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徐成燮,黃裕晳 弘益大學校 科學技術硏究所 1995 科學技術硏究論文集 Vol.6 No.-
Four cases of PSA process which includes rinse step following feed step of conventional PSA process were studied with the aim of simultaneous production of two components from gas mixture. Restrictions on PSA process and the effects of pressure, feed concentration and gas velocity on recovery have been obtained from material balances on adsorption column using uncoupled linear isotherms and local equilibrium model. Recoveries of case2 and case4 with no waste were always 1 regardless of variation of Z₂ where two shock waves meet. In other cases, recoveries were dependent on separation factor β, and were 1 for Z₂=1.
BMP 신호 하부 인자인 PV.1 단백질의 결합 단백질 동정
황유석(Yoo-Seok Hwang),채정필(Jeong-Pil Chae),김동선(Dong-Sun Kim),박권무(Kwon Moo Park),배용철(Yong Chul Bae),박매자(Mae Ja Park) 대한해부학회 2007 Anatomy & Cell Biology Vol.40 No.3
척추동물에서 BMP의 배(ventral)쪽 신호 전달 경로의 하위에 있는 전사조절인자들은 등배(dorsalventral)쪽 축을 따라 형성되는 중배엽에 있어서도 그 기능을 공유 한다는 것이 보고 되었다. 본 연구에서는 BMP 신호 물질의 하위 유전자인 PV.1 단백질이 배쪽과 등쪽에서의 신호전달에 있어서 차별적 기능을 알기 위하여 PV.1과 상호 결합하는 단백질을 검색하였다. 효모 이중 접합법을 이용하여 24개의 PV.1 결합 단백질을 검색하였고, 이중 결합하는 Xvent-2와 Xclaudin-6에 대한 PV.1 단백질의 도메인(domain) 연구를 하였다. PV.1 단백질의 C-terminus인 197-241 지역이 Xclaudin-6와 결합하는 반면에 Xvent-2는 PV.1 단백질의 C-terminus 전반에서 결합한다는 것을 확인하였다. 또한 PV.1과 결합하는 Xvent-2는 동형 이중 결합(Homodimerization)뿐만 아니라 PV.1과 결합하는 Xclaudin-6과도 이형 이중 결합(Heteodimerization)을 한다는 것을 확인하였다. Homeodomain transcription factors functioning downstream of BMP ventral pathway have been reported to share similar domain of roles in mesoderm patterning along the dorsal-ventral axis. To elucidate the differential role of PV.1 in the aspect of relationship between dorsal and ventral region, we tried to screen PV.1- interacting proteins. Twenty-four PV.1-interacting proteins were identified by yeast two-hybrid screening. Xvent-2 and Xclaudin-6 among these, went under domain study. The C-terminus of PV.1, more specifically 197-241 region was found to interact with Xclaudin-6. Meanwhile Xvent-2 has mild affinity to overall C-terminal region of PV.1. At the same time it was found that Xvent-2 homodimerizes and also binds to Xclaudin-6.
국민대학교 그린 캠퍼스 설계안 -과거 천년과 미래 천년이 공존하는 캠퍼스-
이호상,김철영,황유석,김기원 한국인간·식물·환경학회 2004 인간식물환경학회지 Vol.7 No.2
Purpose of this paper is to propose a green campus coexisting in human, nature and culture through making the ecological ly stable campus. The 'green campus' has the six design concepts. These are follows; Vivid campus, Blue campus using the water, Eco-campus aimed at green hand, Cultural campus, Progressive campus and Scholarly campus. These concepts are not only made with the independent role but also the in interactive relation. Campus will be changed into the huge biotope or ceo-garden through the green-hand and water system. Because of the various organism(human, trees, insect etc.), campus will be changed in form of the more vivid space. It should be expected thing this design as following points ; First, it will be improved environmental quality in Kook-Min Univ. changed into the sustainable and environment-friendly green campus as well. Secondly, it will be energetic campus as a living space for rest and cultural activities. ThirdJy, it will be improved the image of campus and opened to the public. FourthJy, it will be grown the talented man who has both a human nature and a intelligence.