Abstract
The feeding experiment was carried out for yellow-feather broiler with {sup 90}Sr(NO{sub 3}){sub 2} having activities of 1.85 x 10{sup 0} {approx} 1.85 x 10{sup 4} Bq/chicken to observe the regular pattern of absorption and distribution of {sup 90}Sr in its organs and tissues. The results are as follows: The absorption rate of {sup 90}Sr by oral feeding is very low. The most of {sup 90}Sr is drained away by daily excreta from the body. The half-time of its feeding is within 24 hours. The accumulated dose varies with the time and different feeding methods. The more {sup 90}Sr is fed, the more {sup 90}Sr is absorbed, however, the uptake rate of {sup 90}Sr is decreasing. The distribution of {sup 90}Sr for bone is very strong and the partition ratio is about 90%. The absorption coefficient of {sup 90}Sr in organs and tissues of broiler is presented.
Zhaorong, Shang;
Shiming, Xu;
Wenhu, Zhao;
Lanxin, Hou
[1]
- Institute for Application of Atomic Energy, CAAS, Beijing (China)
Citation Formats
Zhaorong, Shang, Shiming, Xu, Wenhu, Zhao, and Lanxin, Hou.
Study on absorption, accumulation and distribution of {sup 90}Sr in yellow-feather broiler.
China: N. p.,
1993.
Web.
Zhaorong, Shang, Shiming, Xu, Wenhu, Zhao, & Lanxin, Hou.
Study on absorption, accumulation and distribution of {sup 90}Sr in yellow-feather broiler.
China.
Zhaorong, Shang, Shiming, Xu, Wenhu, Zhao, and Lanxin, Hou.
1993.
"Study on absorption, accumulation and distribution of {sup 90}Sr in yellow-feather broiler."
China.
@misc{etde_10138632,
title = {Study on absorption, accumulation and distribution of {sup 90}Sr in yellow-feather broiler}
author = {Zhaorong, Shang, Shiming, Xu, Wenhu, Zhao, and Lanxin, Hou}
abstractNote = {The feeding experiment was carried out for yellow-feather broiler with {sup 90}Sr(NO{sub 3}){sub 2} having activities of 1.85 x 10{sup 0} {approx} 1.85 x 10{sup 4} Bq/chicken to observe the regular pattern of absorption and distribution of {sup 90}Sr in its organs and tissues. The results are as follows: The absorption rate of {sup 90}Sr by oral feeding is very low. The most of {sup 90}Sr is drained away by daily excreta from the body. The half-time of its feeding is within 24 hours. The accumulated dose varies with the time and different feeding methods. The more {sup 90}Sr is fed, the more {sup 90}Sr is absorbed, however, the uptake rate of {sup 90}Sr is decreasing. The distribution of {sup 90}Sr for bone is very strong and the partition ratio is about 90%. The absorption coefficient of {sup 90}Sr in organs and tissues of broiler is presented.}
place = {China}
year = {1993}
month = {Apr}
}
title = {Study on absorption, accumulation and distribution of {sup 90}Sr in yellow-feather broiler}
author = {Zhaorong, Shang, Shiming, Xu, Wenhu, Zhao, and Lanxin, Hou}
abstractNote = {The feeding experiment was carried out for yellow-feather broiler with {sup 90}Sr(NO{sub 3}){sub 2} having activities of 1.85 x 10{sup 0} {approx} 1.85 x 10{sup 4} Bq/chicken to observe the regular pattern of absorption and distribution of {sup 90}Sr in its organs and tissues. The results are as follows: The absorption rate of {sup 90}Sr by oral feeding is very low. The most of {sup 90}Sr is drained away by daily excreta from the body. The half-time of its feeding is within 24 hours. The accumulated dose varies with the time and different feeding methods. The more {sup 90}Sr is fed, the more {sup 90}Sr is absorbed, however, the uptake rate of {sup 90}Sr is decreasing. The distribution of {sup 90}Sr for bone is very strong and the partition ratio is about 90%. The absorption coefficient of {sup 90}Sr in organs and tissues of broiler is presented.}
place = {China}
year = {1993}
month = {Apr}
}