http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
Lee, Jue-Yeon,Choo, Jung-Eun,Choi, Young-Sook,Lee, Kuen-Yong,Min, Do-Sik,Pi, Sung-Hee,Seol, Yang-Jo,Lee, Seung-Jin,Jo, In-Ho,Chung, Chong-Pyoung,Park, Yoon-Jeong Wiley Publishers 2007 JOURNAL OF BIOMEDICAL MATERIALS RESEARCH PART A Vol. No.
<P>Fibroblast growth factor (FGF)-2 regulates a variety of cellular functions, such as proliferation and differentiation, by binding to cell surface FGF receptors (FGFRs) in the presence of heparin proteoglycans. FGF-2 is known as a heparin-binding growth factor, but the localization of the heparin binding site has not been fully investigated until now. We used two potential heparin binding domains of FGF-2, the residues 105–111 (F105, YKRSRYT) and 119–135 (F119, KRTGQYKLGSKTGPGQK). Peptides could be stably immobilized onto the surface of tissue culture plates. Using solid phase binding assays, we demonstrated that both peptides had higher binding affinity toward heparin compared with nonbinding control sequence. The biological significance of these sites was tested by cell attachment and osteoblast differentiation studies. Cell attachment to the peptides F105 and F119 increased in a dose-dependent manner. Heparin and heparinase treatments decreased cell adhesion to both F105 and F119. This demonstrates that both F105 and F119 interact with cell-surface heparan sulfate proteoglycans, suggesting that FGF-2 has two heparin binding sites. In addition, osteoblast differentiation, confirmed by ALPase activity and mineralization, was increased by surface immobilized peptide F105 and F119. Taken together, these heparin binding peptides could be applied as biological agents enhancing osteoblast differentiation as well as surface modification tools in the tissue regeneration area, especially for bone regeneration. © 2007 Wiley Periodicals, Inc. J Biomed Mater Res, 2007</P>
Lee, Ju-Suk,Kim, Ye-Jin,Ryu, Ki-Hyun,Han, Tae-Ho,Park, Kuen-Woo,Chung, Kyu-Hwan,Lee, Chan,Lee, Gung-Pyo,Kim, Sun-Hyung,Hong, Jin-Sung,Park, Young-Doo,Woo, Eun-Taeck,Park, Sung-Chul,Son, Dae-Yeul 한국원예학회 2012 Horticulture, Environment, and Biotechnology Vol.53 No.2
Pollen of genetically modified (GM) pepper containing the gene for cucumber mosaic virus (CMV) coat protein (CP) and GM Chinese cabbage with high phenylethylisothiocyanate (PEITC) content was investigated for assessment of allergic risk. Amino acid (AA) sequences of the inserted gene products of GM virus resistant pepper and GM Chinese cabbage with high PEITC content were compared with those of known allergens. No known allergen greater than 35% AA sequence homology, over 80 AA window or more than 8 consecutive identical AA was found. Protein patterns of GM/non-GM pepper and Chinese cabbage pollen extracts in SDS-PAGE analysis showed the same distribution of protein bands among the GM and non-GM pepper or Chinese cabbage, respectively. Sera from pollen allergic patients showed some IgE reactivity via immunoblotting and ELISA; however, no differences were observed between the pollen of GM and non-GM pepper or Chinese cabbage, respectively. Based on these results, we conclude that pollens of the virus resistant GM pepper and GM Chinese cabbage with high PEITC have no differences in their protein composition or allergenicity relative to non-GM pepper and Chinese cabbage.
생육모의 연구에 의한 한반도에서의 기후변화에 따른 벼 생산성 및 적응기술 평가
이충근 ( Chung Kuen Lee ),김준환 ( Jun Whan Kim ),손지영 ( Ji Young Shon ),양운호 ( Woon Ho Yang ),윤영환 ( Young Hwan Yoon ),최경진 ( Kyung Jin Choi ),김광수 ( Kwang Soo Kim ) 한국농림기상학회 2012 한국농림기상학회지 Vol.14 No.4
Air temperature in Korea has increased by 1.5oC over the last 100 years, which is nearly twice the global average rate during the same period. Moreover, it is projected that such change in temperature will continue in the 21st century. The objective of this study was to evaluate the potential impacts of future climate change on the rice production and adaptation methods in Korea. Climate data for the baseline (1971~2000) and the three future climate (2011~2040, 2041~2070, and 2071~2100) at fifty six sites in South Korea under IPCC SRES A1B scenario were used as the input to the rice crop model ORYZA2000. Six experimental schemes were carried out to evaluate the combined effects of climatic warming, CO2 fertilization, and cropping season on rice production. We found that the average production in 2071~2100 would decrease by 23%, 27%, and 29% for early, middle, and middle-late rice maturing type, respectively, when cropping seasons were fixed. In contrast, predicted yield reduction was ~0%, 6%, and 7%, for early, middle, and middle-late rice maturing type, respectively, when cropping seasons were changed. Analysis of variation suggested that climatic warming, CO2 fertilization, cropping season, and rice maturing type contributed 60, 10, 12, and 2% of rice yield, respectively. In addition, regression analysis suggested 14~46 and 53~86% of variations in rice yield were explained by grain number and filled grain ratio, respectively, when cropping season was fixed. On the other hand, 46~78 and 22~53% of variations were explained respectively with changing cropping season. It was projected that sterility caused by high temperature would have no effect on rice yield. As a result, rice yield reduction in the future climate in Korea would resulted from low filled grain ratio due to high growing temperature during grain-filling period because the CO2 fertilization was insufficient to negate the negative effect of climatic warming. However, adjusting cropping seasons to future climate change may alleviate the rice production reduction by minimizing negative effect of climatic warming without altering positive effect of CO2 fertilization, which improves weather condition during the grain-filling period.
Study on the Environmental Risk Assessment of Transgenic Chinese Cabbage
Ye Sun Chung,Young Doo Park,Eun Taek Woo,Kuen Woo Park,Kyu Hwan Chung,Sang Yong Lee,Mun Il Ryoo,Jong Ok Ka,Min Jea Kim,Dong Ho Lee,Youn Hyung Lee,Dong Jin Lee,Chan Lee,Dae Yeul Son,Tae Sung Park,Hong 한국원예학회 2008 한국원예학회 기타간행물 Vol.- No.-