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Overlap syndrome with Sjögren’s syndrome and systemic sclerosis in a steel rolling mill worker
Min-Kee Yi,Won-Jun Choi,Sung-Woo Han,Seng-Ho Song,Dong-Hoon Lee,Sun Young Kyung,Sang-Hwan Han 대한직업환경의학회 2016 대한직업환경의학회지 Vol.28 No.-
Background: There are few reports about work-related factors associated with Sjögren’s syndrome. We report a case of overlap syndrome with Sjögren’s syndrome and systemic sclerosis. Case presentation: A 54-year-old man was admitted due to dyspnea on exertion. The results of physical examination and laboratory findings were compatible with Sjögren’s syndrome with systemic sclerosis. The patient had no pre-existing autoimmune disease, and denied family history of autoimmune disease. The patient worked in the large-scale rolling department of a steel manufacturing company for 25 years. Hot rolling is a rolling process performed at between 1100 °C and 1200 °C, generating a high temperature and a large amount of fumes, involving jet-spraying of water throughout the process to remove the instantaneously generated oxide film and prevent the high generation of fumes. In this process, workers could be exposed to silica produced by thermal oxidation. Other potential toxic substances including nickel and manganese seemed to be less likely associated with the patient’s clinical manifestations. Conclusions: Occupational exposure to silica seemed to be associated with the patient’s clinical manifestations of overlap syndrome with Sjögren’s syndrome and systemic sclerosis. Although the underlying mechanism is still unclear, autoimmune disease including Sjögren’s syndrome affects women more often than men and there was no family history of autoimmune disease. These suggested that there was an association between occupational silica exposure and the disease of the patient. Future research about the association between long-term low dose exposure to silica and the development of autoimmune diseases should be encouraged.
Rhbdf2 null mutation alleviate the severity of collagen-induced arthritis in mice
Min-Young Lee,Yong-Sub Byun,Eun-Kyoung Kim,Hae-Rim Kim,Yu-Rim Kim,Ju-Young Lee,Sang-Mi Cho,Ho-Young Ghang,Ki-Hoon Lee,Ok-Seung Moon,Young-Won Seo,Won-Kee Yoon,Young-Suk Won,Hyoung-Chin Kim,Kyung-Chul 한국실험동물학회 2016 한국실험동물학회 학술발표대회 논문집 Vol.2016 No.2
Web-based Application Service Management System for Fault Monitoring
Min, Sang-Cheol,Chung, Tai-Myoung,Park, Hyoung-Woo,Lee, Kyung-Ha,Pang, Kee-Hong The Korean Institute of Electrical Engineers 1997 Journal of Electrical Engineering and Information Vol.2 No.6
Network technology has been developed for very high-speed networking and multimedia data whose characteristics are the continuous and bursty transmission as well as a large amount of data. With this trend users wish to view the information about the application services as well as network devices and system hardware. However, it is rarely available for the users the information of performance or faults of the application services. Most of information is limited to the information related network devices or system hardware. Furthermore, users expect the best services without knowing the service environments in the network and there is no good way of delivering the service related problems and fault information of application services in a high speed network yet. In this paper we present a web-based application management system that we have developed for the past year. It includes a method to build an agent system that uses an existing network management standards, SNMP MIB and SNMP protocols. The user interface of the system is also developed to support visualization effects with web-based Java interface which offers a convenient way not only to access management information but also to control networked applications.
Web-based Application Service Management System for Fault Monitoring
Sang-Cheol Min,Tai-Myoung Chung,Hyoung-Woo Park,Kyung-Ha Lee,Kee-Hong Pang 한국정보과학회 1997 Journal of Electrical Engineering and Information Vol.2 No.6
Network technology has been developed for very high-speed networking and multimedia data whose characteristics are the continuous and bursty transmission as wen as a large amount of data. With this trend users wish to view the information about the application services as well as network devices and system hardware. However, it is rarely available for the users the information of performance or faults of the application services. Most of information is limited to the information related network devices or system hardware. Furthermore, users expect the best services witham knowing the service environments in the network and there is no good way of delivering the service related problems and fault information of application services in a high speed network yet. In this paper we present a web-based application management system that we have developed for the past year. It includes a method to build an agent system that uses an existing network management standards. SNMP MIB and SNMP protocols. The user interface of the system is also developed to support visualization effects with web-based Java interface which offers a convenient way not only to access management information but also to control networked applications.