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홍보자료: 한국실험동물수의사회(KCLAM)는 이제부터 시작입니다!
한진수,Han, Jin-Su 대한수의사회 2010 대한수의사회지 Vol.46 No.8
한국실험동물수의사회는 지난 2월 9일 제1차 이사회의 승인을 얻어 새로이 대한수의사회 산하단체로 활동하게 되었다. 건국대학교 한진수교수를 초대회장으로 하고 138명의 실험동물분야 근무수의사들을 회원으로 한 한국실험동물수의사회는 현재 건국대학교수의과대학내에 사무소를 두고 활발한 활동을 하고 있으며 관심있는 회원들의 지속적인 참여로 한국실험동물수의사회가 더욱 발전해 나가도록 도움이 필요하다. 참고로 대한수의사회는 현재 한국우병학회, 한국동물병원협회, 한국양돈수의사회, 축산물자체검사원협의회, 수생동물질병수의사회, 한국양계수의사회, 한국실험동물수의사회 총 7개 산하단체가 있으며 각기 직능별 업무능력 향상을 위해 교육 및 세미나 등을 통해 수의사의 능력향상에 매진하고 있다.
Synthesis of monodisperse micro-sized polystyrene particles by dispersion polymerization
한진,임상혁 한국공업화학회 2016 한국공업화학회 연구논문 초록집 Vol.2016 No.0
Monodisperse micro-sized particles of polymer have attracted much interest in broad industries such as display, medical and engineering thanks to their considerable applications. Many researchers have been focused on producing highly monodisperse polymer particles. Also, various methods including soap-free emulsion polymerization and non-aqueous or aqueous dispersion polymerization were developed for preparing polymer particles. Particles between hundreds nano-size to tens micro-size can be synthesized by dispersion polymerization, a type of precipitation polymerization. In dispersion polymerization, regular particles can be obtained due to the addition of stabilizer. Monodisperse particles can self-assemble and distinctive characteristics appear owing to the maximum surface area. It will be applied to wide fields. Here, we synthesize monodisperse polystyrene microspheres by dispersion polymerization.
로컬푸드 매장의 서비스품질이 고객만족과 재방문의도에 미치는 영향
한진,한상혁,장동헌 한국농촌계획학회 2016 농촌계획 Vol.22 No.1
This study identified the impact of the service quality of local food stores on customer satisfaction and revisiting intention of the customers as the interest into local foods is increasing. The main outcomes are as follows: First, many of the respondents said that they use the local food stores based on the trust in the origin of the products and good quality. Second, reliability and validity were suitable for factor analysis and the correlation had a positive (+) directivity. Third, reliability, assurance, empathy and tangibles were analyzed to have a positive (+) impact among the 5 aspects of service quality except for responsiveness. Fourth, customer satisfaction had a positive (+) impact on the intention to revisit the local food stores, and reliability, assurance and empathy had a positive (+) impact on revisiting intention at the statistical significance level except for responsiveness and tangibles among the 5 service quality aspects. Therefore, it is thought to be required to keep having interests into service quality to gain a competitive edge as a sustainable management system since the service quality of local food stores has impacts on customer satisfaction and intention to revisit.
한진 인제대학교 백병원 2002 仁濟醫學 Vol.23 No.3
Calcium (Ca^(2+)) is one of the most ubiquitous intracellular second messengers in living cells. Because of the importance of Ca^(2+) in biology, numerous techniques for analyzing the mechanisms of cellular and subcellular Ca^(2+) activity have been established. This variability of intracellular Ca^(2+) signals means that there is no single technique that can be used to study Ca^(2+) in all situations. Instead, there are many types of apparatus. each with advantages and drawbacks that allow researchers to visualize Ca^(2+) changes in their particular cellular system. This review describes some of the most common approaches to monitoring or manipulating cellular Ca^(2+) changes, and attempts to give hints for designing experiments, troubleshooting practical problems, and obtaining real signals. Many of the protocols and problems associated with photometry and video imaging are the same. Confocal laser scanning microscopy and multiphoton microscopy allow the precise spatial and temporal analysis of intracellular Ca^(2+) activity at the subcellular level in addition to measurement of its concentration. A number of methods used in nonoptical techniques (such as electrophysiology, Ca^(2+)-selective electrode and vibrating Ca^(2+)-selective probe) employed for measuring cellular and subcellular Ca^(2+) activity in living cells.