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정연주 한국어학회 2019 한국어학 Vol.84 No.-
This study aims to compensates Jeong & Jeong(2019) which reviews the literature of Korean linguistics having done under the name of Construction Grammar. There were some issues in the literature, related on semantics of construction. First, when verbs are used in constructions that are incompatible with their original meaning, there were discussions that the construction can modify the verb’s meaning, and that the verb choose the construction after the verb’s meaning changes. We discussed that it is not uncommon for a construction to dominate and to control the meaning of a verb, and we cannot only consider the possibility of a verb’s choosing a construction after the meaning changes first. Second, when there are several constructions of same form, the problem can be raised that which of them can be seen in the relation of polysemy. In this paper, according to Nam(2005) on the homonymy and polysemy of lexical elements, discussed that the constructions that share the ‘same conceptual properties’ can be understood as the constructions in the relation of polysemy.

수술을 받은 유방암 환자의 방사선 치료후의 흉부 CT 소견
정연주,김건일,이석홍,김동원,배영태,Jeong, Yeon-Ju,Kim, Geon-Il,Lee, Seok-Hong,Kim, Dong-Won,Bae, Yeong-Tae 대한영상의학회 2002 대한영상의학회지 Vol.47 No.1
Purpose: The determine the chest CT findings in breast cancer patients who have undergone postoperative irradiation. Materials and Methods: The chest CT findings in 36 female patients who underwent breast surgery and radiotherapy between May 1996 and March 2000 were retrospectively analysed. Prior to radiotherapy, baseline chest CT depicted normal parenchyma in all cases. In 11 patients, the ipsilateral breast and chest wall were irradiated using opposed tangential fields, while 25 were treated by the four fields method (opposed tangential fields plus anterior and posterior supraclavicular/high axillary fields), with a total dose of 5040-5400 cGy for 5-9 weeks. Results: CT after radiotherapy demonstrated reticular opacity (n=24), perpendicular linear opacity (n=15), traction bronchiectasis (n=7), consolidation (n=6), ground glass attenuation (n=3), pathologic rib fractures (n=3), pleural effusion (n=2), and pleural thickening (n=1), while in five patients no abnormality was observed. In addition, in the anterolateral lung area of 23 (64%) of 36 patients who underwent tangential beam irradiation, CT demonstrated peripheral opacities. When supraclavicular and axillary portals were used, radiation-induced lung changes mostly occurred at the apex of the lung (n=24). Chest radiographs were abnormal in 26 patients and normal in ten; in five of these ten, CT demonstrated reticular opacity. Conclusion: Depending on the irradiation CT findings of radiation-induced lung injury in breast cancer include areas of increased opacity with or without fibrosis, in apical and/or anterior subpleural regions. CT may help differentiate radiation-induced parenchymal change from superimposed or combined lung disease.
Employment of Wheat Grain Properties in Evaluation of Fusarium Head Blight Resistance
정연주,박철수,Ji-Ung Jeung,Chung-Kon Kim,Chon-Sik Kang,서용원,박종철 한국작물학회 2010 Journal of crop science and biotechnology Vol.13 No.4
Fusarium head blight (FHB) caused by Fusarium graminearum is one of the most destructive fungal diseases. Wide spread of FHB causes yield loss, quality reduction, and accumulation of poisonous mycotoxins. Twenty-three Korean wheat cultivars and a known FHB resistant cultivar ‘Sumai 3’ were tested for Type I and Type II resistance to FHB and evaluated for grain characteristics. Wheat cultivars showed infection scores of 0.6 (the lowest) to 7.8 (the highest) in response to the Fusarium inoculation for Type I evaluation. Three Korean cultivars, ‘Chungkye’ (1.8), ‘Tapdong’ (1.8), and ‘Jinpoom’ (1.6) showed relatively good FHB resistance compared to ‘Sumai 3’ (0.6) for Type I evaluation. On the other hand, Type II evaluation scores ranged between 1.4 and 3.6. The infection scores of ‘Uri’ (1.4) and ‘Jinpoom’ (1.4) were particularly low and even lower than “Sumai 3” (1.6). The relationship between grain properties and FHB severity was evaluated. Grain length was positively correlated with Type II evaluation. Spike length and total polyphenol content were negatively correlated with FHB severity of Type I evaluation. Grain properties were negatively or positively correlated with FHB severity. The obtained results indicated that some of the grain parameters could be employed in the development of wheat lines with improved FHB resistance.
정연주,최영웅,남상현,윤길용 대한두개안면성형외과학회 2009 Archives of Craniofacial Surgery Vol.10 No.1
Purpose: Nasal packing materials are almost inserted at the end stage of closed reduction of nasal bone for postoperative bleeding control and stabilization of nasal bone. Conventionally, vaseline gauze was used for packing of nasal cavity. These days, Surgeons have tried to apply Merocel® into the nasal cavity more easily. It is difficult for patients to continue keeping the nasal packs for more than a week due to breathing difficulty. Moreover, nasal packing itself can also cause headache, dry mouth, stuffiness, etc. Methods: We performed a prospective study from March 1, 2008 to July 31, 2008. One hundred patients were divided into "Merocel® packing group" and "Merocel® and Airway Tube Merocel® packing group". Using two kinds of materials to each group after closed reduction, we observed and compared the amount of bleeding between two groups. We recorded patient‘s uncomfortable symptoms which were divided into four groups each 6, 24, 48 hours after nasal packing. Results: The result of the bleeding amount of Air Tube Merocel® group after 6 hours of nasal packing is that 3 people belong to mild group, 38 people moderate group, and 9 people severe group. After 6 hours of nasal packing, 11 patients have no complains. 16 patients were mild, 21 patients were moderate, 2 patients were severe. After 24 hours of nasal packing, no complain(18 patients), mild(24 patients), moderate(6 patients), severe(0 patient). After 48 hours of nasal packing, no complain(25 patients), mild(20 patients), moderate(5 patients), severe(0 patient). Conclusion: Regarding the amount of bleeding, there are no difference between two groups. In case of Air Tube Merocel® group, patient's discomfort is gradually improved after 24 hours of nasal packing, After 48 hours of nasal packing, most of the patients do not experience headache, dry mouth, stuffiness, etc. Therefore, Air Tube Merocel® can be useful for bleeding control. Moreover, it helps patients to breathe through nose more easily and reduce discomfort.