Accelerating the development of pressure-modulated shockwave histotripsy (PSH) to build an AI-robot ultrasound convergence platform for personalized, incision-free precision treatment
Innovating research administration through one-stop support for large-scale research projects, Kyung Hee achieves a record 194.8 billion KRW in external R&D funding for 2025
Participating Institutions Include Kyung Hee University, KIST, and Korea University in Attendance
Accelerating Technology Startups and Global Market Entry for Participating Companies
Office of External Affairs invites 250 parents for student lunch, campus tours, and dormitory visits
Introductions to scholarship, career, and internationalization programs help parents understand university life
Expanding research cultivated at Kyung Hee into independent research
Awarded prestigious fellowship designed to support young researchers
The Smart Tourism Research Center as an Academic Hub for Future Scholars
Rising as a Global Leader in Smart Tourism via National Projects and International Academic Ecosystems
Senior Scientist in Space Biology, Overseeing Research and Experiments on the International Space Station (ISS)
Elevating Korea’s Space Medicine and Space Life Sciences to the Next Level at the Institute for Future Space Exploration
Offering diverse support programs to ensure the successful growth of resident companies
A new industry-academic cooperation platform where university research, education, and industrial sites meet
Latest LLM Models Available to All Kyung Hee Members
From Test to Images and Videos
“Further Accelerating the University’s Digital Transformation”
Identifying a New Signaling Axis for Non-Small Cell Lung Cancer Growth
Leveraging the College of Korean Medicine’s Leading Research Center Pipeline to Suggest Potential New Targets for Diagnosis and Treatment
A research team at the Center for Herb-based Cancer Research, led by Dean Seong-Gyu Ko of the College of Korean Medicine, has identified a new molecular mechanism—the GPR54-DDC axis—that supports the growth and survival of non-small cell lung cancer (NSCLC), the most common type of lung cancer. Through preclinical models, the team confirmed that the receptor protein GPR54 (KISS1R) promotes tumor growth by regulating the expression of Dopa Decarboxylase (DDC) and the energy metabolism of cancer cells.
The findings were published in Signal Transduction and Targeted Therapy (Impact Factor: 52.7), a prestigious journal within the Nature Portfolio. (Link to paper) This study is highly significant as it provides a unified explanation of how cancer cell signaling, energy metabolism, and tumor proliferation are interconnected through a single molecular axis.