| NTU and Academia Sinica Innovative Joint Program |
Investigation of piezoelectric stimulation for neuromodulation |
2021/1-2022/12 |
| NTU |
Fast synthesis of cartilage tissues based on piezoelectric stimulation |
2020/8-2021/7 |
| MOST |
Development of Laser-guide Surgical Navigation System for Percutaneous Vertebroplasty |
2020/6-2021/5 |
| MOST |
Effect of very low intensity ultrasound (VLIUS) on brain cell biology and its potential on treatment of cerebrovascular disease |
108/6-109/12 |
| NSC |
The feasibility study of low intensity pulsed ultrasound (LIPUS) on the treatment of sarcopenia using in situ cellular/tissue and in vivo animal models |
107/8-110/7 |
| NHRI |
Biomolecular effect of very low intensity ultrasound (VLIUS) on nucleus pulposus cell |
101/12-109/1 |
| NSC |
Development of Laser-guide Surgical Navigation System for Percutaneous Vertebroplasty |
105/11-106/10 |
| MOST |
The feasibility study of low intensity pulsed ultrasound (LIPUS) on the treatment of sarcopenia using in situ cellular/tissue and in vivo animal models |
2018/08~2021/07 |
| NTU SPARK Translational Research Program |
Design of An Expandable Disc Cage for Transverse L5-S1 Interbody Fusion Surgery |
2016/8-2017/7 |
| Ministry of Economic Affairs |
Development of Image-Guided Navigation System for Percutaneous Cholecystostomys |
2016/8-2017/7 |
MOST |
Development of an Expandable Intravertebral Body Cage and Implant Apparatus |
2016/11-2017/10 |
| NUT-CESRP-103R10491 |
Additive manufacturing (3D printing) system for medical applications |
2015/1-2015/12 |
| NHRI-EX103-10333EI |
Development of a self-adaptation growing rod system for early-onset scoliosis |
2014/1-2015/12 |
| NSC 1010-2221-E-002-060-MY3 |
In vitro biomechanical studies of surgery methods for cervical radiculomyelopathy |
2012/8-2015/7 |
| NSC 1010-2221-E-002-060-MY3 |
Studies of surgical and physical strategies for cervical radiculomyelopathy |
2012/8-2015/7 |
| NSC 101-2622-B-002-003-CC2 |
Optimal design and testing of custom-made cranialplasty implants |
2012/2-2014/1 |
| NTU 101R7101 |
Development of Low-Radiation Solution System for Minimally Invasive Lumbar Fusion Surgery |
2012/9-2013/8 |
| Ministry of Economy 99-EC-17-A-19-S1-162 |
Miniature navigation system for minimally invasive surgery |
2010/12-2012/11 |
| NSC 99-2628-B-002-039-MY3 |
Effects of natural cross-linker, platelet rich plasma, and mesenchymal stem cells on the biological and biomechanical behaviors of early degenerated disc |
2010/8-2013/7 |
| ITRI |
脊椎非融合動態穩定裝置與器械實體手術與力學試驗 |
2011/1-2011/12 |
| Ministry of Economy |
Miniature navigation system for minimally invasive surgery |
2010/12-2012/11 |
| Ministry of Economy |
Pre-clinical study of non-fusion dynamic stabilizer for cervical arthroplasty |
2010/8-2011/7 |
| NSC |
Effects of natural cross-linker, platelet rich plasma, and mesenchymal stem cells on the biological and biomechanical behaviors of early degenerated disc |
2010/8-2013/7 |
| NTUH/ITRI |
Development of non-fusion stabilizer for cervical arthroplasty |
2009/1-2010/12 |
| ITRI |
脊椎非融合式動態穩定系統功能評估 |
2009/3-2009/12 |
| NSC |
Biomechanics of spinal dynamic stabilization system following fatigue loading |
2008/8-2011/7 |
| NIH |
Development of a new vertebroplasty technique |
2008/1-2010/12 |
| NSC |
Biomechanics of Intervertebral Endplate |
2007/8-2009/7 |