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【科技部新聞稿】2021亞洲生技大會線上論壇 推動「臺灣精準健康戰略產業發展方案」跨域對談 / BIO Asia–Taiwan 2021 Online Conference Public Private Partnership for Precision Health

 2021亞洲生技大會線上論壇

推動「臺灣精準健康戰略產業發展方案」跨域對談

日期:110年7月22日

發稿單位:生命科學研究發展司

聯絡人:洪悅慈科長

電話:02-27377511 / 0978210551

  E-mail:ythung@most.gov.tw

 

跨部會共同推動臺灣精準健康產業

為鼓勵我國ICT產業投入精準健康產業跨域合作並增加國際交流,科技部邀請經濟部及衛福部推薦相關產學研界及跨域案例代表,於亞洲生技大會(BIO Asia-Taiwan) 今(22)日中午舉行線上論壇,辦理推動「臺灣精準健康戰略產業發展方案」跨域對談,科技部林敏聰次長於致詞時表示,臺灣享譽國際的資通訊產業與製造能量、臨床醫療體系以及健保資料庫,結合生醫產業,為臺灣發展精準健康提供良好的基礎,也將會是國際發展精準健康最佳的合作對象與夥伴。

科技部陳鴻震司長表示,我國透過跨部會合作推動臺灣精準健康戰略產業發展方案,除推動相關重點計畫外,亦將建立生醫資料平台,使國內產學研申請者可更快速地獲得完整的健康數據資料進行運用。工業技術研究院生醫與醫材研究所林啟萬所長則以乳癌數位製藥與生醫產業跨域整合實驗場域(TIBIC)為例,說明跨域合作之重要性。財團法人生物技術開發中心吳忠勳執行長則介紹臺灣最新產業動態、相關能力,以及健康與藥物管理系統、AI醫學影像軟體和智慧檢測試劑組等案例,吸引各領域潛在合作夥伴投入精準健康領域。國家衛生研究院學術發展處蔡世峯處長則認為將數據標準化、去識別化與建立共享機制至關重要,可協助跨越醫療機構之間的壁壘,有效利用臨床資源,加速臺灣精準醫療的發展。

 

跨域團隊分享跨域加值之研發成果

臺中榮民總醫院重症醫學部吳杰亮主任分享與東海大學和研華公司跨域合作開發「AI+HI智慧重症照護診療系統」,目前將進行重症照護臨床輔助之決策場域驗證與臨床事務應用。臺北醫學大學陳震宇副校長則分享北醫團隊與雲象科技公司合作開發之Deep Rad. AI肺結節CT影像診斷輔助系統(Deep-Lung:LungRad),可於20秒內篩檢出肺結節病灶位置、協助良惡性判斷及自動產出國際標準臨床處置報告。工業技術研究院生醫與醫材研究所沈欣欣組長分享由合碩生技公司主導,結合新光合纖、臺灣百和、可成生技與睿邑生技及跨法人的研發團隊,共同執行「高生物相容性人工韌帶及固定裝置製程技術開發計畫」,提供肌腱韌帶修復之完整組織材料工程解決方案。

臺灣擁有優異的醫療體系及完整資通訊產業供應鏈,且生醫與科技人才齊備。科技部吳政忠部長對於生醫產業的發展方向,有相當的期許,他期望未來在「臺灣精準健康戰略產業發展方案」推動下,能把握COVID-19疫情加速產業數位轉型的契機,透過租稅獎勵及智慧醫療監理沙盒等法規引導,促進臺灣數位醫療及智慧醫院的發展,在原有的生醫產業基礎導入ICT、IoT、5G、AI等數位科技及大數據資料庫的應用,驅動BIO*ICT跨域創新,並將創新研發成果導入臨床場域,不僅達到全民共享精準健康之福祉,更透過臺灣產業利基優勢及國際合作,塑造臺灣精準健康品牌,進軍國際巿場。

 

BIO Asia–Taiwan 2021 Online Conference

Public Private Partnership for Precision Health

 

      To encourage Taiwan’s ICT industry to participate in the Precision Health industry's cross-disciplinary collaborations and international partnerships, on the noon of July 22, the Ministry of Science and Technology (MOST) has invited representatives with cross-disciplinary collaborative experiences from various industries, including manufacturing, government, universities, institutes, and medical professions, to join BIO Asia-Taiwan online conference “Public Private Partnership for Precision Health.” Minn-Tsong Lin, the Deputy Minister of the Ministry of Science and Technology, stated in his opening speech that Taiwan's distinguished Information and Communications Technology and manufacturing capabilities, renowned clinical medical system as well as Taiwanese National Health Insurance Database, combined with the biomedical industry, have provided Taiwan with a good foundation for developing Precision Health and made Taiwan the best partner for international collaborations.

        According to Director Hong-Chen Chen from the Department of Life Sciences of MOST, Taiwan has launched “Taiwan Precision Health Strategy Development Program” and promoted it through inter-ministerial collaborations. Based on the program, MOST has not only been promoting key projects but also establishing the Taiwan Bio-Medical Data Commons for domestic industry-university-institute applicants to obtain and utilize the complete health data much faster. Director Chii-Wann Lin, from Biomedical Technology and Device Research Laboratories of Industrial Technology Research Institute (ITRI), illustrated the importance of cross-disciplinary collaboration with the examples of breast cancer digital pharmaceuticals from Taiwan Integrated Biomedical Industrial Center (TIBIC). Chung-Hsiun Wu, President of Development Center for Biotechnology (DCB), introduced Taiwan’s latest industry developments, related capabilities and cases, including health and medicine management systems, AI-based medical imaging software, smart detection kits, etc., to attract potential partners in various fields to invest in the Precision Health industry. According to Director Shih-Feng Tsai, from Department of Research Planning and Development of National Health Research Institutes (NHRI), it is crucial to standardize and de-identify data and establish a sharing system to cross the barriers between medical institutions and effectively utilize clinical resources, which will accelerate the development of Taiwan’s precision medicine.

        Chieh-Liang Wu, Chief of the Department of Critical Care Medicine of Taichung Veterans General Hospital, shared their cross-disciplinary collaboration case "AI+HI Smart Critical Care System”, which was developed collaboratively with Tunghai University and Advantech Co., Ltd. The AI+HI Smart Critical Care System has been developed and will complete the field verification of clinical assistance decision-making and clinical application.     Cheng-Yu Chen, Vice President of Taipei Medical University, pointed out that the Taipei Medical University Research Team has developed an AI-assisted lung CT diagnostic model “Lung-Rad” through collaboration with aetherAI Co., Ltd. The system is able to screen the location of pulmonary nodules within 20 seconds, assists the detection of benign character and malignancy, and automatically produces clinical treatment reports under international standards. According to Division Director Hsin-Hsin Shen from Biomedical Technology and Device Research Laboratories of ITRI, the “High value-added biomaterial technologies for implantable tissue repair product development” has been jointly conducted by Shinkong Synthetic Fibers, Taiwan Paiho, Ingrowth Biotech, and Renax Biomedical Technology, as well as a cross-corporate R&D team under the leadership of Ossaware Biotech, to provide complete tissue material engineering solutions for tendon and ligament repair.

     Taiwan already has an outstanding medical system, a comprehensive supply chain for the Information and Communications Technology industry, and well-prepared biomedical and technological R&D professionals. Minister of the Ministry of Science and Technology Tsung-Tsong Wu expressed his expectation about the development direction of the biomedical industry, foreseeing that the digital transformation of industries will be accelerated due to the COVID-19 pandemic, and under the continuous promotion of the “Taiwan Precision Health Strategy Development Program.” The development of Taiwan's digital health and smart hospitals will be promoted through regulations such as tax incentives and smart medical regulatory sandbox. Digital technologies such as ICT, IoT, 5G, AI, and the application of the big database will be introduced to the biomedical industry, triggering the cross-disciplinary innovation of BIO*ICT. By applying the innovative products to the clinical field, the public will be able to enjoy the benefits of precision health. Furthermore, with Taiwan’s industrial niche advantages and international collaborations, Taiwan's Precise Health Brand will be established to join the international market.

 

Media Contact

Ms. Yueh-Tzu Hung

Ministry of Science and Technology

TEL: +886-2-2737-7511

Email: ythung@most.gov.tw

更新日期 : 2021/07/29