歷年研究計畫 Funded Research Projects

主 持 人

1. 不同骨釘固定技術應用於治療椎弓根骨釘鬆脫的生物力學比較-以豬隻腰椎為實驗模型“Biomechanical comparison of different screw fixation techniques for treatment of pedicle screw loosening- An experimental study using porcine lumbar spine” NSTC 113-2221-E-182-014, 2024.08.01 to 2025.07.31. (國科會計劃，主持人)

2. 利用可吸收止血劑防堵骨水泥滲漏以提升骨水泥固定椎弓骨釘適用性的生物力學研究“Biomechanical study to improve applicability of cement-augmented pedicle screw fixation using absorbable hemostat to prevent bone cement leakage” (CMRPD2P0061), 2024.08.01 to 2025.07.31. (長庚醫院計劃，主持人)

3. 骨水泥灌注式錐型/雙螺紋中空椎弓骨釘應用於脊椎固定之生物力學研究“Biomechanical study of conical/dual-thread cannulated pedicle screws capable of cement injection for spinal instrumentation” NSTC 112-2221-E-182A-002, 2023.08.01 to 2024.07.31. (國科會計劃，主持人)

4. 多節脊椎手術椎弓骨釘固定強度及整體脊椎穩定性之生物力學研究－骨棒壓縮和骨質密度的影響“Biomechanical Study of Pedicle Screw Fixation Strength and Integral Spine Stability in Long-Segment Spinal Fixation– Effects of Rod Reduction and Bone Quality” (CMRPD2M0141, CMRPD2M0142), 2022.09.01 to 2024.08.31. (長庚醫院計劃，主持人)

5. 新型擴張式動態髖骨螺釘應用於骨質疏鬆不穩定股骨轉子間骨折治療之生物力學研究- 骨釘設計及骨水泥施用的影響“Biomechanical Evaluation of Novel Expansive DHS Screws for Treatment of Osteoporotic Unstable Intertrochanteric Fractures - The Effects of Screw Design and Cement Augmentation” MOST 109-2221-E-182 -007 -MY3, 2020.08.01 to 2023.07.31. (科技部計劃，主持人)

6. 椎弓骨釘固定失敗後的挽救骨釘策略之生物力學研究“Biomechanical study of revision screw strategies for failed pedicle screw fixation” MOST 109-2221-E-182 -006 -MY2, 2020.08.01 to 2022.07.31. (科技部計劃，主持人)

7. 椎弓骨釘固定強度之生物力學研究：合併圓椎/圓柱外型與雙螺紋設計於單一骨釘 ” Biomechanical Study of Pedicle Screw Fixation Strength: Combined Configuration of Conical/Cylindrical Shape and Dual-Thread Profile In A Single Screw” (CMRPD2K0091, CMRPD2K0092), 2020.07.01 to 2022.06.30. (長庚醫院計劃，主持人) 

8. 提升骨釘固定效果之新型動態髖骨螺釘之生物力學研究 “Biomechanical Study of Novel Dynamic Hip Screws Systems for Enhancement of Screw Fixation Strength” MOST 108-2221-E-182-033, 2019.8.1 to 2020.7.31.  (科技部計劃，主持人) 

9. 挽救椎弓骨釘策略: 生醫材料填充、改良式骨泥固定及硬質骨路徑 ” Strategy for salvage pedicle screw- biomaterials filling, modified cement augmentation and cortical bone trajectory” MOST 107-2221-E-182-013, 2018.8.1 to 2019.7.31. (科技部計劃，主持人)

10. 新型橫連裝置開發及其應用於脊椎融合手術之生物力學研究-以豬隻脊椎為實驗模型 ”The development and biomechanical study of novel crosslink device for spinal fusion- an experimental study in porcine model” MOST 106-2221-E-182-018, 2017.8.1 to 2018.7.31. (科技部計劃，主持人)

11. 椎弓骨釘穩定性生物力學評估- 傳統路徑與硬質骨路徑之比較 ”Biomechanical Assessment of Pedicle Screws Stability- Traditional Trajectory versus Cortical Bone Trajectory” (CMRPD2F0171, CMRPD2F0172, CMRPD2F0173 ), 2016.10.1 to 2019.9.30. (長庚醫院計劃，主持人)

12. 新型雙螺心/雙螺紋椎弓骨釘之生物力學研究-中空、擴張及合併骨水泥施用與否之影響 “Biomechanical Study of the Novel Dual-core/Double-thread Pedicle Screw Systems– Effects of Perforation, Expansion and Cement Augmentation” MOST 105-2221-E-182-005, 2016.8.1 to 2017.7.31. (科技部計劃，主持人)

13. 新型動態髖骨螺釘之研發與生物力學研究-葉片骨釘、擴張骨釘與中空骨釘 “The Development and Biomechanical Study of Novel Dynamic Hip Screws- Blade DHS, Expansive DHS and Perforated DHS”, MOST 104-2221-E-182-030, 2015.8.1 to 2016.7.31. (科技部計劃，主持人)

14. 應用於腰椎微創手術之可調式後側脊突間固定器之生物力學研究 ”Biomechanical Study of Adjustable Interspinous Process Spacer for Posterior Lumbar Stability in Minimally Invasive Surgery” (CMRPD2D0141；CMRPD2D0142), 2014.7.1 to 2016.6.30. (長庚醫院計劃，主持人)

15. 骨水泥在骨質疏鬆骨內所扮演的角色-熱傷害、滲透性及機械性質(3) “The Role of PMMA Bone Cement Within Osteoporotic Bone- Thermal Injury, Permeability and Mechanical Properties (3)” NSC 102-2221-E-182-014-MY2, 2014.8.1 to 2015.7.31. (國科會計劃，主持人)

16. 骨水泥在骨質疏鬆骨內所扮演的角色-熱傷害、滲透性及機械性質(2) “The Role of PMMA Bone Cement Within Osteoporotic Bone- Thermal Injury, Permeability and Mechanical Properties (2)” NSC 102-2221-E-182-014-MY2, 2013.8.1 to 2014.7.31. (國科會計劃，主持人)

17. 骨水泥在骨質疏鬆骨內所扮演的角色-熱傷害、滲透性及機械性質(1) “The Role of PMMA Bone Cement Within Osteoporotic Bone- Thermal Injury, Permeability and Mechanical Properties (1)” NSC 101-2221-E-182 -010, 2012.8.1 to 2013.7.31. (國科會計劃，主持人)

18. 治療不穩定股骨轉子間骨折之生物力學研究- 骨質疏鬆情況下利用骨水泥固定動態髖骨  鏍釘及髓內鋼釘之比較 “Biomechanical Study for Treatment of Unstable Trochanteric Fractures with Osteoporotic Bone-Comparison between a PMMA Cemented DHS and an Intramedullary Device” NSC 100-2221-E-182 -023, 2011.8.1 to 2012.7.31. (國科會計劃，主持人)

19. 利用三維重建逆向工程施行髖關節表面置換術，增加股骨元件植入位置準確性與可靠度之研究(1/2) “Improvement of the Accuracy and Reliability for Implantation of Femoral Component in Hip Resurfacing Using Three-Dimensional Reconstruction and Reverse Engineering” (CMRPD2A0151, CMRPD2A0152), 2011.12.1 to 2013.11.30. (長庚醫院計劃，主持人)

20. 脊椎融合手術中,新型可擴張式椎籠之研發 “The Development of A Newly Designed Expandable Cage for Spinal Fusion Surgery” NSC 100-2622-E-182 -002 -CC3, 2011.6.1 to 2012.5.31. (國科會計劃，主持人)

21. 髖關節表面置換術中，股骨元件不當對位及股骨球頭壞死對於股骨近端術後力學表現之影響“The Effects of Femoral Component Malalignment and Femoral Head Necrosis on the Biomechanical Performance of the Proximal Femur in Resurfacing Hip Arthroplasty” NSC98-2221-E-182-009-MY2, 2009.8.1 to 2011.7.31. (國科會計劃，主持人)

22. 非融合腰椎動態穩定裝置之生物力學研究及產品開發 “Biomechanical Study and Development of Dynamic Stabilization Device for Non-Fusion Spinal Surgery” (CMRPD280021, CMRPD280022), 2009.6.1 to 2011.5.31. (長庚醫院計劃，主持人)

23. 股骨球頭壞死對於髖關節表面置換術所扮演的角色- 熱傷害、人工關節穩定度及應力分佈”The role of femoral head necrosis on hip resurfacing arthroplasty- thermal damage potential, component stability and stress distribution” NSC97-2221-E-182-001, 2008.8.1 to 2009.7.31. (國科會計劃，主持人)

24. 多方向性骨泥灌注中空骨釘及骨泥擠壓輔助裝置系統應用於骨質疏鬆椎體之研發 “The Development of Polyaxial Cannulated Screw with Cement Augmentation and Coupling Auxiliary Cement Irrigator for Osteoporotic Vertebrae” NSC97-2622-E-182-001-CC3, 2008.8.1 to 2009.7.31. (國科會計劃，主持人)

25. 新型椎間融合器之研發”Development of A Newly Designed Intervertebral Fusion Device” SCRPD, 2007.5.1 to 2008.10.31. (柏力公司產學計劃，主持人)

26. 改良式髖臼截骨矯正手術之生物力學研究（2）”The Biomechanical Study of A Modified Periacetabular Osteotomy (2)” NSC95-2221-E-182-079-MY2, 2007.8.1 to 2008.7.31. (國科會計劃，主持人)

27. 新型全徑可擴張式骨釘之研發 ”Development of A Newly Designed Fixation Screw with Full-Length Expandable Function”, NSC96-2622-E-182-003-CC3, 2007.5.1 to 2008.4.30. (國科會計劃，主持人)

28. 改良式髖臼截骨矯正手術之生物力學研究（1）”The Biomechanical Study of A Modified Periacetabular Osteotomy (1)” NSC95-2221-E-182-079-MY2, 2006.8.1 to 2007.7.31. (國科會計劃，主持人)

29. 新型椎間融合器之研發”Development of A Newly Designed Intervertebral Fusion Device” SERPD,  2006.5.1 to 2007.4.30. (工業技術研究院產學計劃，主持人)

30. 治療椎間盤性背痛手術中，新型可調高度式人工椎間盤之研發”The Development of Artificial Disc Prosthesis with Height-Adjustable Design for Treatment of Discogenic Pain”, NSC95-2622-E-182A-002-CC3, 2006.5.1 to 2007.4.30. (國科會計劃，主持人)

31. 不同椎弓釘與椎勾組合對單一脊椎活動單元的生物力學比較-以豬隻胸椎為實驗模型”Biomechanical Comparison of Different Combinations of Hook and Screw in One Spine Motion Unit- An Experiment in Porcine Model”, NSC94-2213-E-182A-003, 2005.8.1 to 2006.7.31. (國科會計劃，主持人)

32. 脊椎融合手術中，新型可變縱向長度式板狀內固定器之研發”The Development of a Newly Designed Longitudinal Plate Assembly with Length-Adjustable Function for Spinal Fusion” NSC93-2622-E-182A-002-CC3, 2004.11.1 to 2005.10.31 (國科會計劃，主持人)

33. 後張力帶機制對腰椎減壓手術後脊椎穩定度所扮演的角色-以豬隻腰椎為實驗模型 ”The Role of Posterior Tension Band Mechanism on Lumbar Spine Instability after Decompressive Procedure for Spinal Stenosis Syndrome-A Biomechanical Study in Porcine Model”, NSC93-2213-E-182A-002, 2004.8.1 to 2005.7.31.    (國科會計劃，主持人)

34. 全人工髖關節手術中，新型正向接觸式無柄人工髖關節之研發”The Development of a Newly Designed Stemless Hip Prosthesis with Normal Contact Surface for Total Hip Arthroplasty”, NSC92-2622-E-182A-003-CC3, 2003.12.1 to 2004.11.30. (國科會計劃，主持人)

35. L型股骨近端截骨術最佳化固定之生物力學研究”Biomechanical Study in the Optimization of Different Fixation Modes for a Proximal Femoral L-Osteotomy”, NSC92-2218-E-182A-001, 2003.8.1 to 2004.7.31.  (國科會計劃，主持人)

36. 股骨轉子間截骨術中，新型可變角度式股骨固定器之研發”The Development of a Newly Designed Angle-Adjustable Dynamic Hip Screw for Intertrochanteric Osteotomy”, NSC91-2622-E-182A-001-CC3, 2002.12.1 to 2003.11.30. (國科會計劃，主持人)

37. 改良式股骨轉子間外翻截骨術之生物力學研究”The Biomechanical Study of A Modified Intertrochanteric Valgus Osteotomy”, NSC91-2213- E-182A-002, 2002.8.1 to 2003.7.31.  (國科會計劃，主持人)

38. 脊椎內固定器疲勞特性之檢測研究”The evaluation of fatigue characteristics of spinal implants” PMRP330, 1999.9.1 to 2000.12.31. (工業技術研究院計劃，主持人)