Cu contents in muscle, liver and kidney. Statistical tests established that the mean Cu content in livers from Oulu was significantly higher than most of the others at the 5 % level. The Zn determinations revealed the highest amounts in the muscle. No correlation between the contents in muscle, liver and kidney was shown. The animals from Seinäjoki had the highest Zn contents, significantly different from most of the others. The imported livers did not differ much from the domestic ones as regards Zn content. The same was true for the Pb content. The correlation coefficients of Pb in muscle, liver and kidney were low. The animals from Kouvola contained the highest amounts of Pb, and the mean Pb content of these animals’ kidneys was significantly different from all the others. The Cd content was highest in the animals from Turku. A good correlation was observed between the Cd contents in liver and kidney. The Cd content of the imported livers was of the same order as that of the Finnish ones. No correlation was found between the Zn, Pb and Cd contents. The amounts of Hg in Finnish cattle were very low, especially so in animals from the North of Finland. The Hg content of the imported samples was of the same order as the figures recorded from the South of Finland.

Estimation of Lead and Cadmium Levels in Muscles, Livers and Kidneys of Slaughtered Cattle in Mosul City

“…Lead is stored mainly in the liver and kidney, and normal muscle lead value appears to be much lower than that reported in these tissues (Doyle and Spaulding, 1978). Other studies gave same results as in the study done by Stabel-Tancher et al (1975) which showed that lead concentration was 0.12 mg/kg in muscle of Finnish cattle, 0.28 mg/kg in liver and 0.26 mg/kg in kidney, in addition to the study performed by Kottferova and Korenekova (1995) which presented the same results. Results reported in this study were in agreement with those reported above as mean lead concentrations in livers and kidneys were significantly higher (p<0.05) than that recorded in muscles (Table 1).…”

Genetic and Nongenetic Factors Affecting the Elemental Composition of Human and other Animal Tissues — A Review

“…A number of reports show that the elemental composition of tissues is affected by age. Stabel-Taucher et al (1975) reported that the concentration of Pb in liver and kidney of cattle was age dependent and that it accumulated in greater quantities in the kidneys than in the liver. Friberg et al (1973) reported similar data for the accumulation of Cd in both animals and humans.…”