探索全球顶尖大学的研究室——研究领域与主要论文一览无余。
Professor Soo-Mi Lim's research lab specializes in cerebrovascular and neurovascular diseases, with a focus on spinal and intracranial arteriovenous malformations, particularly those involving rare anatomical regions such as the filum terminale and posterior inferior cerebellar artery (PICA) segments. The lab investigates the clinical, radiological, and microstructural brain changes in pediatric and adolescent neurological conditions, including epilepsy and Parkinson’s disease models, using advanced neuroimaging techniques like diffusion tensor imaging (DTI) and MRI. A key research direction involves understanding the topological organization of brain networks in relation to intellectual giftedness and neuropsychological function.
Professor Dong-Hyuk Park's research lab focuses on regenerative neuroscience and biomedical engineering, with a primary emphasis on stem cell-based therapies for neurological disorders such as stroke and Parkinson’s disease. The lab investigates the mechanisms underlying neural stem cell proliferation, survival, and differentiation, particularly using human-derived neural stem cells and umbilical cord blood cells in preclinical models. Additionally, the lab explores innovative diagnostic and therapeutic platforms, including artificial olfactory systems based on fluorescent sensor arrays for volatile organic compound detection, demonstrating a multidisciplinary approach bridging neuroscience, stem cell biology, and materials science. Their work aims to extend the therapeutic window for stroke and enhance the efficacy of cell transplantation through improved understanding of cellular behavior and microenvironmental cues.
Professor Changwook Jung's research lab specializes in the multiscale modeling and simulation of energy materials, with a strong focus on thermoelectric materials, phonon transport, and transparent conductive oxides. The lab integrates first-principles electronic structure calculations, full-band transport theories, and machine learning to predict and optimize thermal, electrical, and mechanical properties of advanced materials. A key emphasis is on bridging quantum mechanical simulations with data-driven models to accelerate materials discovery and design.
Professor Young-Hoon Jung's research lab specializes in advanced smart sensor technologies and human-machine interaction, with a focus on flexible piezoelectric acoustic sensors for next-generation voice interfaces. The lab pioneers self-powered, high-sensitivity sensors that enable real-time biomechanical signal detection, particularly for speech recognition and biometric authentication. By integrating novel piezoelectric materials with machine learning algorithms, the lab develops intelligent systems for personalized AI services and hyperconnected environments. Research also extends to geomechanics, particularly creep behavior and particle breakage in granular soils, reflecting a multidisciplinary approach to material response under stress.
Professor Sang Hun Lee's research lab specializes in visual neuroscience and cognitive neuroscience, focusing on how the brain processes dynamic sensory information, perceives time, and integrates neural signals across cortical and subcortical circuits. Key research directions include the neural mechanisms underlying perceptual awareness during binocular rivalry, the role of temporal dynamics in visual perception (such as synchronized motion changes), and the neural correlates of interval timing and motion adaptation. The lab employs advanced neuroimaging techniques like fMRI and pupillometry to explore how cognitive states and neuromodulation shape sensory processing and perception.
Professor Choi Jae-wook's research lab focuses on population health, epidemiology, and public health interventions with a strong emphasis on environmental and behavioral factors influencing disease development. The lab investigates the health impacts of artificial light at night, respiratory diseases such as MERS and COVID-19, and childhood asthma, particularly in relation to genetic, socioeconomic, and environmental determinants. Research also extends to health workforce distribution and health system challenges in low-resource settings, such as Cameroon, highlighting health equity and policy-relevant outcomes.
Professor Soo-Jin Lee's research lab focuses on the intersection of culture, self-construal, and human behavior, particularly in social interaction, decision-making, and self-regulation. The lab explores how cultural orientations—such as interdependent vs. independent self-construal—affect temporal perception, task evaluation, and negotiation strategies across East Asian and Western contexts. It also investigates digital behavior, including Internet use patterns and cyber ethics among youth, as well as the psychological underpinnings of self-control and perceived power. Additionally, the lab contributes to technical applications in autonomous systems, such as vision-based UAV landing strategies.
Professor Soo Hong Seo's research lab specializes in translational immunology and regenerative medicine, with a focus on mesenchymal stem cell-based gene therapy and cancer immunotherapy. The lab investigates the use of engineered MSCs to deliver therapeutic molecules like modified interleukin-12 to enhance antitumor immune responses, particularly through sustained T-cell activation and cytokine production. Additional research extends to viral immunology, particularly in identifying cytotoxic T-lymphocyte epitopes in infectious bronchitis virus, and clinical dermatology, where the lab evaluates laser therapies for scar management and skin infections. The lab bridges preclinical immunology with clinical applications, aiming to improve outcomes in oncology, infectious diseases, and soft tissue healing.
Professor Woo-jeong Kim's research lab focuses on the intersection of aging, mental health, and neurological disorders, with a strong emphasis on identifying modifiable risk factors for cognitive and sleep-related conditions in older adults. The lab investigates the impact of psychological traits such as alexithymia on psychiatric disorders like OCD, explores the neurobiological underpinnings of sleep disturbance and depression in shift workers using neuroimaging, and examines the role of social networks in protecting cognitive function across gender. The lab also studies metabolic and systemic factors—such as glycemic status and chronic disease—influencing dementia risk, particularly in community-dwelling elderly populations.
Professor Hongbaek Cho's research lab focuses on bacterial cell wall biogenesis, with a particular emphasis on the molecular mechanisms governing cell division, morphogenesis, and antibiotic resistance in model organisms such as *Escherichia coli* and *Burkholderia cenocepacia*. The lab investigates key proteins and regulatory systems—including FtsZ, PBP2, and quorum sensing regulators like CepR—that control cell wall synthesis, cytoskeletal dynamics, and stress responses. By combining genetic, biochemical, and genomic approaches, the lab uncovers fundamental principles of bacterial physiology and identifies potential targets for novel antimicrobial strategies. Their work also explores how pathogens like *B. cenocepacia* coordinate virulence and persistence in host environments through cell-cell communication and regulatory networks.
Professor Soo-Young Song's research lab specializes in vascular and abdominal radiology, with a focus on the anatomical variations of the celiac and mesenteric arteries, vascular imaging in complex diseases such as Behçet’s disease, and the sonographic and radiological characterization of soft tissue and visceral masses. The lab investigates hemodynamic adaptations in occlusive vascular diseases, particularly collateral circulation patterns in celiac axis stenosis, and evaluates minimally invasive interventions like stent-grafting in challenging vascular conditions. Additionally, the lab explores the radiological features of epidermal cysts and retroperitoneal tumors, contributing to improved diagnostic accuracy and risk stratification in abdominal pathology.
Professor Sangyun Lee's research lab specializes in health services research and translational biomedical innovation, with a focus on organizational behavior in public sector institutions and the development of advanced cell therapies for cancer. The lab investigates how institutional resources and employee perceptions—such as voice, loyalty, and motivation—affect workforce retention and organizational effectiveness in federal agencies. Concurrently, the lab is actively engaged in clinical and translational research on chimeric antigen receptor (CAR) T-cell therapies, particularly optimizing manufacturing processes and enhancing therapeutic efficacy for lymphoid malignancies. Additionally, the lab explores the biological and clinical implications of dietary components, such as capsaicin, in gastrointestinal disorders, integrating genetics and patient-reported outcomes.
Professor Jeong-ho Seok's research lab focuses on neuropsychiatry and psychobiology, with a primary emphasis on the neurobiological mechanisms underlying mood and cognitive disorders. The lab investigates the impact of early-life stress and childhood trauma on the development of major depressive disorder, exploring the interplay between psychological stressors, resilience, and brain structure. Additionally, the lab examines the efficacy and safety of psychopharmacological treatments for delirium and depression, particularly in older adults, while also exploring novel biomarkers such as DHEA and neuroimaging correlates like gray matter density. The integration of clinical psychiatry with translational neuroscience and innovative assessment tools—such as virtual reality-based cognitive testing—defines the lab’s interdisciplinary approach to improving mental health outcomes in aging and psychiatric populations.
Professor Yin Hua Zhang's research lab focuses on the role of nitric oxide (NO) signaling, particularly through neuronal nitric oxide synthase (nNOS/NOS1), in cardiac function and disease. The lab investigates how NO modulates calcium handling, myocardial relaxation, and structural remodeling in both healthy and pathological hearts, with a strong emphasis on hypertension, heart failure, and pre-eclampsia. Using animal models and cellular studies, the lab explores the post-translational modifications of target proteins and the dynamic regulation of NOS isoforms under stress conditions. Their work highlights the protective roles of nNOS in maintaining cardiac homeostasis and preventing adverse remodeling.
Professor Doocheol Moon's research lab focuses on corporate governance, earnings quality, and the interplay between financial reporting and real corporate decisions. The lab investigates how board and audit committee characteristics, auditor tenure, capital structure, and corporate social responsibility (CSR) influence earnings management, accounting transparency, and investor perceptions. A key theme is the dual role of financial and non-financial factors—such as debt levels and CSR—on earnings quality, often revealing non-linear or context-dependent effects. The lab employs empirical, experimental, and econometric methods to explore agency problems, information asymmetry, and the strategic use of accounting discretion.
Professor Chulheekang's research lab specializes in social impact and civic engagement, with a primary focus on philanthropy, volunteerism, and the motivations behind individual and organizational contributions to social welfare. The lab investigates how personal values, social trust, happiness, and institutional credibility shape donation behaviors and long-term donor loyalty. It also explores the role of media, education, and professional image in fostering civic participation and strengthening nonprofit sustainability.
Professor Joo Heung Lee's research lab focuses on translational biomedical research spanning oral tissue biomechanics, cancer signaling pathways, and inflammatory skin disorders. The lab investigates the mechanical behavior of dental hard tissues, the role of AKT isoforms in non-small cell lung cancer, and the clinical and immunological distinctions between intrinsic and extrinsic atopic dermatitis. Additionally, the lab explores dermatological conditions such as vitiligo and acne, with an emphasis on developing clinically relevant grading systems and treatment prediction tools for Asian populations. These diverse yet interconnected research directions highlight a strong commitment to improving diagnostic accuracy and therapeutic outcomes in dermatology and oral medicine.
Professor Jung-won Lee's research lab specializes in advanced dental biomaterials and implantology, focusing on improving osseointegration, implant stability, and long-term clinical outcomes. The lab investigates innovative surface modification techniques—such as hydroxyapatite coating and magnetorheological finishing—to enhance implant biocompatibility and mechanical performance. Key research directions include ridge preservation techniques, implant stability assessment using novel devices like damping capacity analysis, and the development of high-performance resin and ceramic materials for dental restorations. The lab integrates materials science with clinical dentistry to address challenges in bone regeneration, implant longevity, and precision fabrication of dental components.
Professor Ji-Hye Seong's research lab specializes in cellular mechanotransduction and dynamic signaling regulation, focusing on how mechanical forces and biochemical cues are integrated at the molecular level to control cell behavior. The lab develops and applies advanced optical biosensors—particularly genetically encoded FRET-based sensors—to visualize real-time activity of key signaling molecules such as focal adhesion kinase (FAK) and platelet-derived growth factor receptor (PDGFR) in live cells. Their work elucidates the mechanical regulation of integrin-ECM interactions and receptor signaling in membrane microdomains, with implications for understanding cancer progression and inflammatory diseases. The lab also pioneers optobiochemical tools to spatiotemporally control protein functions using light, enabling precise dissection of signaling dynamics.
Professor In Won Park's research lab specializes in biomedical imaging and robotic systems, with a focus on developing advanced imaging technologies for in vivo visualization of dynamic physiological processes and designing innovative robotic actuators for biomedical and space applications. The lab pioneers intravital microscopy techniques to study microcirculation in critical organs like the lung and pancreas, enabling real-time, cellular-level observation of disease mechanisms such as acute lung injury and islet dynamics. Additionally, the lab develops bio-inspired robotic systems, including impedance-controlled tensegrity robots and compliant perching arms for microgravity environments, emphasizing precision, adaptability, and integration with sensing and control systems.
