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A Comparative Analysis of Street Fashion Colors between Beijing and Seoul:TheCaseofSummer2012
배수정,정지원 한국유통과학회 2013 유통과학연구 Vol.11 No.11
Purpose This thesis aims to increase the success of Korean fashion brands in the Chinese consumer market by providing basic items in fashion colors preferred by women in their twenties and thirties, having the highest purchasing power, in Beijing and Seoul, in the summer of 2012. Research Methodology The street fashion color data were retrieved for the case study by taking pictures and recording videos at the famous fashion streets in Beijing and Seoul. The WINDOWS SPSS 18.0 program was applied, to determine the frequency of street fashion colors. Results The results might be ascribed to the tendency of Chinese women to favor the symbolism of traditional colors. Conversely, women in Seoul have more attachment to international fashion color trends than to the traditional color symbolism. Conclusions This study suggests that Korean companies should consider the differences in street fashion color preferences when planning to launch a fashion brand in the Chinese consumer market. To gain the long-term perspective, further research on the local Chinese area might be essential to help Korean fashion companies and brands launch into the Chinese consumer market.
하마다 쇼지의 작풍 변천의 재고 - 조선도자와의 영향관계를 중심으로
배수정 한국근현대미술사학회(구 한국근대미술사학회) 2019 한국근현대미술사학 Vol.37 No.-
This paper examines the well-known an artist of the Mingei(folk crafts) Hamada Shōji’s works and rethinks his style considering the influencing relation with Korean Ceramics. Previous research focused on his works style in UK, Okinawa, and Mashiko where he actually did his Mingei works. However, there is less attention to the relationship between Joseon Ceramics (especially Buncheong ware), which seems has influences on the Form(shape), decoration(design), and techniques. Ever since Hamada’s first visit to Korea in 1918, he made works which has been influenced by Korean Ceramics in the shape such as flask and the painted iron and brushed slip technique throughout his life. He involved the Mingei Movement with Yanagi Muneyoshi and collected Korean Ceramics. In this paper, I focused on his style changing by periods in three aspects: Form(shape), decoration(design), and technique. Regarding the decoration, this paper examines Hamada’s trademark sugarcane design, and divide this into five periods: Early design, late design, groping and experiment, complete, and liberation period. This paper also tries to explore the relationship between Hamada’s works and Korean Ceramics through the comparison with the Hamada’s Korean Ceramic selection in the Shoji Hamada Memorial Mashiko-Sankokan Museum and Yanagi’s collection in the Japan Folks Crafts Museum. Hamada’s works style changes in 1936~38 and his works changed noticeably influenced by Korean Ceramics. Korean ceramics influenced not only his style but his ideology on the Mingei. The liberal and nonobjective expression of his ceramics manufactured in the last ‘liberation period’ are the parallel of ‘glass and flower design of Korean Ceramics.’ Conclusively Korean Ceramic is not the only source of this works but it took an essential role in his works.
분열효모에서 TREX-2 복합체의 구성요소인 Sus1이 생장 및 mRNA 방출에 미치는 영향
배수정,윤진호,Bae, Soo Jeong,Yoon, Jin Ho 한국미생물학회 2017 미생물학회지 Vol.53 No.1
Sus1 / ENY2는 진핵생물에 잘 보존된 작은 단백질로 염색사 리모델링과 mRNA 생성과정에 관여한다. Sus1 단백질은 전사 보조활성자인 SAGA 복합체와 핵공과 연관된 TREX2 복합체 등, 핵에 존재하는 2개 복합체의 구성 요소이다. 분열효모 Schizosaccharomyces pombe의 유전체 데이터에서 Sus1의 이종상동체를 찾아 기능을 분석하였다. 4분체 분석 결과 이 유전자는 생장에 필수적이 아니었으나, Sus1 유전자를 결실시키면 낮은 온도에서 생장이 느렸으며, $poly(A)^+$ RNA도 핵 안에 약간 축적되는 표현형을 보였다. 또한 Sus1-GFP 단백질은 주로 핵에 존재하였다. Yeast two-hybrid 분석과 공동면역침전 실험에서 Sus1 단백질은 TREX-2 복합체의 또 다른 구성인자인 Sac3와 상호작용을 하였다. 이와 같은 결과들은 S. pombe의 Sus1 단백질도 역시 TREX-2 복합체의 구성인자로 mRNA 방출에 관여하고 있음을 시사한다. Sus1 / ENY2 is a tiny conserved protein that is involved in chromatin remodeling and mRNA biogenesis. Sus1 is associated to two nuclear complexes, the transcriptional coactivator SAGA and the nuclear pore associated TREX2. In fission yeast, Schizosaccharomyces pombe, ortholog of Sus1 / ENY2 was identified from the genome database. Tetrad analysis showed that the S. pombe sus1 is not essential for growth. However, deletion of the sus1 gene caused cold-sensitive growth retardation with slight accumulation of $poly(A)^+$ RNA in the nucleus. And the Sus1-GFP protein is localized mainly in the nucleus. Yeast two-hybrid analysis and co-immunoprecipitation experiment showed that Sus1 interacts with Sac3, another subunit of TREX2 complex. These results suggest that S. pombe Sus1 is also involved in mRNA export from the nucleus as a component of TREX-2 complex.
분열효모에서 THO 복합체의 구성요소인 Tex1/THOC3가 생장 및 mRNA 방출에 미치는 영향
배수정,고은진,윤진호,Bae, Soo Jeong,Koh, Eun-Jin,Yoon, Jin Ho 한국미생물학회 2017 미생물학회지 Vol.53 No.4
진핵생물에서 THO/TREX 복합체는 전사 신장, pre-mRNA 가공 및 mRNA의 핵에서 방출에 중요한 역할을 담당한다. 이 복합체는 진화적으로 잘 보존되어 있지만, 생명체에 따라 구성성분과 기능에 차이가 존재한다. 이 논문에서는 출아효모보다는 고등생물과 더 유사한 분열효모 Schizosaccharomyces pombe에서 THO/TREX 복합체의 한 구성요소인 spTex1가 생장과 mRNA의 방출에 필수적이지 않다는 것을 보였다. spTex1 유전자의 결실과 과발현 어느 것도 생장의 결함과 $poly(A)^+$ RNA가 핵 안에 축적되는 현상을 거의 보이지 않았다. 또한 spTex1-GFP 단백질은 주로 핵 안에 위치하였다. Yeast two-hybrid와 Co-immunoprecipitation 분석에서 S. pombe Tex1은 THO/TREX 복합체의 주요 구성인자인 spHpr1 (THOC1), spTho2 (THOC2)과 상호작용을 하였다. 이와 같은 결과들은 S. pombe의 Tex1도 THO/TREX 복합체의 구성인자이지만, 생장과 mRNA 방출에는 중요한 역할을 하지 않음을 의미한다. In eukaryote, THO/TREX complex plays a critical role in transcriptional elongation, pre-mRNA processing, and nuclear mRNA export. This complex is evolutionally well- conserved, but there are some differences in composition and function according to organisms. Here we showed that spTex1, a component of THO/TREX complex, is not essential for growth and mRNA export in a fission yeast, Schizosaccharomyces pombe, which is more similar to higher eukaryote than budding yeast. Deletion and overexpression of the spTex1 gene do not lead to any detectable growth phenotype and accumulation of poly(A)+ RNA in the nucleus. And the spTex1-GFP protein is localized mainly in the nucleus. Yeast two-hybrid and Co-immunoprecipitation analysis showed that the spTex1 protein interacted with spHpr1 (THOC1) and spTho2 (THOC2), main subunits of THO complex. We conclude that the S. pombe Tex1 is a component of THO/TREX complex, but does not plays important roles in growth and bulk mRNA export from the nucleus.