關於實驗室

 

整合生物製造實驗室是一個結合組織工程、生醫材料、光生物調控和微流體技術的研究實驗室。我們的實驗室致力於開發功能性生醫材料，應用於再生醫學及生醫感測，以改善臨床治療的效率與成效。

 

在組織工程方面，結合生物學、材料科學及光電技術來開發人造組織和器官，以應用於醫學研究和治療。

 

在生醫材料方面，我們研究和研發先進的生醫材料，以提高生物製造技術的可塑性、生物相容性和強度，並進行細胞及動物測試，以確保生物材料符合應用要求。

 

在光生物調控方面，我們探索和應用光療技術，以提高生物製造的效率和成效。我們研究光的生物學效應，並開發新型的光學技術，以應用於生物製造領域。

 

在微流體技術方面，我們研究和開發微型生物反應器和生物晶片，以模擬人體器官的功能，並測試新的藥物和治療方法的效果。我們將這些技術應用於生物製造領域，以促進醫學研究和治療的進展。

 

整合生物製造實驗室的目標是開發新的生物製造技術，以改善醫學研究和治療的效率和成效。我們歡迎對生物製造技術和應用感興趣的研究人員和學生加入我們的團隊，一起探索未來的可能性。

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About the Lab

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The Integrated BioFabrication Laboratory is a research laboratory that combines the fields of tissue engineering, biomedical materials, photobiomodulation, and microfluidics technology. Our laboratory focuses on developing functional biomedical materials for use in regenerative medicine and biomedical sensing, with the aim of improving clinical efficiency and efficacy.

In the field of tissue engineering, we combine biology, materials science, and photonics technology to develop artificial tissues and organs for medical research and treatment.

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In the field of biomedical materials, we study and develop advanced biomedical materials to improve the flexibility, biocompatibility, and strength of biomanufacturing technology. We perform cell and animal testing to ensure that the biomaterials meet application requirements.

 

In photobiomodulation, we explore and apply phototherapy to improve the efficiency and efficacy of biofabrication. We study the biological effects of light and develop novel optical technologies for use in biomanufacturing.

 

In microfluidics technology, we study and develop micro-bioreactors and biochips to simulate the functions of human organs and test the effectiveness of new drugs and treatments. We apply these technologies in the field of bio-manufacturing to promote the advancement of medical research and treatment.

 

The goal of the Integrated BioFabrication Laboratory is to develop new bio-manufacturing technologies to improve the efficiency and efficacy of medical research and treatment. We welcome researchers and students interested in biofabrication technology and applications to join our team and explore the possibilities of the future.