Abstract
For the development of nuclear application technique on the induction and selection of radiation mutation in in vitro and in vivo mutagenesis, several crops plants such as rice, soybean, perilla potato and sweet potato were irradiated with gamma rays of various dose to the seeds. Variants of sweet potato plantlets were obtained from embryogenic callus irradiated with gamma rays and variants were analyzed by using DNA, RNA and protein band patterns. Various mutants were selected from rice, soybean and perilla for short plant, earliness, high yield, large seed size and disease resistance in the advanced mutant generations. Several promising mutants of rice, soybean and perilla will be released to farmers. (author). 198 refs., 26 tabs.,15 figs.
Citation Formats
Lee, Young Il, Song, Hi Sup, Kim, Jae Sung, Shin, In Chul, Lee, Sang Jae, Lee, Ki Woon, Lim, Young Tack, Lee, In Suk, and Kang, Kwan Kyu.
Studies on the radiation application for development genetic resources.
Korea, Republic of: N. p.,
1997.
Web.
Lee, Young Il, Song, Hi Sup, Kim, Jae Sung, Shin, In Chul, Lee, Sang Jae, Lee, Ki Woon, Lim, Young Tack, Lee, In Suk, & Kang, Kwan Kyu.
Studies on the radiation application for development genetic resources.
Korea, Republic of.
Lee, Young Il, Song, Hi Sup, Kim, Jae Sung, Shin, In Chul, Lee, Sang Jae, Lee, Ki Woon, Lim, Young Tack, Lee, In Suk, and Kang, Kwan Kyu.
1997.
"Studies on the radiation application for development genetic resources."
Korea, Republic of.
@misc{etde_595433,
title = {Studies on the radiation application for development genetic resources}
author = {Lee, Young Il, Song, Hi Sup, Kim, Jae Sung, Shin, In Chul, Lee, Sang Jae, Lee, Ki Woon, Lim, Young Tack, Lee, In Suk, and Kang, Kwan Kyu}
abstractNote = {For the development of nuclear application technique on the induction and selection of radiation mutation in in vitro and in vivo mutagenesis, several crops plants such as rice, soybean, perilla potato and sweet potato were irradiated with gamma rays of various dose to the seeds. Variants of sweet potato plantlets were obtained from embryogenic callus irradiated with gamma rays and variants were analyzed by using DNA, RNA and protein band patterns. Various mutants were selected from rice, soybean and perilla for short plant, earliness, high yield, large seed size and disease resistance in the advanced mutant generations. Several promising mutants of rice, soybean and perilla will be released to farmers. (author). 198 refs., 26 tabs.,15 figs.}
place = {Korea, Republic of}
year = {1997}
month = {Jul}
}
title = {Studies on the radiation application for development genetic resources}
author = {Lee, Young Il, Song, Hi Sup, Kim, Jae Sung, Shin, In Chul, Lee, Sang Jae, Lee, Ki Woon, Lim, Young Tack, Lee, In Suk, and Kang, Kwan Kyu}
abstractNote = {For the development of nuclear application technique on the induction and selection of radiation mutation in in vitro and in vivo mutagenesis, several crops plants such as rice, soybean, perilla potato and sweet potato were irradiated with gamma rays of various dose to the seeds. Variants of sweet potato plantlets were obtained from embryogenic callus irradiated with gamma rays and variants were analyzed by using DNA, RNA and protein band patterns. Various mutants were selected from rice, soybean and perilla for short plant, earliness, high yield, large seed size and disease resistance in the advanced mutant generations. Several promising mutants of rice, soybean and perilla will be released to farmers. (author). 198 refs., 26 tabs.,15 figs.}
place = {Korea, Republic of}
year = {1997}
month = {Jul}
}