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정응기,이기환,원용재,박향미,전남수,최준호,구연충,한창덕,은무영,김태산,남민희 Plant molecular biology and biotechnology research 2005 Plant molecular biology and biotechnology research Vol.2005 No.
This study was conducted to investigated the major characteristics of genetically modified rice of "Milyang 204" originated from Dongjinbyeo compared to a non-transgenic rice varieties Dongjinbyeo and Junambyeo. Basta resistant transgenic rice lines carrying bar gene produced by the Yeongnam Agricultural Research Institute were evaluated for their agronomic characters. The transgenic Japonica rice of "Milyang 204" showed inferior phenotypic traits compared to a non-transgenic rice variety Dongjinbyeo and Junambyeo. On the basis of UPOV (Union Internationale Pour la Protaection des Obtentions Vegetables) and NSMO(National Seed Management Office) the transgenic "Milyang 204" showed difference in some traits out of some agronomic traits, such as leaf color, angle of flag leaf, number of spikelets, culm length, white core and white belly compared to the nontransgenic varieties rice.
Pedigree Analysis of 17 High Quality Korean Rice Cultivars Using Web Database Systems
Yi, Gi-Hwan,Park, Dong-Soo,Chung, Eun-Sook,Song, Song-Yi,Jeon, Nam-Soo,Nam, Min-Hee,Kim, Doh-Hoon,Han, Chang-Deok,Eun, Moo-Young,Ku, Yeon-Chung The Korean Society of Crop Science 2006 Korean journal of crop science Vol.51 No.6
It is important to understand pedigree of rice cultivars commonly used for breeding. In this paper, pedigree tables for tracking the pedigree of 17 representative rice cultivars recommended by Rural development Adminstration (RDA) were completed and analyzed using two kinds of web database system; 'IRIS' and 'RRDB'. Seven cultivars, namely, 'Sangmibyeo', 'Ilpumbyeo', 'Saegewhabyeo', 'Surabyeo', 'Shindongjinbyeo', 'Ilmibyeo' and 'Jungwhabyeo' had 'Koshihikari' on the pedigree of their ancestor. Besides 'Koshihikari', the most feguently used ancestral germplasms among the high quality rice cultivars were 'Fujisaka 5', 'Kameno o' and 'Asahi', 'Fujisaka 5' was used as ancestral parent in 12 out of 17 cultivars. Interestingly, 'Kameno o' was used in pedigree of 16 out of 17 high quality varieties and 'Asahi' was used in the ancestral pedigree of all 17 varieties. 'Hwayeongbyeo' was used as one of parent in the breeding of 'Dongjin 1', 'Hwabongbyeo', 'Saegewhabyeo' and 'Junambyeo'. 'Ilpumbyeo' was used in the breeding pathway of 'Junambyeo' and 'Saegewhabyeo', 'Mangeumbyeo' itself was not enlisted as one of high quality rice cultivars, but was used as a breeding parent of three high quality varieties, namely, 'Saegewhabyeo', 'Hwabongbyeo' and 'Nampyeongbyeo'. Incorporated with evaluation data, pedigree will provide a valuable chance to genealogical tracking of agronomic traits such as disease resistance, grain quality and etc.
Pedigree Analysis of 17 High Quality Korean Rice Cultivars Using Web Database Systems
Gihwan Yi,Dong-Soo Park,Eun-Sook Chung,Song-Yi Song,Nam-Soo Jeon,Min-Hee Nam,Doh-Hoon Kim,Chang-Deok Han,Moo-Young Eun,Yeon-Chung Ku 韓國作物學會 2006 Korean journal of crop science Vol.51 No.6
It is important to understand pedigree of rice cultivars commonly used for breeding. In this paper, pedigree tables for tracking the pedigree of 17 representative rice cultivars recommended by Rural development Adminstration (RDA) were completed and analyzed using two kinds of web database system; 'IRIS' and 'RRDB'. Seven cultivars, namely, 'Sangmibyeo', 'Ilpumbyeo', 'Saegewhabyeo', 'Surabyeo', 'Shindongjinbyeo', 'Ilmibyeo' and 'Jungwhabyeo' had 'Koshihikari' on the pedigree of their ancestor. Besides 'Koshihikari', the most feguently used ancestral germplasms among the high quality rice cultivars were 'Fujisaka 5', 'Kameno o' and 'Asahi', 'Fujisaka 5' was used as ancestral parent in 12 out of 17 cultivars. Interestingly, 'Kameno o' was used in pedigree of 16 out of 17 high quality varieties and 'Asahi' was used in the ancestral pedigree of all 17 varieties. 'Hwayeongbyeo' was used as one of parent in the breeding of 'Dongjin 1', 'Hwabongbyeo', 'Saegewhabyeo' and 'Junambyeo'. 'Ilpumbyeo' was used in the breeding pathway of 'Junambyeo' and 'Saegewhabyeo', 'Mangeumbyeo' itself was not enlisted as one of high quality rice cultivars, but was used as a breeding parent of three high quality varieties, namely, 'Saegewhabyeo', 'Hwabongbyeo' and 'Nampyeongbyeo'. Incorporated with evaluation data, pedigree will provide a valuable chance to genealogical tracking of agronomic traits such as disease resistance, grain quality and etc.
Pedigree Analysis of 17 High Quality Korean Rice Cultivars UsingWeb Database Systems
Min-Hee Nam,Gihwan Yi,Dong-Soo Park,Eun-Sook Chung,Song-Yi Song,Nam-Soo Jeon,Doh-Hoon Kim,Chang-Deok Han,Moo-Young Eun,Yeon-Chung Ku 한국작물학회 2006 Korean journal of crop science Vol.51 No.7
It is important to understand pedigree of rice cultivars commonly used for breeding. In this paper, pedigree tables for tracking the pedigree of 17 representative rice cultivars recommended by Rural development Adminstration (RDA) were completed and analyzed using two kinds of web database system; “IRIS” and “RRDB”. Seven cultivars, namely, “Sangmibyeo”, “Ilpumbyeo”, “Saegewhabyeo”, “Surabyeo”, “Shindongjinbyeo”, “Ilmibyeo” and “Jungwhabyeo” had “Koshihikari” on the pedigree of their ancestor. Besides “Koshihikari”, the most feguently used ancestral germplasms among the high quality rice cultivars were “Fujisaka 5”, “Kameno o” and “Asahi”. “Fujisaka 5” was used as ancestral parent in 12 out of 17 cultivars. Interestingly, “Kameno o” was used in pedigree of 16 out of 17 high quality varieties and “Asahi” was used in the ancestral pedigree of all 17 varieties. “Hwayeongbyeo” was used as one of parent in the breeding of “Dongjin 1”, “Hwabongbyeo”, “Saegewhabyeo” and “Junambyeo”. “Ilpumbyeo” was used in the breeding pathway of “Junambyeo” and “Saegewhabyeo”. “Man-geumbyeo” itself was not enlisted as one of high quality rice cultivars, but was used as a breeding parent of three high quality varieties, namely, “Saegewhabyeo”, “Hwabongbyeo” and “Nampyeongbyeo”. Incorporated with evaluation data, pedigree will provide a valuable chance to genealogical tracking of agronomic traits such as disease resistance, grain quality and etc.
Field Evaluation of Transgenic Japonica Rice 'Milyang 204' with Herbicide Resistance Gene (bar)
Yi, Gi-Hwan,Won, Yong-Jea,Park, Hyang-Mi,Cheon, Nam-Soo,Choi, Jun-Ho,Ku, Yeon-Chung,Eun, Mu-Yeong,Kim, Tae-Sas,Nam, Min-Hee,Jeong, Eung-Gi 한국식물생명공학회 ( 구 한국식물조직배양학회 ) 2005 한국식물생명공학회 춘계학술연구발표회 Vol.2005 No.4
NAM, Sung Min,HWANG, In Koo,YI, Sun Shin,YOO, Ki-Yeon,PARK, Ok Kyu,YAN, Bingchun,SONG, Wook,WON, Moo-Ho,YOON, Yeo Sung,SEONG, Je Kyung Japanese Society of Veterinary Science 2011 The Journal of veterinary medical science Vol.73 No.8
<P>In this study, we investigated the effects of treadmill exercise on calretinin (CR), a marker of early postmitotic neurons, immunoreactivity in the dentate gyrus (DG) of Zucker diabetic fatty (ZDF) rats, before or after diabetes onset, and Zucker lean control (ZLC) rats. For this study, 6-week-old ZLC and prediabetic ZDF rats, and 22-week-old ZLC and ZDF rats were exercised on the treadmill. Sedentary ZLC and ZDF rats of the same age were used as exercise experiment controls. The exercised prediabetic ZDF rats did not show diabetes onset, while the sedentary prediabetic ZDF rats showed significantly increased blood glucose levels. The exercised diabetic ZDF rats exhibited a decrease in their blood glucose levels compared to the sedentary diabetic ZDF rats, but the levels were still above 20 mmol/<I>l</I>. ZLC rats of both ages were in the normoglycemic range. CR immunoreactivity was detected throughout the DG, including the subgranular zone and the polymorphic layer. Diabetic rats exhibited a significant decrease in the number of CR-immunoreactive cells and fibers in the DG. Exercise in the prediabetic ZDF rats significantly increased the number of CR-immunoreactive cells and fibers in the subgranular zone of the DG. In the ZLC and ZDF rats of chronic diabetic phase, exercise increased CR-immunoreactive neurons in the hilar region. These results suggest that diabetes significantly reduces the number of postmitotic CR-immunoreactive neurons and the intensity of immunoreactivity and that exercise increases these CR-related parameters in a diabetic stage-dependent manner.</P>