國立臺灣大學生命科學院國際學術交流中心

18/08/2026

[2026 Fall Semester] NTUCLS Orientation & Meet-up 🤩

🗓️ Date: Friday, September 4, 2026
🕧 Time: 12:30 – 13:30
📍 Venue: Room 628, Life Science Building, 6F https://maps.app.goo.gl/qMm5zwjV4MWZfw4dA

🍱 Lunch will be provided!

Please sign up by: 5:00 PM, September 1st https://forms.gle/q4RpumAkS46Kbqxy5

We look forward to seeing you there! 👋

13/08/2026

【CLS-CIAE Highlights on International Exchanges】
💫 PSU-NTU Joint Symposium
📍 Hat Yai, Thailand | August 2026

Collaboration between and

News article on Faculty of Science, PSU 🤝⬇️
https://sites.google.com/psu.ac.th/sci-ir/news/3-august-2026

10/08/2026

【CLS-CIAE Grant for Attending International Conference】
📌Institute of Plant Biology / Yusen Wang 王昱森
✈ International Conference on Arabidopsis Research 🇸🇬

本次參與的「國際擬南芥研究研討會（ 2026 ICAR ）」為一年一度的植物科學盛事，至今已邁入第三十六屆。作為全球以擬南芥為主要模式材料規模最盛大的國際學術會議，歷年皆吸引各領域的頂尖學者齊聚一堂。本次大會探討的研究範疇 極其多元，核心主題涵蓋：植物與病原菌交互作用、生物及非生物逆境、植物營養學、細胞生物學、表觀遺傳學、植物生長與發育、 AI 科技的開發與應用，以及前瞻的實際農業應用等。

隨著近年人工智慧技術的突破性發展，大會中湧現許多利用 AI 工具建構大數據庫的創新研究。其中，令我印象最深刻的是第四天「 RNA 生物學」專題中，有學者展示了專為植物科學設計的生成式 AI 系統。該系統能依據使用者輸入的指令精準檢索相關文獻，提供高準確度的專業建議並進行即時學術探討，顯著提升了研究人員的文獻導讀與研發效率。此外，該研究團隊 近期亦推出一套以 RNA 結構為核心的大數據庫，能預測轉錄本特定結構域的功能、後續的調控機制，乃至該轉錄本在植物體內的生理影響。學者們可針對自身的研究領域，檢索感興趣的 RNA 結構與功能解析，這無疑大幅推進了植物 RNA 生物學的研究進展。聆聽這場演講時我內心雀躍不已，因為自己長期深耕於選擇性剪接轉錄本（ Alternative transcripts ）的功能研究，也曾面臨功能驗證上的瓶頸，這項前沿工具的問世，勢必能為我未來擬定研究假設與實驗策略時，提供更具啟發性的思路與解方。

在海報展示環節中，我除了在自己的海報前與多位國際學者進行深入的學術交流、吸取寶貴建議外，也閱覽了許多新穎的研究成果。其中，與我自身課題最相關且極具啟發性的，是由 Donald Danforth Plant Science Center 研究團隊發表的成果。近年來，田野菥蓂（ Pennycress ）因其種子富含油脂，被視為極具潛力的冬季覆蓋作物與生質燃料來源。然而，隨著全球氣候暖化與環境溫度上升，該作物的開花時間面臨大幅延遲的困境，使得如何穩定產量與精準調控花期成為當前待解決 的課題。該團隊利用 CRISPR-Cas9 基因編輯技術敲除其核心生物時鐘基因並進行突變株篩選，最終發現：當剔除 ELF3 基因後，田野菥蓂會展現出顯著且快速的抽薹開花反應。此研究不僅拓寬了科學視野，更實質證明了在面對需要調控複雜生理途徑的農藝作物改良時，內源生物時鐘基因扮演著舉足輕重的關鍵角色，這也促使我對自己的研究產生了更多元、更具應用價值的思考，不再侷限於基礎科學的象牙塔中。

這是本人第一次參與國際性的學術會議，除了有幸能展示自己的研究成果、聆聽大師級的精彩演講外，更深刻體會到將基礎分子生物學研究轉化為實際農業應用的無限潛力。親眼目睹全球頂尖科學家如何將前沿的 AI大數據技術與傳統基因編輯交織融合，去解決真實世界中的氣候與能源危機，帶給我極大的震撼與鼓舞。這次寶貴的與會經驗不僅開闊了我的學術中視野，更激發了我對自身研究課題的熱忱。回台後，我期許自己能將這些嶄新的思維與工具融入現有的實驗架構中，為植物科學與作物改良研究貢獻一份心力。

29/07/2026

【CLS-CIAE Highlights on International Exchanges】
💫 The 3rd SKKU-NTU Joint Symposium
📍 Suwon, South Korea | June 2026

Collaboration between and

23/07/2026

【CLS-CIAE Highlights on International Exchanges】
💫 The 23rd International Joint Symposium on Molecular & Cell Biology
📍 Kyoto, Japan | June 2026

Collaboration between , , and

17/07/2026

15/07/2026

📢【全新】臺大僑港澳生單獨招生｜2027年9月入學｜8月3日開放申請

國立臺灣大學僑港澳生入學申請將自今年起實施改制，原「海外高中推薦入學」管道將正式更名為「僑港澳生單獨招生」，並由「學校提名制」改為「學生自主申請制」，鼓勵學生展現個人潛質，主動規劃未來發展。

🔥招生簡章預計於 7 月上旬公告，敬請留意境外招生資訊網資訊更新。
🔗連結 | https://admissions.ntu.edu.tw/zh-hant/overseas-students/

🙌🏻為協助申請者、家長及師長深入了解新制，本校將舉辦線上招生說明會。此次將安排在校學生分享臺大求學心得、學術資源與優勢及準備申請資料的建議，亦有學校代表於線上即時互動諮詢。

🚨線上說明會
🔷中文場 | 7 月 23 日 (四)
🔷英文場 | 7 月 24 日 (五)
🕑時間 | 18:30 – 19:30 (GMT+8)
🔗報名連結 | https://forms.gle/TWEW8tFFxKxjaue4A

///

[NEW] NTU Admissions for Overseas Chinese, Hong Kong, and Macau Students | 2027 SEP Entry | Opens Aug 3

National Taiwan University (NTU) has officially updated its admission pathway starting this year. The former “Recommendation by Overseas High Schools” has been transitioned into “NTU Admissions for Overseas Chinese, Hong Kong, and Macau Students,” shifting from a school-nomination system to an individual student-application system. This change aims to encourage students to showcase their unique potential and take the initiative in planning their future development.

🔥The admission guidelines are expected to be released in early July. Prospective applicants are advised to keep a close eye on our website for the latest updates.
🔗Link | https://admissions.ntu.edu.tw/overseas-students/

🙌🏻To help applicants, parents, and teachers better navigate this new application pathway, we will host online information sessions. Attendees will gain valuable insights into the NTU journey and academic resources directly from current students, while university representatives will be on hand for real-time online consultations.

🚨Online Info Sessions
🔷Mandarin Session | July 23 (Thu)
🔷English Session | July 24 (Fri)
🕑Time | 18:30 – 19:30 (GMT+8)
🔗Registration Link | https://forms.gle/TWEW8tFFxKxjaue4A

29/06/2026

《2026 臺大標本研習營》開放報名！

今年夏天，臺大動物博物館與植物標本館推出「2026 臺大標本研習營」，從標本製作、觀察詮釋到策展與教育桌遊，帶大家重新認識標本在研究、典藏、展示與教學中的多重可能。

本次課程包含：
• 動物標本製作｜完整班
• 動物標本製作｜一日班
• 植物標本製作
• 標本策展挑戰｜研習班
• 創意標本桌遊｜研習班

課程對象包含中小學教師、博物館工作者與志工、高中以上學生，以及對自然科學、標本製作、博物館教育與詮釋設計有興趣的朋友。

其中「標本策展挑戰」與「創意標本桌遊」研習班由文化部補助，免費參加，採報名審核制，教師、博物館人員及已報名動物或植物標本製作課程者優先錄取。

地點｜臺大校總區 思亮館／生命科學館
日期｜2026 / 7 / 31 – 10 / 17（各場次時間請見報名頁）
報名連結｜ACCUPASS
→ https://www.accupass.com/event/2606140420332074476308

歡迎轉貼、分享給有興趣的老師、學生、博物館工作者與朋友！

29/06/2026

【College-level Exchange Program】
✏️ Yadanar 🇲🇲 from Mahidol University 🇹🇭
📍 Second Semester 2025/2026

I really like my experience at NTU through my exchange program so far. I took 2 courses and 1 lab internship. All of them gave me a lot of new knowledge and valuable experience.

First, I took Intertidal Ecology. We had 3 field trips, which helped me could learn not only from lectures but also from field experiences. The 3 field trips were to a sandy shore, a rocky shore, and mangrove habitats. Through these trips, I gained experience studying sandy shore ecosystems, including ghost crabs, rocky shore ecosystems where I learned how to use transects and identify different organisms, and mangrove ecosystems in Taiwan. Some lectures were taught at Academia Sinica, which I really enjoyed because I had the opportunity to visit and experience another research campus. In the Molecular Ecology lectures, the professors also assisted us in becoming familiar with different applications and research methods. Through the field trips, I gained a lot of experience studying intertidal ecosystems and had the chance to learn more about intertidal conservation in Taiwan. I also enjoyed observing different organisms in their natural habitats and understanding how they adapt to environmental changes.

Secondly, I took Bioinformatics. Even though I had zero knowledge of bioinformatics before course, it provided me with not only a basic understanding but also more advanced knowledge of the subject. Although we did not need to learn coding, I gained a good understanding of how bioinformatics can be applied in biological research. It is very beginner-friendly and easy to follow.

Also, I enjoyed living in Taiwan. I had the opportunity to meet students from different countries and learn about different cultures. I also experienced Taiwanese culture, food, and daily life, which made my exchange experience even more memorable. In addition, studying abroad helped me become more independent and adaptable in a new environment. Overall, my exchange experience at NTU has been very rewarding, and I am grateful for all the knowledge, skills, and experiences that I have gained so far.

18/06/2026

【CLS-CIAE Grant for Attending International Conference】
📌 Institute of Fisheries Science / Fatima Khizar
✈ World Aquaculture Singapore 2026 🇸🇬

World Aquaculture Singapore 2026 was organized by the World Aquaculture Society from 2–5 June 2026. The included both a scientific conference and an Aquaculture Trade Show. Attending this event was a valuable learning experience that enhanced my knowledge of aquaculture and fisheries science. I gained insights into a diverse range of topics, including sustainable aquaculture practices, fish nutrition, fisheries management, and aquatic animal health through scientific presentations, poster exhibitions, and talks by keynote speakers from different countries. Many topics were directly relevant to my own research and provided me with new perspectives for further studies.

I also shared my research work through an e-poster presentation, which helped me gain constructive feedback from international experts. This experience helped strengthen my scientific communication skills and increased my confidence in presenting research. Moreover, the aquaculture trade show provided an opportunity to learn about the latest technologies, equipment, and innovations adopted by the industry. As a student, interacting with exhibitors helped me better understand how research findings are translated into practical applications and commercial solutions.