ソウル大学、KAIST、延世大学など韓国QSトップ10大学の研究室情報です。
Professor Kyung Jae Yoon's research lab focuses on the intersection of biomedical engineering, clinical physiology, and precision health, with a strong emphasis on skeletal muscle health, neuromuscular function, and their systemic implications. The lab investigates the role of skeletal muscle mass and quality in respiratory function, metabolic health, and aging-related conditions such as sarcopenia and sarcopenic obesity. Utilizing advanced technologies like sEMG signal analysis, gut microbiome profiling, and pulmonary function testing, the lab aims to uncover sex-specific biological mechanisms and develop predictive biomarkers for early diagnosis and personalized interventions.
Professor Jong Min Lee's research lab specializes in translational biomedical research, focusing on the molecular mechanisms of inflammatory diseases and neurodegenerative disorders. The lab investigates key regulatory proteins such as transglutaminase 2 in neuroinflammation and explores biomarkers like lymphopenia for clinical prognosis in infectious diseases such as COVID-19. Additionally, the lab develops advanced medical image analysis techniques, particularly deep learning-based methods like U-Net with multi-scale highlighting, for precise segmentation of brain white matter hyperintensities to support early diagnosis of cognitive decline and dementia.
Professor Jin-Hwa Moon's research lab focuses on the neurodevelopmental and health impacts of environmental exposures in children, particularly electromagnetic fields (EMFs) and smart device usage. The lab investigates the relationships between technology use, brain development, and cognitive outcomes, with an emphasis on early childhood and adolescence. Additional research explores rare infectious diseases and neurological markers in chronic liver disease, highlighting a multidisciplinary approach to pediatric health and neurocognitive assessment.
Professor Gayoung Yoo's research lab focuses on soil carbon dynamics, biochar applications, and sustainable agricultural practices, with an emphasis on understanding the mechanisms behind soil organic carbon sequestration and greenhouse gas emissions. The lab investigates how biochar and tillage management influence soil structure, fertility, and microbial activity across diverse soil types, particularly in agricultural systems. Key research directions include the role of soil physical properties—such as aggregate stability and water retention—in regulating carbon cycling and the long-term impacts of biochar on nitrogen leaching and carbon storage. The lab integrates field and laboratory studies to develop science-based strategies for climate change mitigation and soil health improvement.
Professor Jihye Seong's research lab specializes in mechanobiology and live-cell imaging, focusing on how mechanical cues from the extracellular matrix are translated into biochemical signals within cells. The lab develops and applies advanced genetically encoded biosensors—particularly those based on fluorescence resonance energy transfer (FRET)—to visualize dynamic molecular activities such as FAK and PDGFR signaling in real time with high spatiotemporal resolution. Their work elucidates the roles of specific integrin–ECM interactions and membrane microdomains in regulating cell adhesion, migration, and signaling, with implications for cancer and inflammatory diseases. The lab also pioneers optobiochemical tools to spatiotemporally control protein functions using light, enabling precise dissection of signaling pathways in living systems.
Professor Sanghoek Kim's research lab specializes in advancing wireless power transfer (WPT) and implantable biomedical systems, with a focus on enabling efficient, miniaturized, and safe energy delivery to tiny medical implants within the human body. The lab explores innovative electromagnetic designs—such as mid-field WPT, optimized current distributions, and PT-symmetric structures—to dramatically improve power transfer efficiency in complex biological tissues. A key research direction involves developing mm-scale wireless implant systems that integrate low-power communication and sensing, particularly for continuous glucose monitoring, overcoming traditional limitations in size and battery dependency. The lab combines theoretical modeling, electromagnetic theory, and practical hardware realization to push the boundaries of bioelectronic implants for chronic disease management.
Professor Minsoo Noh's research lab specializes in translational biomedical research, focusing on molecular mechanisms underlying skin diseases, stem cell biology, and metabolic disorders. The lab integrates systems biology approaches—such as meta-analysis of high-throughput omics data—with functional validation in primary human cells to identify key regulatory genes and pathways. A central theme is the identification of novel therapeutic targets in keratinocyte differentiation, adiponectin regulation, and nuclear receptor signaling (e.g., PPARγ/δ), with applications in inflammatory skin diseases and metabolic syndrome. The lab also pioneers innovative models for studying rare cell populations, such as distributed stem cells, using genetically engineered systems to uncover asymmetric self-renewal signatures.
Professor Young-Sang Kwon's research lab focuses on urban sustainability, with a strong emphasis on transportation accessibility, housing market dynamics, and urban planning in rapidly developing cities, particularly in Vietnam and South Korea. The lab investigates critical urban challenges such as public transit accessibility using standardized data formats like GTFS, analyzes housing choice and affordability in metropolitan areas like Ho Chi Minh City, and examines the socio-spatial impacts of large-scale urban megaprojects such as the Cheonggyecheon Restoration. The lab leverages big data, GIS, and spatial analysis to inform evidence-based urban policy and sustainable development strategies.
Professor Seung-Sup Kim's research lab focuses on the intersection of public health, mental health, and social determinants of health, particularly in the context of South Korea. The lab investigates mental health disparities among sexual and gender minority populations, including internalized homophobia, gender minority stress, and their impacts on depressive symptoms and suicidality. It also examines the effects of precarious employment and work-family conflict on psychological well-being, especially among women and healthcare workers. The lab's work informs health promotion strategies and organizational policies to reduce mental health burdens in vulnerable populations.
Professor Young-Kyun Kim's research lab specializes in regenerative oral and maxillofacial surgery, focusing on the development and clinical application of autogenous tooth-derived bone graft materials. The lab investigates the biological and structural properties of tooth-derived substances, particularly their mineral composition and osteoinductive potential, for use in alveolar ridge preservation and guided bone regeneration. Key research directions include optimizing bone grafting techniques using xenografts and collagen scaffolds, enhancing mechanical stability of dental implants, and improving outcomes in orthognathic surgery through better understanding of complications and patient selection. The lab also explores tissue engineering strategies using growth factors and stem cells derived from teeth to promote bone regeneration.
Professor Juhwan Park's research lab specializes in the development of user-friendly, portable microfluidic systems for point-of-care testing (POCT), with a focus on eliminating the need for complex external pumping mechanisms. The lab pioneers finger-actuated and self-powered microfluidic devices that leverage capillary action, pressure modulation, and PDMS-based pneumatic valves to enable reliable, low-cost sample preparation and diagnostics. Key research directions include multistep reaction control in paper-based assays, flow rate regulation through material engineering (e.g., pressed nitrocellulose membranes), and integration of fluidic pumps and valves for nucleic acid purification and blood typing. The lab emphasizes practical, user-independent diagnostic solutions for clinical and food safety applications.
Professor Si-Wan Kim's research lab specializes in atmospheric chemistry and air quality modeling, focusing on the sources, transport, and transformation of air pollutants such as nitrogen oxides (NOx), carbon monoxide (CO), and ozone. The lab integrates satellite observations, aircraft measurements, and high-resolution chemical transport models—particularly WRF-Chem—to evaluate and improve emission inventories and to understand the impacts of anthropogenic emissions on regional air quality and climate. A central theme is the use of top-down approaches to validate and refine bottom-up emission estimates, especially from power plants, urban areas, and on-road vehicles in complex urban environments like Southern California and the eastern U.S. The lab also investigates long-term trends in air pollution and the effectiveness of emission control policies.
Professor Young Min Park's research lab specializes in head and neck oncology, with a focus on minimally invasive surgical techniques such as transoral robotic surgery (TORS) for treating cancers of the pharynx and larynx. The lab also investigates molecular mechanisms of cancer progression and chemoprevention, particularly the anticancer effects of natural compounds like diallyl disulfide (DADS) in colorectal cancer. Additionally, the lab explores viral oncogenesis, especially the role of hepatitis B virus (HBV) genotypic variations in hepatocellular carcinoma development. A growing emphasis is placed on integrating clinical data with machine learning to predict disease recurrence in thyroid cancer patients.
Professor Jung-Yul Cha's research lab specializes in digital orthodontics, implant biomechanics, and advanced dental materials. The lab focuses on optimizing clinical outcomes through computer-aided design and manufacturing (CAD/CAM) technologies, including customized brackets, clear aligners, and miniscrew implants. Key research directions include evaluating the mechanical behavior of dental implants under varying insertion torques, assessing the accuracy and translucency of 3D-printed and thermoformed aligners, and improving the stability and biocompatibility of orthodontic appliances.
Professor Hyun Joo Kim's research lab specializes in critical care anesthesiology and respiratory physiology, with a focus on advanced airway management techniques, protective strategies for healthcare workers during infectious disease outbreaks, and the cellular mechanisms underlying lung injury and repair. The lab investigates innovative respiratory support technologies such as high-flow nasal oxygenation and video laryngoscopes to improve patient outcomes in difficult airway scenarios. Additionally, the lab explores molecular pathways involved in acute lung injury, particularly the role of lipid mediators and integrin signaling in alveolar epithelial repair.
Professor Junhee Seok's research lab specializes in computational systems biology and data-driven biomedical research, focusing on deciphering complex regulatory networks in inflammatory diseases using multi-omics data and network analysis. The lab develops advanced statistical and machine learning methods to model gene regulatory networks, particularly in the context of host responses to immune challenges such as LPS stimulation. A key focus is improving the translational relevance of mouse models by systematically comparing murine and human immune responses at the genomic level. The lab also explores the impact of corporate social responsibility and ESG initiatives on firm value, integrating social science with data analytics to uncover mediating mechanisms such as customer satisfaction and word-of-mouth.
Professor Jae Yun Song's research lab focuses on gynecological oncology, with a strong emphasis on the molecular pathology and biomarker discovery in endometrial and cervical cancers. The lab investigates protein expression profiles, immunohistochemical markers, and potential diagnostic and prognostic factors such as osteopontin and transcription factors like hepatocyte nuclear factor-1β. Additionally, the lab explores clinical outcomes and minimally invasive surgical techniques, such as single-port robotic surgery, in gynecologic cancer patients. Their work bridges basic molecular research with clinical applications to improve early detection, diagnosis, and treatment strategies.
Professor Ji Yoon Kim's research lab focuses on metabolic and physiological health, with a strong emphasis on diabetes management, glycemic control, and the impact of environmental and lifestyle factors on metabolic and reproductive health. The lab investigates novel biomarkers such as the Glycemia Risk Index (GRI) to improve clinical assessment of glucose variability and its complications, particularly in type 2 diabetes. Additionally, the lab explores the effects of electromagnetic field exposure on reproductive function and the role of body composition in aging-related metabolic changes. These studies integrate clinical, physiological, and behavioral research to advance preventive and personalized healthcare strategies.
Professor Ahmad Jalal's research lab specializes in human-centered intelligent systems, focusing on human activity recognition, gesture recognition, and sensor-based behavioral analysis using multimodal data from wearable and ambient sensors. The lab develops advanced machine learning and computer vision techniques to enable accurate, real-time detection of human movements and interactions, with applications in healthcare, education, and human-computer interaction. Research emphasizes markerless gesture recognition, smartphone-based sensing, and robust feature extraction from noisy sensor data to support practical deployment in real-world environments.
Professor Ji Hye Hwang's research lab specializes in digital health and rehabilitation sciences, focusing on innovative, technology-driven solutions for musculoskeletal and lymphatic disorders. The lab investigates the efficacy of augmented reality (AR)-based telerehabilitation systems, such as UINCARE Home+, in improving functional outcomes after orthopedic and oncologic surgeries, including rotator cuff repair and breast cancer surgery. It also explores the use of medical imaging and biomechanical assessment to evaluate and predict treatment responses in conditions like lymphedema and foot deformities. A key research direction involves understanding the genetic and clinical factors influencing musculoskeletal pathologies, such as accessory navicular bone and post-surgical shoulder stiffness.
