http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
노재환,조영찬,김연규,오인석,이장용,한성숙 한국육종학회 2007 한국육종학회지 Vol.39 No.3
Blast resistance of 18 rice cultivars which recommended as a high quality rice cultivars evaluated by blast nursery test, seedling test, and field screening and sequential planting methods. Sangmibyeo, Hwayeongbyeo, and Dongjin 1 were showed high resistance reaction to leaf blast at the blast nursery continuously, while Chucheongbyeo showed highest disease severity. All of the early maturing cultivars, Odaebyeo, Junghwabyeo, and Sangmibyeo, showed the lowest compatibility against 25 blast isolates. Saechucheongbyeo, a multiline variety of Chucheongbyeo genetic background showed 45.8%, half compatibility of 82.6% in Chucheongbyeo against 25 isolates screened. Diseased leaf areas (DLA, %) of cultivars were very low level at all test sites in the field test. Three cultivars, Sangmibyeo, Ilmibyeo, and Junghwabyeo didn’t show any leaf blast lesions across the test sites. The most variable incidences of panicle blast were observed on Odaebyeo which was 42.4%, 0.4%. and 0.0% at Jaecheon, Naju, and Chuncheon, respectively. In the sequential planting method, four rice cultivars, Nampyeongbyeo, Sindongjinbyeo, Hwayeongbyeo, and Junambyeo showed less than 40% disease leaf area (DLA) from 1st planting to 7th planting, so those cultivars were considered as a durable resistant rice cultivar against rice blast diseases.
盧在丸,金相贊,金先熙 대한본초학회 1998 大韓本草學會誌 Vol.13 No.2
This experimental study was carried out to investigate the effects of Yipahnsan(立安散) on both endotosin-induced blood stasis model(Ed Model), and hydrocortisone acetate(HA)-induced blood stasis model(HA Model). Rats of Ed Model (i.v. injection, 0.1㎎/㎏ body weight, through caudal vein, once)were orally administrated liquid extract of Yipahnsan(Sample A. SA: 0.5g/100g body weight, Sample B. SB: 1.0g/100g body weight) and then observed platlet, fibrinogen level, prothrombin time and FDP level. Another rats of HA Model (i.m. injection, 5㎎/200g body weight into the muscular rump, for 7days)were orally administrated liquid extract of Yipahnsan(Sample A. SA: 0.5g/100g body weight, Sample B. SB: 1.0g/100g body weight) and then observed fibrinogen level, prothrombin time, whole blood viscosity and plasma viscosity. The results were summarized as follows; 1. Platet was increased in all Ed Model(SA, SB) as compared with control group, especially SB showed significant increase. 2. Fibrinogen was increased in all treatment group (Ed, HA Model) as compared with control gorup, especially SB of HA Model showed significant increase. 3. Prothrombin time were shortened in all treatment group(Ed, HA Model) as compared with control group, especially SB of HA Model showed significant short. 4. FDP level was decreased in all Ed Model(SA, SB) as compared with control group, but there was not statistical significance. 5. Whole blood viscosity and plasma viscosity were decreased in all HA Model(SA, SB) as compared with control group, especially SA of HA Model showed significant decrease in 22.5 shear rate, SB of HA Model showed significant decrease in 22.5, 45.0 shear rate.
풋콩의 생육시기별 베노밀 처리가 미이라 감염율 및 수량에 미치는 영향
盧在煥,金律虎,金弘植,金明起,李吉馥,金奭東 韓國作物學會 1997 Korean journal of crop science Vol.42 No.3
풋콩에서 문제시되는 미이라병의 꼬투리 리병 및 종실감염을 줄이기 위해 포장에서 베노밀을 생육 시기별로 처리한 결과는 다음과 같다. 1. 베노밀 처리에 따라 미이라병반이 없는 풋콩의 건전 꼬투리비율은 R5기 1회처리와 R4+R5기 2회처리에서 가장 높았다. 2. 건전 꼬투리비율은 주경보다 분지에서, 그리고 상위부가 하위부보다 높았다. 3. 종실의 미이라리병입율은 베노밀 처리에 따라 감소되었고, R6기 1회처리와 R4.+R6기 2회처리에서 낮았다. 4. 베노밀 처리에 다라 건전 꼬투리 및 종실비율이 높아져서 건전 꼬투리수량은 34∼76% 그리고 종실수량은 51∼98% 증수하였다. This study was conducted to investigate the effects of benomyl application at different growth stages on the infection of green pod and seed by Phomopsis spp. and yield in vegetable soybean. One early maturing vegetable soybean variety 'Seokryangputkong' was planted on 20 April at Suwon in 1996. The rate of non-infected green pods by Phomopsis spp. was most highly suppressed by benomyl application once at the R5 stage and twice at R4 and R6 stages. The rate of non-infected green pods was higher in branches than in mainstem, and in upper than in low part of plant. The Phomopsis seed decay at maturity was most highly decreased by benomyl application once at the R6 stage and twice at the R4 and R6 stages. Benomyl application effectively reduced the infection rate of green pod and seeds by Phomopsis spp. and increased the yield of non-infected green pods by 34∼76% and non-infected seeds by 51∼98%.