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Laboratory of Molecular Image on Translational Research

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團隊特色

團隊長期聚焦於膠質母細胞瘤與實體腫瘤(如肝癌、腎癌等)之新穎診療策略開發,融合分子影像、生醫材料、奈米藥物、腫瘤免疫與基因幹細胞工程,團隊發表文章總累積引用次數超過2400次。

​本團隊長期聚焦於腫瘤免疫、分子影像、幹細胞遞送與奈米藥物開發,已建構完善且可模組化之跨領域研究平台。現階段已整合分子影像技術(如NF-kappa B報導系統、放射探針追蹤)、幹細胞工程(含UC-MSC基因修飾與外泌體分泌調控)、以及功能性奈米材料(如PEG化脂質體、醣基奈米粒子等),可針對多種實體腫瘤進行療效評估與轉譯應用。此外,團隊亦成功串聯動物模式與臨床樣本驗證系統,發展具備臨床潛力之標靶策略,並推動部分技術商品化與國際授權,形成研究—應用—臨床的完整鏈結。我們亦逐步建立自主研發鏈結從in vitro、in vivo模型建立到IND技術驗證,以降低藥物開發初期技術門檻與產學落差。

獲獎心得

承蒙評審先進與學術界的肯定,能獲得本次榮譽,深感殊榮。回顧過去的研究歷程,團隊始終以「跨域整合、臨床轉譯、技術商品化」為核心,持續在膠質母細胞瘤與實體腫瘤的診斷與治療上尋求突破。這一路走來,能夠在分子影像、生醫材料、奈米藥物、腫瘤免疫與基因幹細胞工程等領域串連不同專業,並與國內外學研及產業夥伴共同合作,讓研究成果不僅停留於實驗室,更逐步走向臨床應用與產業發展,這是我最感到欣慰之處。

我要特別感謝一路支持的師長、合作夥伴與研究團隊成員,沒有大家的共同努力與無私付出,不可能完成這些具代表性的成果。也感謝國家科會與母校的支持,使我們能持續推動前瞻研究並培育年輕人才。這份榮耀不只是對過去努力的肯定,更提醒我在未來肩負起更大的責任。展望未來,我們將持續深化免疫奈米材料、幹細胞基因療法與個人化精準醫療的研究,期望能將臺灣在癌症診療科技領域推向國際舞台,並將研究成果真正落實於臨床,造福更多病患。

research resources

Main resources and equipment in LMITR

Our lab equip with following equipment including luminescence fluorescent imaging system (SpectraMax iD3), mouse surgical microscope platform and system, biomedical image analysis software (PMOD), luminescence imaging system (UVP ChemiDoc-It imaging system), Flow Cytometry (ACEA biosciences. Inc. NOVOCYTE), tissue homogenization system (gentleMACS™ Dissociator)... etc. The above-mentioned equipment can be used for the application of nanomaterials in cancer treatment and biomedical imaging.

Cooperators:

  1. Center for Advance Molecular Imaging and Translation, Chang Gung Memoiral Hospital, New Taipei City

  2. China Medical University Hospital, Taichung

  3. Institute of Nuclear Energy Research, Atomic Energy Council, Taoyuan City

  4. Taipei Medical University, Taipei

  5. National Cheng Kung University, Tainan

  6. National Yang Ming Chiao Tung University, Taipei

  7. The University of Melbourne, Australia

  8. Centre For Eye Research Australia

 

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research projects

Gene Modified Mesenchymal Stem Cell Therapy and Diagnosis

Due to the characteristic of WJ-MSCs, we hypothesis that WJ-MSCs can be a cell carrier to delivery multi-targeted vectors which may markedly enhance the therapeutic efficacy of glioblastoma.

 

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Molecular Image Application on Cancer

1. Bioluminescence Imaging

2. Micro Positron Emission Tomography

3. MR Chemical Exchange Saturation Transfer

 

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4. Magnetic resonance imaging (MRI)

 

Theranostic 

1. Molecular Magnetic Resonance Imaging (mMRI)

    (Superparamagnetic iron oxide based MRI contrast agents)

2. Drug delivery efficacy (covert by MR signal intensity)

 

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Molecular Image Application on Immunology

Anti-bodies based immunotherapy 

Bioluminescence Imaging​​​​

(Luminescence-based reporter gene model )

 

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1. Low dose chemo combined adoptive T transfer

2. Antibody combination treatment

 

CONTACT ME

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+886-3-4227151#65085

sakiro920@gmail.com

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No. 300, Zhongda Rd., Zhongli District, Taoyuan City 320317, Taiwan (R.O.C.) 科學五館208/404

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Woei-Cheang Shyu

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Professor

Graduate Institute of Biomedical Sciences Professor

China Medical University

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Keng-Li Lan

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Associate Professor

Institute of Traditional Medicine

School of Medicine

National Yang-Ming University

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Chih-Chia Huang

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Professor

Department of Photonic

National Cheng-Kung University

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