-transparent.png){kind=logo}
The organ distribution and the effects of administration of tin, 5 mumol/kg/day, for 6 days on calcium, copper, iron, magnesium, phosphate, and zinc concentrations in plasma, erythrocytes, liver, kidney, and spleen of adult rabbits were studied. Kidney contained the highest concentration of tin, 15.0 +/- 1.64 micrograms/g wet weight (mean +/- S.D., n = 4). The concentrations of copper, phosphate, and magnesium increased significantly in the kidney, while magnesium concentration decreased in erythrocytes 1 day after the administration of tin for 6 consecutive days. A high correlation coefficient between magnesium and phosphate was observed in all organs tested. The correlation coefficients between P vs. Cu, P vs. Ca, and Mg vs. Ca in the liver were lowered during the period of tin administration, whereas those between P vs. Zn, Mg vs. Zn, and Cu vs. Zn in the kidney disappeared after tin administration was completed.
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
May 1990,
Biological trace element research,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
March 1988,
Scanning microscopy,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
June 1989,
Biological trace element research,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
December 1974,
The Proceedings of the Nutrition Society,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
June 1972,
British journal of anaesthesia,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
December 1984,
Biological trace element research,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
October 1976,
Journal of nuclear medicine : official publication, Society of Nuclear Medicine,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
August 1987,
Biological trace element research,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
March 2000,
Pharmacology & toxicology,
M Chiba, and
K Ogihara, and
Y Inaba, and
T Nishima, and
M Kikuchi
November 2011,
Biological trace element research,
