Journal of Environmental Health Sciences (한국환경보건학회지)
- Volume 12 Issue 1
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- Pages.47-54
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- 1986
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- 1738-4087(pISSN)
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- 2233-8616(eISSN)
A Study on the Effect of Sodium Alginate in Heavy Metals Poisoning of Mouse
Sodium Alginate가 Mouse의 중금속 중독에 미치는 영향에 관한 연구
- Park, Kui Lea (Central Pharmaceutical Affairs Committee Dong Nam Health Junior College) ;
- Kim, Jong Oh (Central Pharmaceutical Affairs Committee Dong Nam Health Junior College)
- Published : 1986.04.01
Abstract
The purpose of the study is to determine the effects of sodium alginate on the suppression of organ accumulation of heavy metals were tested by mice. The seventy mice were divided into the control group and the experimental groups. The mice of cadmium group were subdivided into three groups by dose of 10 ppm cadmium group, adding 1% sodium alginate to the diets contaminated with 10 ppm cadmium group and adding 10% sodium alginate to the diets contaminated with 10 ppm cadmium group. The mice of copper group were subdivided into three groups by dose of 10 ppm copper group, adding 1% sodium alginate to the diets contaminated with 10 ppm copper group, and adding 10% sodium alginate to the diets contaminated with 10 ppm copper group. After the series of feeding of twenty-one days, the mice were killed and examined. Organs and feces were removed and analyzed for cadmium and copper amounts. The results obtained were as follows 1. As for average body weight gains, those of control group mice were the highest than heavy metal group and those of adding 10% sodium alginate to the diets contaminated with 10 ppm copper group the lowest. 2. The amount of cadmium accumulated in liver and kidney was higher than blood. The amount of cadmium in organs was higher in cadmium group than adding sodium alginate to the diets contaminated with cadmium group. 3. The amount of copper in liver was the highest, and that of copper in blood was the lowest. 4. The excretion of heavy metals was promotioned by adding 10% sodium alginate to the diets contaminated with 10 ppm heavy metal. ( P < 0.05 ).
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