2026.0130
NTNU Strengthens Ties with Leading Universities in Japan
National Taiwan Normal University (NTNU) continues to expand its higher education partnerships in Japan. Led by President Cheng-Chih Wu, delegations visited Kanto and Kansai in October 2025 and January 2026, meeting four leading private universities—Waseda, Keio, Ritsumeikan, and Doshisha—and engaging with alumni. Discussions focused on academic collaboration, student mobility, English-medium instruction, and interdisciplinary research.2026.0112
NTNU College of Education–Founded APATE Officially Joins WERA
The Asia-Pacific Association for Teacher Education (APATE), established under the leadership of the College of Education at National Taiwan Normal University (NTNU), has recently officially become a member of the World Education Research Association (WERA). This milestone marks a significant step forward for Taiwan’s teacher education research in engaging with the global academic community and reflects the increasing international engagement and academic presence of NTNU’s College of Education.2026.0107
HNUE Delegation Renews and Strengthens Partnership with NTNU
A delegation from Hanoi National University of Education (HNUE), led by President Nguyen Duc Son, visited National Taiwan Normal University (NTNU) for a two-day academic agenda. HNUE, one of Vietnam’s largest public universities, is accredited by the Ministry of Education and Training (MOET) and has been a university-wide partner of NTNU since 2017. During this visit, both universities signed an extension of their existing MOU and student-exchange agreements, reaffirming their commitment to academic collaboration.2026.0103
Zebrafish Embryos Expose Cisplatin's Kidney Damage Pathway
Traditional animal experiments often rely on mice and rabbits, but they often spark ethical controversy. Distinguished Professor Li-Yih Lin of the Department of Life Science at National Taiwan Normal University leads a research team that makes effective use of a zebrafish embryo model to successfully elucidate the nephrotoxic mechanism of the chemotherapeutic drug, cisplatin. This work has not only opened up a new direction for developing protective drugs that counter nephrotoxicity, but also highlights the innovative value of alternatives to conventional laboratory animals, which is aligned with international standards that increasingly emphasize animal welfare.2025.1226






