Biomaterials, Tissue Engineering, Regenerative Medicine

Inducible transgenic models and developing multimodal molecular imaging tools to be applied in a variety of disciplines, including cancer and inflammatory diseases; Regulatory roles of the stretching force in cell/tissue/organ development

Microfluidics, BioMEMS, Point-of-care diagnostics, Tissue engineering, Regenerative medicine

Biomaterials, Tissue Engineering, Protein-Protein Interactions, Traditional Chinese Medicine (TCM) Scientification, Surface Engineering

Development of Advanced MRI Techniques, Brain Neuroimaging and Network Analysis, Advanced Signal/Image Processing, Development of Novel RF Coils, MRI for Translational Applications

Inhalation Medicine, Radiopharmaceuticals for Imaging & Therapy, NanoSafety, BioAnalytical Chemistry: chromatography, mass spectrometry and imaging technology

High intensity focused ultrasound ablation, physical and biomedical acoustics, treatment planning, computational fluid dynamics, kinetic theory

(1) Nanoparticles in basic medicine research clinical diagnosis/therapeutics, particularly in non-invasive imaging, targeting drug delivery and controlled release.

(2) Mechanistic studies and clinical applications of transdermal delivery/sampling

(3) Implantable ?-device for minimally invasive sampling and/or in situ analysis to study various physiological disorders

(4) Integrated biomedical microchip for on-line and high throughput analysis

5) Damage mechanisms and therapeutic approaches of organ ischemia and reperfusion: such as stroke, acute myocardial infarction and liver ischemia/reperfusion

Nanomedicine; Nanotheranostics; Biophotonics; Drug Targeted Delivery and Controlled Release; Molecular Imaging

1. Synthesis of polymer-based vehicles for drug delivery

2. Preparation of dendrimer-encapsulated nanodots

3. Functionalized nanomaterials and nanodots for sensing biological events

4. Analytical chemistry

5. Surface chemistry

本實驗室主要以貴重金屬奈米微粒的物理化學特性研究為根基(學術研究1)，探索生物超分子自組裝/共組裝的分子機制，以化學尺度理解生物超分子的自我和他我之間的平衡態/非平衡態的相互作用與疾病的關連性(學術研究2)，並以此根基提供藥物設計的對策(應用研究1)。另外，本實驗室也在傷口癒合的生醫材料中，植入具催化特性及功能性的奈米微粒(學術研究3)，發展會呼吸的傷口治療敷料，促使傷口微環境的自我修護(應用研究3)。最近，也著眼於抗肥胖微針的增加脂肪產熱效應醫材的開發(應用研究3)。最後，本實驗在具功能性奈米藥物遞送系統的開發有基礎(應用研究4)，歡迎有興趣合作的實驗室與我們聯絡。

nanomedicine, stem cell biology, SPIO nanoparticles on stem cell theray, red blood cell-derived vesicles (RDVs)

Ultrasonic Transducers, Imaging-Guided Focused Ultrasound Systems, Focused Ultrasound for Tumor Therapy, and Ultrasonic Neuromodulation

Neurophotonics, NanoNeurophotonics, Neuroengineering, Neuroelectrics and Wearable neurotechnology