Our research topics can be generally divided into three areas which are computational modeling, optical measurement, and spectral analysis. Please feel free to contact me for further information.
本實驗室的研究領域可粗略分為下列三大領域包含電腦模型、光學量測及光譜分析，歡迎有興趣的你/妳聯繫以了解更詳盡之內容。
| The main idea is to develop a collagen or tendon model at the micro-scale. The computational model will be applied to investigate the mechanical behaviors and structural changes of collagen or tendon under force. We seek to find the relationship between the changes of the structures or mechanical properties and related diseases. | 旨在開發微觀尺度下之軟骨或韌帶組織模型，並利用電腦模擬了解組織受應力所可能造成的應變及結構上的改變，並探討其變化與相關疾病之間的關係。 |
| The main idea is to design an optical system to measure the strain or structural changes of the sample with the higher solution. We aim to apply this means to develop a novel tool in the clinic. | 旨在設計一光學系統能量測待測之組織的結構變化及應變，以期開發另外一種高解析度的方式來偵測組織的應變及結構變化並應用在臨床上。 |
| The main idea is to analyze the spectrum whose wavelength range is similar to the endoscope. We aim to find the relationship between the spectrum and structures/mechanical properties of the tissue. The purpose is to advance the functions of the endoscope to provide more information to the clinicians. | 旨在利用符合內視鏡之光譜波段進行光譜分析，尋找光譜與組織之間的結構或是機械特性等相關之關聯性，以期增加內視鏡之功能，提供醫師更多相關的資訊。 |
| Investigation and Assessment of the Synergistic effect of Photodynamic Elements in Portable Photobiomodulation Systems and Composite Hydrogels for Cartilage Repair | 探討及評估利用光動力元件之可攜式光生物調控系統及複合水凝膠之協同作用於軟骨修復的影響(113-116) |
| Development and Evaluation of a Portable Photobiomodulation System and its Comparison with a Laser Photobiomodulation System in regard to Effects on Pre-osteoblasts | 開發和評估可攜式光調控系統以及其與雷射光調控系統對前成骨細胞的影響(113-114) |
| Developing an AI-based Technology Using Spectral Analysis to Assess the Diseas Stage of Cartilage | 開發以人工智慧技術利用光學頻譜檢測軟骨組織之疾病嚴重程度 |
| Development and Validation of a Technique Utilizing Spectrum for Presenting Local Strain of Soft Tissues Under Different Tensile Forces in Real-Time Images and Development of Models for Tear Position Prediction. | 開發與驗證利用光譜即時顯示軟組織於不同受力條件下應變之影像技術與建立受損位置預測模型(110-113) |
| The effect of photobiomodulation and platelet-rich fibrin scaffolds on the chondrogenic potential of adipose-derived stem cells | 光生物調控與富血小板纖維蛋白支架對脂肪幹細胞軟骨分化能力之影響(111-112) |
| Evaluation of Structural Mechanics and Biological Behavior of Clinacally Optimal Porous structure for Dental Implant | 評估臨床最佳化牙科植體微孔洞設計之結構力學與生物行為(112-113) |
| Graduate Institute of Biomedical Optomechatronics, Taipei Medical University, Assoc. Prof. Tzu-Sen Yang | 台北醫學大學 生醫光機電研究所 楊自森 副教授 |
| School of Dental Technology, Taipei Medical University, Assoc. Prof. Wei-Chun Lin | 台北醫學大學 牙體技術學系 林煒竣 副教授 |
| Graduate Institute of Biomedical Optomechatronics, Taipei Medical University, Asst. Prof. Pei-Chun Wong | 台北醫學大學 生醫光機電研究所 翁培鈞 助理教授 |
| Institute of Environmental and Occupational Health Sciences, National Yang Ming Chiao Tung University, Asst. Prof. Min-Hsuan Lee | 陽明交通大學 環境與職業衛生研究所 李旻軒 助理教授 |