Ki-Woong Lee
Yonsei University · 工学
研究室紹介
Professor Ki-Woong Lee's research spans biomedical engineering and socio-technical studies, focusing on the interplay between biological mechanisms in acute cerebrovascular events and the sociocultural construction of globalization in creative industries. His lab investigates platelet-mediated rethrombosis in stroke patients following thrombolysis, exploring therapeutic interventions like glycoprotein IIb/IIIa inhibitors. Simultaneously, the lab examines the performative dimensions of globalization through actor-network theory, analyzing how global imaginaries and technological practices—such as the adoption of 'fair trade' production systems in Korean advertising—shape local cultural industries. This dual focus bridges clinical intervention with critical social theory, emphasizing both biological and sociotechnical systems.
Research Overview
Research Output Trend
Figures are computed from collected data and may differ slightly.
Selected Papers
3Rapid arterial rethrombosis is associated with high-grade residual stenosis and usually occurs at the site of the initial occlusion, resulting in reocclusion of the recanalized artery. Platelets may play an active role in such rethrombosis after thrombolytic-induced clot lysis. Given that glycoprotein IIb/IIIa receptor blockers, like tirofiban, prevent thrombus formation by inhibiting the final common pathway of platelet aggregation, they may be helpful for treating rethrombosis after thrombolys
이 글은 세계화를 수행론(performativity theory)적 시각에서 접근하려는 하나의 시도다. 그동안 세계화의 지배담론은 정치적 입장이나 이론적 입장에 무관하게 세계화를 거시적 구조주의적 시각에서 다루어왔다. 이를 통해 세계화는 필연적·외재적·자연발생적 과정으로 형상화되었고, 이러한 세계화의 이미저리는 지금까지 이론적으로나 실천적으로 심대한 영향력을 행사하고 있다. 이 글은 세계화에 대한 이러한 상상에 반대하여 그것을 시간과 장소에 위치지워지고 행위자들의 공동구성으로 만들어지는 다양하고 지역적인 생산물임을 주장한다. 이를 위해 이 글은 글로벌 상상(global imaginaries) 과 위치지움(situatedness)의 개념을 채택하고, 행위자 연결망 이론(actor-network theory)의 아장스망(agencement)과 공동수행(co-performation) 개념을 활용하여 한국 광고산업의 문화산업 실천을 분석함으로써 미시적 세계화 이론의 한 가능성을 모색한다.
In the fabrication process of optical elements (OEs) by the laser scanning method using a dichromated gelatin (DCG) photoplate, the expansion and drying stress of gelatine caused by inhomogeneous liquid flow inside the gelatine affects the shape of OEs. The reason this inhomogeneous liquid flow exists in the energy oversaturated parts of OEs is the presence of surplus energy. In order to obtain the OEs of desired spherical lens shape, the drying stress should be reduced and therefore the maximum