Abstract
A fitted equation to describe the retention of {sup 134}Cs in whole body is obtained by a whole body counter. The equation consists of two half-life components, the fast component is T{sub 1/2} = 0.07 d and the slow component is T{sub 1/2} = 16.14 d. Two fitted equations describing the retention of {sup 134}Cs in skeleton and testes are also introduced. The T{sub 1/2} in skeleton is 5.73 d and in testes is 5.21 d. The results of investigating radioimmunotoxicological effect induced by {sup 134}Cs show that the inhibition of thymus cells is higher than bone marrow cells, the spleen T-lymphocytes is more sensitive to {sup 134}Cs than B-lymphocytes and lymphocytes of peripheral immune organ are more sensitive to radiation than central immune cells and thymus cells. The study of radiogenotoxicological effect induced by {sup 134}Cs shows that the chromosome aberration frequencies and PCE micronucleus formation in bone marrow cells are significantly high, it can induce chromosome aberrations of spermatogonia and increases the abnormality of sperm. The relations between injected dose and abnormalities can be expressed by power functions.
Citation Formats
Shoupeng, Zhu, Fen, Xia, and Weidong, Yang.
The radioimmunotoxicological and radiogenotoxicological effect induced by {sup 134}Cs retention in the whole body and skeleton and germ system.
China: N. p.,
1993.
Web.
Shoupeng, Zhu, Fen, Xia, & Weidong, Yang.
The radioimmunotoxicological and radiogenotoxicological effect induced by {sup 134}Cs retention in the whole body and skeleton and germ system.
China.
Shoupeng, Zhu, Fen, Xia, and Weidong, Yang.
1993.
"The radioimmunotoxicological and radiogenotoxicological effect induced by {sup 134}Cs retention in the whole body and skeleton and germ system."
China.
@misc{etde_10138629,
title = {The radioimmunotoxicological and radiogenotoxicological effect induced by {sup 134}Cs retention in the whole body and skeleton and germ system}
author = {Shoupeng, Zhu, Fen, Xia, and Weidong, Yang}
abstractNote = {A fitted equation to describe the retention of {sup 134}Cs in whole body is obtained by a whole body counter. The equation consists of two half-life components, the fast component is T{sub 1/2} = 0.07 d and the slow component is T{sub 1/2} = 16.14 d. Two fitted equations describing the retention of {sup 134}Cs in skeleton and testes are also introduced. The T{sub 1/2} in skeleton is 5.73 d and in testes is 5.21 d. The results of investigating radioimmunotoxicological effect induced by {sup 134}Cs show that the inhibition of thymus cells is higher than bone marrow cells, the spleen T-lymphocytes is more sensitive to {sup 134}Cs than B-lymphocytes and lymphocytes of peripheral immune organ are more sensitive to radiation than central immune cells and thymus cells. The study of radiogenotoxicological effect induced by {sup 134}Cs shows that the chromosome aberration frequencies and PCE micronucleus formation in bone marrow cells are significantly high, it can induce chromosome aberrations of spermatogonia and increases the abnormality of sperm. The relations between injected dose and abnormalities can be expressed by power functions.}
place = {China}
year = {1993}
month = {May}
}
title = {The radioimmunotoxicological and radiogenotoxicological effect induced by {sup 134}Cs retention in the whole body and skeleton and germ system}
author = {Shoupeng, Zhu, Fen, Xia, and Weidong, Yang}
abstractNote = {A fitted equation to describe the retention of {sup 134}Cs in whole body is obtained by a whole body counter. The equation consists of two half-life components, the fast component is T{sub 1/2} = 0.07 d and the slow component is T{sub 1/2} = 16.14 d. Two fitted equations describing the retention of {sup 134}Cs in skeleton and testes are also introduced. The T{sub 1/2} in skeleton is 5.73 d and in testes is 5.21 d. The results of investigating radioimmunotoxicological effect induced by {sup 134}Cs show that the inhibition of thymus cells is higher than bone marrow cells, the spleen T-lymphocytes is more sensitive to {sup 134}Cs than B-lymphocytes and lymphocytes of peripheral immune organ are more sensitive to radiation than central immune cells and thymus cells. The study of radiogenotoxicological effect induced by {sup 134}Cs shows that the chromosome aberration frequencies and PCE micronucleus formation in bone marrow cells are significantly high, it can induce chromosome aberrations of spermatogonia and increases the abnormality of sperm. The relations between injected dose and abnormalities can be expressed by power functions.}
place = {China}
year = {1993}
month = {May}
}