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기장도,박치영,류보열,김태종,모성환,곽재정,문철호,박근홍,박유환,정춘해 朝鮮大學校 附設 醫學硏究所 1996 The Medical Journal of Chosun University Vol.21 No.1
Chronic neutrophilic leukemia is a very rare myeloproliferative disorder which is characterized by severe sustained mature neutrophilic leukocytosis in peripheral blood (PB), hepatosplenomegaly, elevated leukocyte alkaline phosphatase, serum uric acid. serun viatmin B 12 and the bleeding tendency despite normal platelet count and coagulation time, absence of philadelphia chromosome, and the absence of fever or underlying infection or disease sufficient to mimic a leukemoid reaction. We have experienced a 34-years-old male patient with atypical chronic neutrophilic leukemia. On admission, the leukocyte count was 56,860/uL. severe neutrophic leukocytosis with 76% neutrophils and rare immature forms on PB smear. Many neutrophils had toxic granules, and vacuoloes. Leukocyte alkaline phosphatase score was decreased. The cytogenetic study showed Philadelphia chromosome negative with normal karyotype.
A New Early Maturing, Semi-hard Winter Wheat Cultivar with Good Milling Quality, "Joeun"
Choon Ki Lee,Hyoung Ho Park,Kwang Geun Park,Jung Hyun Nam,Hwa Young Heo,Moon Wong Park,Hyun Suk Song 한국육종학회 2003 한국육종학회지 Vol.35 No.2
“Joeun” is a new semi - hard wheat variety with early maturity and good milling quality. It was developed from a cross between “Eunpamil” and “Suwon 242” at the National Crop Experiment Station, RDA. “Eunpamil” as a female parent was medium in plant heigh
A New Waxy Wheat Cultivar “Sinmichal”
Choon-Ki Lee,Moon-Seok Kang,Kwang-Geun Park,Bon-Cheol Koo,Hwa-Young Heo,Hyoung-Ho Park,Jae-Chul Kim,Jung-Hyun Nam,Jae-Hwan Seo,Hyun-Tae Kim,Young-Seok Yun,Jung-Bae Kweon,Young-Woong Ha 한국육종학회 2003 한국육종학회지 Vol.35 No.4
Sinmichal is the first waxy wheat variety in Korea. It was developed on the purpose of increasing the added-value byintroducing waxy genes to domestic wheat. It was bred from a cross between Olgeurumil, non-waxy, and a waxy descent of a crossbetween Kanto 107 and Baihuo at the National Crop Experiment Station (NCES) in 1997. It was tested as Suwon 292 in regionaland 5.92 ton/ha, respectively. It was inferior in flour yield to Geurumil, but the ash content was lower than that of Geurumil. Alsoits flour showed soft to semi-hard property based on protein content and sedimentation value. Three distinctive properties were obtainedfrom Rapid Visco-analyzer (RVA) tests of Sinmichal, waxy flour. First, as the temperature of the aqueous slurry of its flour wasoC which was far lowertemperature than the 95oC of other wheats. Secondly, the breakdown viscosity of Sinmichal paste was greater than those of othercomon wheats. Lastly, the final viscosity measured after linearly coling of paste temperature down to 50oC was far lower than that ofnd thecooked products should be remained softer in texture for longer time due to the delayed retrogradation of the gelatinized starch.
A New White Wheat Cultivar, "Jokyoung" for Bread Making
Moon Seok Kang,Choon Ki Lee,Dong Soo Park,Bon Chol Ku,Kwang Geun Park,Jong Min Ko,Jong Nae Hyun,Jae Cheol Kim,Jung Hyun Nam,Duck Yong Suh,Si Joo Kim,Young Seok Yun,Jong Jin Hwang 한국육종학회 2006 한국육종학회지 Vol.38 No.2
“Jokyoung”, a new bread making wheat cultivar, was developed from the cross between “Seri 82”, a hard white wheat from CIMMYT, Mexico and “Keumkang”, a hard white wheat with high milling rate and early maturing from Korea by National Institute of Crop Sci
A New High Quality and Early Maturing Wheat Cultivar, "Jopummil"
Choon Ki Lee,Hyoung Ho Park,Moon Seok Kang,Kwang Geun Park,Bon Cheol Koo,Hwa Young Heo,Jae Chul Kim,Jung Hyun Nam,Moon Wong Park,Yang Gil Kim,Jung Bae Kweon 한국육종학회 2004 한국육종학회지 Vol.36 No.1
‘Jopummil’ was bred from the cross between SW88416-B-0 with the early maturity and short culm, and the F1 hybrid between OR8500494P and “Bezostaya” in 1990. It was examined as ‘Suwon 284’ in the regional yield trials(RYT) from 1999 to 2001. It was a near
간흡충 감염가토의 간내 담관에 대한 병리조직학적 및 조직화학적 연구
송근암(Geun Am Song),김진도(Jin Do Kim),이동완(Dong Wan Lee),손춘희(Choon Hee Son),양웅석(Ung Suk Yang),허윤(Yoon Hue),문한규(Han Gue Moon),유방현(Bang Hyun Liu),이선경(Sun Kyung Lee) 대한내과학회 1989 대한내과학회지 Vol.37 No.3
N/A This study was undertaken to examine the histopathological changes of the bile duct in rabbits heavily infested with Clonorchis sinensis for 6-18 months, and then to investigate the histochemical properties and compositions of epithelial mucosubstances. In 9 rabbits, each rabbit was orally infested with about 500 metacercariae and was sacrificed when general conditions were poor. The specimens were stained with H-E, PAS, alcian blue (pH 2.5), alcian blue (pH 1.0), alcian blue (pH 2.5) -PAS, and FITC- conjugated lectins. The results obtained were as follow 1) The pathological changes in the infested rabbits were papillary and adenomatous hyperplasia, goblet cell and mucus-cell metaplasia, ductal wall fibrosis, and infiltration of eosinophils in the ductal wall, and then the metaplasia of ductal epithelium was more marked in the deep gland than in the surface. 2) The epithelial mucosubstances in the normal intrahepatic bile duct were produced in the border and supranuclear portion of the epithelium. The histochemical composition of these was a mixture of neutral and acid mucosubstances with a predominant acid group. 3) In infested rabbits, the epithelial mucosubstances were produced in the border and supranuclear portion of the covering epithelium, goblet cell, and hyperplasia and metaplasia cells of the deep gland. The mucosubstances were much more produced in the goblet cell, hyperplasia and metaplasia cell of deep gland, and the composition was mixture of neutral and acid substances with a predominance of the neutral group in goblet cell and adenomatous hyperplasia, and a predominance of the acid group in mucus-cell metaplasia of the deep gland. 4) In the normal intrahepatic bile duct, labeling of FITC-conjugated lectins of WGA and Con-A was weakly localized in the border of the epithelium and its grade was trace. 5) In infested rabbits, F1TC-WGA and FITC-Con-A labeling was seen in the border and supranuclear portion of the covering epithelium, goblet cell, and hyperplasia and metaplasia cells of the deep gland, but FITC-PNA and FITC-SBA labeling was graded from zero to trace. 6) Mucin secreting cell metaplasia stained by PAS and AB showed very significant labeling of E1TC-WGA and FITC-Con-A, which are lectins that are highly specific in their recognition of glycosylated residues.