Abstract
Thirty varieties of dormant barley seeds were irradiated with {sup 137}Cs {gamma}-rays. Dose-effect relations of chlorophyll mutation frequency in M{sub 2} seedling and differences resulting from cultured types or radiosensitive types were investigated. Experimental results show that the relations between chlorophyll mutation frequency and doses can be fitted by a linear regression equation Y = A + BX. According to analysis of covariance, there is no considerable difference in various cultured types, but the difference of five different radiosensitive types is remarkable. The sensitive and intermediate types need much lower doses than other types to induce maximum chlorophyll mutation.
Cailian, Wang;
Mei, Shen;
Gang, Xu;
Kongnan, Zhao;
Qiufang, Chen
[1]
- Inst. for Application of Atomic Energy, Zhejiang Academy of Agricultural Science (China)
Citation Formats
Cailian, Wang, Mei, Shen, Gang, Xu, Kongnan, Zhao, and Qiufang, Chen.
Analysis of chlorophyll mutations induced by {gamma}-rays in barley (hordeum vulgare).
China: N. p.,
1991.
Web.
Cailian, Wang, Mei, Shen, Gang, Xu, Kongnan, Zhao, & Qiufang, Chen.
Analysis of chlorophyll mutations induced by {gamma}-rays in barley (hordeum vulgare).
China.
Cailian, Wang, Mei, Shen, Gang, Xu, Kongnan, Zhao, and Qiufang, Chen.
1991.
"Analysis of chlorophyll mutations induced by {gamma}-rays in barley (hordeum vulgare)."
China.
@misc{etde_10118805,
title = {Analysis of chlorophyll mutations induced by {gamma}-rays in barley (hordeum vulgare)}
author = {Cailian, Wang, Mei, Shen, Gang, Xu, Kongnan, Zhao, and Qiufang, Chen}
abstractNote = {Thirty varieties of dormant barley seeds were irradiated with {sup 137}Cs {gamma}-rays. Dose-effect relations of chlorophyll mutation frequency in M{sub 2} seedling and differences resulting from cultured types or radiosensitive types were investigated. Experimental results show that the relations between chlorophyll mutation frequency and doses can be fitted by a linear regression equation Y = A + BX. According to analysis of covariance, there is no considerable difference in various cultured types, but the difference of five different radiosensitive types is remarkable. The sensitive and intermediate types need much lower doses than other types to induce maximum chlorophyll mutation.}
place = {China}
year = {1991}
month = {Jun}
}
title = {Analysis of chlorophyll mutations induced by {gamma}-rays in barley (hordeum vulgare)}
author = {Cailian, Wang, Mei, Shen, Gang, Xu, Kongnan, Zhao, and Qiufang, Chen}
abstractNote = {Thirty varieties of dormant barley seeds were irradiated with {sup 137}Cs {gamma}-rays. Dose-effect relations of chlorophyll mutation frequency in M{sub 2} seedling and differences resulting from cultured types or radiosensitive types were investigated. Experimental results show that the relations between chlorophyll mutation frequency and doses can be fitted by a linear regression equation Y = A + BX. According to analysis of covariance, there is no considerable difference in various cultured types, but the difference of five different radiosensitive types is remarkable. The sensitive and intermediate types need much lower doses than other types to induce maximum chlorophyll mutation.}
place = {China}
year = {1991}
month = {Jun}
}