Research

開發各類奈米材料：金屬奈米粒子、奈米簇、高分子奈米粒子及多孔隙奈米材料。

優化合成與製程技術，應用於生醫領域。

透過基因工程與合成生物技術，設計與生產重組蛋白質與核酸結構。

目標是開發精準功能的奈米生物材料，作為藥物輸送載體、基因治療工具及生物感測元件。

專注於核酸骨架開發、RNAi治療靶點篩選、新型基因與藥物載體研發。

特別針對癌症治療應用。

研究蛋白質摺疊與基因調控機制，發掘潛在治療靶點。

特別關注腦癌與兒童腦癌研究。

積極發展生物感測器技術，提升對癌症與病原體等生物標誌物的檢測能力。

運用 RNA scaffold 構建、重組蛋白模擬系統，以及蛋白質結構預測工具（如 AlphaFold 和 RoseTTAFold）。

目標是加速生物機制的理解與技術開發。

Develop various types of nanomaterials, including metal nanoparticles, nanoclusters, polymeric nanoparticles, and porous nanomaterials. Optimize synthesis and process technologies for biomedical applications.

Use genetic engineering and synthetic biology techniques to design and produce recombinant proteins and nucleic acid structures. The goal is to develop functionalized nanobiomaterials for drug delivery, gene therapy, and biosensing applications.

Focus on nucleic acid scaffold development, RNAi target screening, and the development of novel gene and drug delivery carriers, particularly for cancer treatment.

Study protein folding and gene regulation mechanisms to identify potential therapeutic targets, with a particular focus on brain cancer and pediatric brain tumors.

Actively develop biosensor technology to enhance the detection of biomarkers for cancer and pathogens.

Utilize RNA scaffold construction, recombinant protein modeling systems, and protein structure prediction tools (such as AlphaFold and RoseTTAFold) to accelerate the understanding of biological mechanisms and technology development.