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- KU Suggests Possibility of Colon Cancer Treatment Based on Fragrance Components
- KU Suggests Possibility of Colon Cancer Treatment Based on Fragrance Components- The mechanism behin
- 2025.04.23 Communication Team
list of postings
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KU Suggests Possibility of Colon Cancer Treatment Based on Fragrance Components- The mechanism behind tumor growth inhibition through the olfactory receptor OR51E2 has been identified.△ The e-x-p-r-e-Communication Team 2025.04.23 17
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Korea University Institute for Global Humanities Research and Collaboration Selected for Humanities Korea 3.0 project- To suggest a new direction for Korean studies in the age of AI and to build a hubCommunication Team 2025.04.17 24
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KU Develops a Sweat Sensor Patch with a Display- The novel sensor is expected to be applied by the healthcare industry as a reusable system enabling continuous monitoring.△ Activation of the blue dispCommunication Team 2025.04.17 18
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The Department of Political Science and International Relations was ranked as the top political science department in Asia. - The department was ranked first in Korea in terms of research impact, topCommunication Team 2025.04.17 13
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Korea University Professor Sung-do Kim s TeamPresents a Novel Interpretation of Large-Scale Art Collections and Donations - Publishes Groundbreaking Study on Art Donations in Prestigious InternationalCommunication Team 2025.04.17 11
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Professor Kim Sung-do of the Department of Linguistics at Korea University Delivers Landmark Lecture as the First Korean Invited by Italy s Bruno Kessler Foundation Opening new horizons in the studyCommunication Team 2025.04.17 12
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KU Research Group Opens the Possibilities of Controlling Memory Functions Through Noninvasive Brain Stimulation - Planning to develop a highly reliable technology for enhancing key memory functions thCommunication Team 2025.04.17 14
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KU develops an environment-responsive magnetic soft robot- Next-generation soft robot technology innovation has been achieved, and the robot is expected to be used for environmental monitoring and medCommunication Team 2025.04.17 14
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KU s World-First Identification of the Cause of Freezing-Driven Cell Injury,Expected to Revolutionize Biological Sample Preservation Technology -Technologies for long-term storage and biopharmaceuticaCommunication Team 2025.04.09 17
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KU has developed a technology for forming pseudo-conductive channels along dielectric heterojunction interfaces.The technology enables the transmission of electric signals simply through mechanical stCommunication Team 2025.04.09 14