國立臺灣大學生物機電工程學系

  學生1 吳董事長介紹了自 己與公司團隊遍及全球、對於農業資訊數據分析的經驗，其中我覺得最有感的 是對於台灣的鳳梨，吳董事長雖為資料科學專家，卻也深諳農學知識，了解影 響到鳳梨質地的因素，像是土壤濕度。我認為投身於智慧農業產業該是如此， 如吳董事長所說，不是單純於單一領域成為專家，而是需要跨領域能夠作為 「橋樑」的人。   撰寫者：博士班學生 賴胤皓 President Wu introduced himself and his globally distributed company team, sharing his experiences in agricultural information and data analysis. What resonated with me the most was his discussion on Taiwan’s pineapples. Although President Wu is a data science expert, he also possesses deep knowledge of agronomy, understanding factors that affect pineapple texture, such as soil moisture. I believe that pursuing a career in smart agriculture should follow this approach. As President Wu mentioned, it is not just about becoming an expert in a single field, but rather about being an interdisciplinary bridge who can connect different domains.   Author: PhD student: Yin-Hao Lai 學生2 首先，非常感謝生機系請到 DATAYOO 悠由數據的董事長來介紹這個與生機系 非常有關的演講者與演講主題。吳董事長介紹的案例很像生機系或我們實驗室 在做的事情，只是都更加純熟、更進階，且更具有經濟規模與價值。其中 FarmiSpace 讓我大開眼界。運用有別於一般的 RGB 彩色影像，DATAYOO 使 用衛星影像來達到智慧農業。並且用直覺的圖像來呈現資料分析的結果，提供 一個很好的解決方案。我從中學到了很多資料圖象呈現的好方法。   撰寫者：碩士班學生 陳澔平 "First of all, I would like to express my gratitude to the Department of Bio-Industrial Mechatronics Engineering for inviting the President of DATAYOO to share this insightful lecture, which is highly relevant to our field. The cases presented by President Wu closely resemble the work done in our department and laboratory, but they are more refined, advanced, and scaled for greater economic value. Among them, FarmiSpace was particularly eye-opening for me. Unlike traditional RGB color images, DATAYOO utilizes satellite imagery to achieve smart agriculture. Moreover, they present data analysis results through intuitive visualizations, offering a highly effective solution. From this talk, I learned many valuable techniques for data visualization and presentation."   Author: Master student: Hao-Ping Chen p { line-height:1.7; }

  Workshop 交流會師生合照 (螢幕右方：左一至左五依序為：長船健二教授、侯詠德教授、鄭宗記教授、吳筱梅助理教授) Workshop 交流會的會後餐敘合照 (左一至左五依序為：謝博全副教授、侯詠德教授、長船健二教授、陳力騏教授、鄭宗記教授)     生機系侯詠德教授再次邀請日本京都大學 iPS 細胞研究所的長船健二教授/副所長於 2024年 12 月 18 日至 19 日蒞臨本系，並於 12 月 18 日與生機系的師生們於知武館 401 教室一同參與 2nd National Taiwan University and Kyoto University Joint-symposium。 會中，除了長船健二教授帶來的「iPSC technology-based regenerative therapy and drug discovery for liver diseases」演講之外，還包含以下研究發表： 丁健芳助理教授：「Evaluation of hepatocyte separation and culture in laser-fabricated microchannels」 侯詠德教授團隊： Development of a DLM-coated liver-on-a chip for enhanced hepatic functions and drug testing applications Development of a vascularized liver-on-a chip platform for liver tissue engineering Establishment of a fatty liver detection and drug prediction platform using a machine learning-based liver-on-a chip system 謝博全副教授團隊：「An aptamer-based capacitive biosensor for gluten detection」 鄭宗記教授團隊：「Determination of o‑phthalaldehyde for dose verification of the clinical disinfectant by fluorescent sequential injection analysis」 吳筱梅助理教授團隊：「Development of a smart automated microscopic image tracking system for precision of living cells」 盧彥文教授團隊：「Innovative technologies in blood filtration and component separation」 陳林祈教授團隊：「Rapid D-dimer colorimetric assay based on unmodified aptamer-gold nanoparticle conjugates」 會中除了再次讓本系教師群能與長船健二教授交流討論研究議題之外，侯詠德教授亦曾於 2024 1015~1215 期間派遣兩位碩班同學至長船健二教授實驗室交流學習兩個月，這也更增加了雙方日後的交流合作之空間。

  介紹幹細胞技術在腎臟疾病治療與藥物研發上的應用。演講首先說明了細胞增 殖和分化的概念，說明幹細胞具有自我更新和多能分化的特性。幹細胞可分為 全能性、多能性、多潛能和單潛能等不同類型，能分化成外胚層、中胚層和內 胚層的各種細胞，這對再生醫學具有重要意義。 對未來發展之啟發：幹細胞技術，特別是 iPSC 技術的發展，為醫療領域開創了 新的可能性。這不僅在腎臟疾病的治療方面提供了新思路，也為藥物開發提供 了更精確的研究平台。對於我們實驗室來說，可以反過來省思目前創新醫材計 劃該如何改進，達到更好的病人洗腎效果預測。   撰寫者：碩士班學生 王鏡溏 The lecture introduced the application of stem cell technology in treating kidney diseases and drug development. It began with an explanation of cell proliferation and differentiation, highlighting the unique properties of stem cells, including self-renewal and pluripotency. Stem cells are categorized into totipotent, pluripotent, multipotent, and unipotent types, with the ability to differentiate into various cells from the ectoderm, mesoderm, and endoderm, which is of great significance for regenerative medicine. The advancement of stem cell technology, particularly induced pluripotent stem cell (iPSC) technology, has opened up new possibilities in the medical field. It not only offers new approaches for treating kidney diseases but also provides a more precise research platform for drug development. From our laboratory's perspective, this encourages us to reflect on how we can further improve our current innovative medical device projects to enhance dialysis outcome predictions for patients.   Author: Master student: Ching-Tang Wang p { line-height:1.7; }