最新活動

日期	標題
2025-08-28	114學年度第1學期專題演講時間表
2025-10-31	(專題演講)114.11.6劉姿吟教授 The journey of Arabidopsis PHT1 phosphate transporters from the endoplasmic reticulum to the plasma membrane
2025-10-28	(特別演講)114.11.10鍾正明院士Tissue Patterning in Organoids and Living Avian Skin: Multi-Scale Cellular Communication
2025-10-23	(專題演講)114.10.30 李學禹教授 State-of-the-art in snoring and obstructive sleep apnea
2025-10-17	(專題演講)114.10.23 張景賀助研究員 Why Some Essential Genes Evolve Faster Than Expected?
2025-10-16	(特別演講)114.10.21, 11:00 石清華 Staff Scientist, H4K20me3 reinforces breast cancer cell identity at distal enhancers
2025-10-16	(特別演講)114.10.21, 10:00 王子元研究技師, 透過螢火蟲發光圖譜與影像追蹤來解讀螢火蟲的夜間活動與生殖行為
2025-10-09	(專題討論)114.10.16全以祖副教授 Reprogramming T Cell Responses: From Autoimmunity to Cancer Immunity
2025-10-03	(專題演講)114.10.9 王培育教授 Dietary restriction and aging: a gut pathway toward health
2025-09-26	(專題演講)114.10.2 Prof. 崔善 Sun Choi, Comprehensive molecular modeling and AI/computer-aided drug design, and their applications to drug discovery
2025-09-19	(專題演講)114.9.18林坤陽助理教授 Astrocyte-mediated Cytoskeletal Dynamics Regulates Quiescent Neural Stem Cell Activation
2025-09-12	(專題演講)114.9.18 呂桐睿特聘研究員 Probing Microbial Glycobiology using Synthetic Glycans
2025-09-05	(專題演講)114.9.11 Manuel Maestre-Reyna 馬左仲助理教授, The Photolyase-cryptochrome cinematic universe
2025-08-28	(專題演講)114.9.4 周卓煇特聘教授工程倫理(專業倫理)–從諾貝爾獎得主中村修二博士的個案談起
2025-08-04	(特別演講) 114.8.15 吳謂勝教授 Development of a Database for Identifying Epitopes with Potential to Induce Molecular Mimicry and Autoimmune Diseases
2025-05-29	(專題演講)114.6.5 吳偉愷助理教授 The potential of gut microbiome research for applications in translational medicine and precision health
2025-05-23	(專題演講)114.5.29 林世杰副教授 "Tailing" stories about the enzalutamide-resistant prostate cancer
2025-05-02	(專題演講)114.5.8 永井健治教授 Toward Paradigm Innovation through Biological Researches Focusing on Rare Elements
2025-04-25	(專題演講)114.5.1 蕭蔚助理教授 Vesicle Trafficking and Plant Behavior: What we've Discovered?
2025-04-18	(專題演講) 114.4.24 王翊青副教授 FOXing Out Lung Cancer: Twisting FOXM1 Homodimers to Tame Transcription