"Stay Informed with the Latest News and Updates"
2026
"Stay Informed with the Latest News and Updates"
2026
Our PI presents at the 4th CKJ Drosophila Conference in Harbin
Professor Youngseok Lee attended the 2026 4th China-Korea-Japan (CKJ) Drosophila Conference, held from August 14–16, 2026, in Harbin, China. The conference, themed “The Power of Drosophila Genetics,” brought together Drosophila researchers from China, Korea, and Japan to promote scientific exchange and international collaboration.
During the Reproductive and Sensory Systems session on August 15, Professor Lee delivered a presentation entitled “A biphasic gustatory strategy for lipid evaluation in Drosophila.”
In his presentation, Professor Lee discussed how Drosophila melanogaster evaluates dietary lipids, focusing on fatty acids. The work demonstrated that flies exhibit concentration-dependent behavioral responses to these compounds, with lower concentrations producing neutral or attractive responses and higher concentrations promoting aversion. The study further highlighted the involvement of distinct gustatory receptor neuron populations and ionotropic receptor pathways in lipid sensing.
Participation in the CKJ Drosophila Conference provided an important opportunity to share our laboratory’s research and strengthen scientific interactions with researchers across the international Drosophila community.
🏆 Congratulations to Yueyang Kang on Receiving the Future Leader Award
This award recognizes students who have demonstrated sincere effort, outstanding capability, and excellent achievements in academic and research activities, as well as strong potential to contribute to future society. The award was presented on April 30, 2026.
We are proud of this achievement and look forward to seeing continued success in her academic and research journey.
🏆 Our Review Article Selected as an Editor’s Choice Paper in Metabolites
Under the supervision of Professor Youngseok Lee, our review article has been selected as an Editor’s Choice Paper. This review highlights cholesterol as an important biological signal beyond its structural and metabolic roles, and compares its regulation in mammals and Drosophila. It also emphasizes the value of Drosophila as a comparative model for understanding cholesterol-related physiology. The paper was also featured by Metabolites MDPI on social media as an Editor’s Choice publication. Link
🏆 Professor Youngseok Lee’s Team Identifies a Brain-Centered Circuit That Senses Salt and Regulates Intake
A research team led by Professor Youngseok Lee of the Department of Bio Fermentation Convergence at Kookmin University has uncovered a brain-centered circuit that directly monitors internal sodium levels and dynamically controls salt intake. The study was published in PNAS on February 24, 2026. Read more ...