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Hyeon Gui Moon(文賢貴),Bong Ho Choe(崔鳳鎬),Keun Yong Park(朴根龍) 한국육종학회 1985 한국육종학회지 Vol.17 No.2
Eight corn inbreds and their 28 F₁’S were used to study the inheritance of resistance to maize dwarf mosaic virus (MDMV) in Korea. Corn plants were inoculated with MDMV strain B at 4 leaf stage (23 days after emergence) and two MDMV ratings were made at 29 days and 58 days (15 days after silking) after inoculation, respectively. No differences were observed between the two rating times in the resistance for both inbreds and hybrids, the effects of combining ability, the effects of dominance and the dominance order of inbreds in Vr, Wr graphs for MDMV. Inheritance of resistance to MDMV appeared to be influnced by both additive and dominant gene effects, but additive effect was more important. Partial dominance without interactions among non-allelic genes was also recognized. Inbred B 68 showed the greatest general combining ability effect for MDMV resistance and Ga 209 and H 92 were followed in that order. B 68 was appeared as the most promising gene source for MDMV resistance.
A New Waxy Corn Hybrid Cultivar, "Chalok 4" with Good Eating Quality and High Yield
Tae Wook Jung,Hyeon Gui Moon,Beom Young Son,Si Ju Kim,Seon Woo Cha,Hwang Kee Min,Hong Jip Choi,In Mo Ryu 한국육종학회 2006 한국육종학회지 Vol.38 No.2
A single cross, Chalok 4, is a waxy corn hybrid (Zea mays L.) developed by the maize breeding team at the National Institute of Crop Science (NICS), RDA in 2004. This hybrid, which has white kernels, a good eating quality and high yield of ear weight, was
A New Waxy Corn Hybrid Cultivar, "Ilmichal" with Good Eating Quality and Lodging Resistance
Tae Wook Jung,Hyeon Gui Moon,Beom Young Son,Si Ju Kim,Seon Woo Cha,Hwang Kee Min,Hong Jip Choi,In Mo Ryu 한국육종학회 2006 한국육종학회지 Vol.38 No.2
A single cross, Ilmichal, is a waxy corn hybrid (Zea mays L.) developed by the maize breeding team at the National Institute of Crop Science (NICS), RDA in 2005. This hybrid, which has white kernels, a good eating quality, lodging resistance and high yiel
A New Corn Hybrid Cultivar, "Gangdaok" for Silage
Beom Young Son,Hyeon Gui Moon,Tae Wook Jung,Si Ju Kim,Byung Ryul Sung,Chang Suk Huh,Si Hwan Ryu 한국육종학회 2006 한국육종학회지 Vol.38 No.2
Zea mays L.) developed by themaize breeding team at the National Institute of Crop Science (NICS), RDA in 2005. This hybrid, which has high yields of drymater, total digestible nutrient (TDN) and grain, was derived from crossing two inbred lines, KS140 an
A Waxy Corn Hybrid with Early Maturity and High Yield, "Sinchalok"
Seon Woo Cha,Hyeon Gui Moon,Tae Wook Jung,Beom Young Son,Nam Kyu Park,Sung Kook Kim,Yong Hwan Ryu 한국육종학회 2004 한국육종학회지 Vol.36 No.1
Sinchalok, a new waxy corn hybrid was developed from the cross between two inbred lines KW36 as a seed parent and KW1 as a pollen parent at the National Crop Experiment Station, RDA in 2001. Sinchalok was 66 days in days to silking and early maturity hybr
Seung Keun Jong(鄭丞根),Hyeon Gui Moon(文賢貴),Bong Ho Choe(崔鳳鎬),Keun Yong Park(朴根龍) 한국육종학회 1986 한국육종학회지 Vol.18 No.1
Black streaked dwarf virus(BSDV) is one of the most important diseases of corn(Zea nays L.) in Korea. Dissemination of new high yielding corn hybrids is limited to the southern areas due to only this epidemic disease. There are no known published reports concerning the inheritance of reaction to BSDV in corn. This study was conducted to select resistant genotypes to BSDV and elucidate the genetic control of resistance to BSDV. Total of 965 local collections, introduced inbreds and hybrids were screened under field conditions in 1980 and 1981, 8-entry diallel crosses were tested in 1980 and generation mean analysis of parental, F₁, F₂ and backcross populations from the crosses of 5 resistant and susceptible lines were made under field conditions in 1981. Nine Korean local collections, KL-2, KL-10, KL-11, K79004, K79091, K79111, K79123 and K79124, and one introduced inbred, Ga 209, were selected as resistant genotypes to BSDV. Only specific combining ability was appeared to be significant in determination of BSDV resistance in the diallel analysis, indicating the relative importance of nonadditive genes for BSDV resistance. Crosses between resistant local collections and susceptible introduced inbreds such as KS15×KL-7, KS15×KL-1, KL-4×KS15 and KL-5×A635 showed high specific combining ability effects to increase resistance to BSDV in their F₁s. Generation mean analysis also indicated that dominance effect was more important than additive gene effect in inheritance of resistance to BSDV in corn, although the relative importance varied with the populations. Significant heterosis effect was also detected between resistant and susceptible lines. This study suggested that BSDV reaction in tested lines was conditioned by primarily nonadditive genes and breeding for resistant to this disease should be effectively accomplished by reciprocal recurrent selection procedure.
A Waxy Corn Hybrid with Long Ear and Lodging Resistance, "Chalok3"
Seon Woo Cha,Hyeon Gui Moon,Tae Wook Jung,Beom Young Son,Nam Kyu Park,Sung Kook Kim,Yong Hwan Ryu,Hwang Kee Min,Hong Jip Choi,In Mo Ryu 한국육종학회 2004 한국육종학회지 Vol.36 No.1
Chalok3, a new waxy corn hybrid was developed at the National Crop Experiment Station, RDA in 2001. It is a single cross hybrid, which was crossed between KW35 as a seed parent and KW7 as a pollen parent. Chalok3 was 73 days in days to silking and eight d