NSTL国家科技图书文献中心

1. Expandable cage technology in minimally invasive transforaminal interbody fusion: where are we and what does the future hold? NSTL国家科技图书文献中心

Ikwuegbuenyi, Chibui... | Willett, Noah ... - 《Expert review of medical devices》 - 2025,22(4) - 349～360 - 共12页

摘要： invasive transforaminal lumbar interbody* fusion (MI-TLIF* | in bi-dimensional cage* expansion, endplate* | design and mechanisms of expandable interbody* cages* | expansion cage* technology and patient-specific implants* | IntroductionExpandable cages are designed to

关键词： Expandable cage | expandable interbody cage | interbody cage | minimally invasive spine surgery | minimally invasive transforaminal lumbar interbody fusion | MI-TLIF | spinal fusion | TLIF

2. Oblique lateral interbody fusion using angle-adjustable cage NSTL国家科技图书文献中心

Chung, Nam-Su | Lee, Han-Dong ... - 《European spine journal》 - 2025,34(4) - 1455～1460 - 共6页

摘要：PurposeOrthogonal cage* rotation is an* | essential technique in oblique lateral interbody* fusion* | between the conventional cage and angle-adjustable cage | . The previous 41 patients used conventional cage | cage (group II). Radiological outcomes including cage

关键词： Cage obliquity | Angle-adjustable cage | Iliac crest height | Radiological outcome | Oblique lateral interbody fusion

3. Multi-scale topology optimisation design and mechanical property analysis of porous interbody fusion cage NSTL国家科技图书文献中心

Zhang, Huaiyue | Fu, Rongchang ... - 《Bio-medical materials and engineering》 - 2025,36(2) - 110～123 - 共14页

摘要： stress shielding with a porous interbody fusion cage | porous interbody* fusion cage was constructed based on* | The porous interbody* fusion cage has a much more* | ketone (PEEK) interbody* fusion cages cause* | postoperative stress shielding problems. The porous cage

关键词： idiopathic scoliosis | multiscale | topology optimisation | porous interbody fusion cage | mechanical properties

4. Morselized corticocancellous bone as primary graft for posterior lumbar fusion: a systematic review and meta-analysis NSTL国家科技图书文献中心

Pirshahid, Ali Ahmad... | Toobaie, Asra ... - 《European spine journal》 - 2025,34(3) - 925～934 - 共10页

摘要： posterior and transforaminal lumbar interbody* fusion* | group and 276 patients in the synthetic cage* group* | corticocancellous autograft to achieve interbody* fusion can be a* | PurposeSynthetic cages are commonly used in | procedures. Using morselized corticocancellous bone from

关键词： Interbody fusion | Meta-analysis | Cage | PLIF | TLIF

5. 3D printed titanium banana interbody cages versus titanium-coated PEEK bullet cages for TLIF NSTL国家科技图书文献中心

Jacob, Connor C. | Eaton, Ryan ... - 《Clinical neurology and neurosurgery》 - 2025,249 - 108731～108731 - 共7页

摘要： with 277 interbody* cage-implanted levels were* | materials for interbody* implants although evidence is* | two cohorts according to the material of interbody | cage(s), either 3DPT banana or titanium-coated PEEK | (n = 60) interbody* cages with 202 and 75*

关键词： TLIF | 3D printed titanium | PEEK | fusion | subsidence

6. Calcium phosphate complex of recombinant human thrombomodulin promote bone formation in interbody fusion NSTL国家科技图书文献中心

Lin, Cheng-Li | Chen, Yu-Wei ... - 《Biofabrication》 - 2025,17(1) - 共16页

摘要：Interbody fusion is an orthopedic surgical | intriguing approach to stimulate interbody* bone growth* | interbody fusion. In vitro studies have demonstrated that | model of interbody* fusion, CaP-rhTM with 800 ng of* | acid cage, to ensure structural stability within the

关键词： recombinant human thrombomodulin | interbody fusion | calcium phosphate bone graft | osteogenesis | caudal disc fusion model

7. Structural design and biomechanical analysis of a combined titanium and polyetheretherketone cage based on PE-PLIF fusion NSTL国家科技图书文献中心

Lei,Ma | Yutang,Xie ... - 《Medical and Biological Engineering and Computing》 - 2025,63(3) - 707～720 - 共14页

摘要： cage tends to cause stress shielding due to their | stability. In this study, a new cage* was designed, and its* | lumbar interbody* fusion (PE-PLIF) was analyzed using* | titanium, PEEK, and combined cage* in PE-PLIF fusion were* | multiple conditions. Consequently, the combined cage

关键词： Combined cage design | PE-PLIF | Finite element method | Simple harmonic vibration | Stress shielding

8. MRI-based endplate bone quality score independently predicts cage subsidence after anterior cervical corpectomy fusion NSTL国家科技图书文献中心

Shuxin,Zheng | Linnan,Wang ... - 《European spine journal》 - 2025,34(1) - 86～95 - 共10页

摘要： the connection between cage* subsidence in patients* | following cervical interbody* fusion and site-specific MRI* | bone evaluation. It is unknown how cage* subsidence* | ) score for cage* subsidence after ACCF.Methods The* | were collected. Cage* subsidence was defined as fusion*

关键词： Anterior cervical corpectomy fusion | Endplate bone quality score | Cage subsidence | Cervical

9. Evaluating the prognostic role of computed tomography Hounsfield units in anticipating spinal outcomes post-instrumentation: a systematic review and meta-analysis NSTL国家科技图书文献中心

Egu, Chinedu | Najjar, Elie ... - 《European spine journal》 - 2025,34(4) - 1420～1432 - 共13页

摘要： included cage* subsidence at 35.5%, pedicle screw* | complications were as follows: 198 HU for lumbar interbody | fusion cage* subsidence; 116 HU and 126 HU for pedicle* | screw loosening, below 200 HU for lumbar cage | PurposeThe use of Hounsfield unit (HU

关键词： Hounsfield unit | Computed tomography | Fusion | Spinal surgery | Preoperative evaluation | Osteoporosis | Osteopenia

10. Influence of Placement of Lumbar Interbody Cage on Subsidence Risk: Biomechanical Study NSTL国家科技图书文献中心

Andriamifidy H.F. | Rohde M.... - 《World neurosurgery》 - 2024,183 - e440～e446 - 共7页

摘要： transforaminal lumbar interbody* fusion cage at the center end* | subsidence risk factors, the impact of cage* placement on* | plate or at the anterior apophyseal ring affects cage | subsidence. Methods: A transforaminal lumbar interbody | fusion cage* was placed centrally or peripherally*

摘要： invasive transforaminal lumbar interbody* fusion (MI-TLIF* | in bi-dimensional cage* expansion, endplate* | design and mechanisms of expandable interbody* cages* | expansion cage* technology and patient-specific implants* | IntroductionExpandable cages are designed to

关键词： Expandable cage | expandable interbody cage | interbody cage | minimally invasive spine surgery | minimally invasive transforaminal lumbar interbody fusion | MI-TLIF | spinal fusion | TLIF

摘要：PurposeOrthogonal cage* rotation is an* | essential technique in oblique lateral interbody* fusion* | between the conventional cage and angle-adjustable cage | . The previous 41 patients used conventional cage | cage (group II). Radiological outcomes including cage

关键词： Cage obliquity | Angle-adjustable cage | Iliac crest height | Radiological outcome | Oblique lateral interbody fusion

摘要： stress shielding with a porous interbody fusion cage | porous interbody* fusion cage was constructed based on* | The porous interbody* fusion cage has a much more* | ketone (PEEK) interbody* fusion cages cause* | postoperative stress shielding problems. The porous cage

关键词： idiopathic scoliosis | multiscale | topology optimisation | porous interbody fusion cage | mechanical properties

摘要： posterior and transforaminal lumbar interbody* fusion* | group and 276 patients in the synthetic cage* group* | corticocancellous autograft to achieve interbody* fusion can be a* | PurposeSynthetic cages are commonly used in | procedures. Using morselized corticocancellous bone from

关键词： Interbody fusion | Meta-analysis | Cage | PLIF | TLIF

摘要： with 277 interbody* cage-implanted levels were* | materials for interbody* implants although evidence is* | two cohorts according to the material of interbody | cage(s), either 3DPT banana or titanium-coated PEEK | (n = 60) interbody* cages with 202 and 75*

关键词： TLIF | 3D printed titanium | PEEK | fusion | subsidence

摘要：Interbody fusion is an orthopedic surgical | intriguing approach to stimulate interbody* bone growth* | interbody fusion. In vitro studies have demonstrated that | model of interbody* fusion, CaP-rhTM with 800 ng of* | acid cage, to ensure structural stability within the

关键词： recombinant human thrombomodulin | interbody fusion | calcium phosphate bone graft | osteogenesis | caudal disc fusion model

摘要： cage tends to cause stress shielding due to their | stability. In this study, a new cage* was designed, and its* | lumbar interbody* fusion (PE-PLIF) was analyzed using* | titanium, PEEK, and combined cage* in PE-PLIF fusion were* | multiple conditions. Consequently, the combined cage

关键词： Combined cage design | PE-PLIF | Finite element method | Simple harmonic vibration | Stress shielding

摘要： the connection between cage* subsidence in patients* | following cervical interbody* fusion and site-specific MRI* | bone evaluation. It is unknown how cage* subsidence* | ) score for cage* subsidence after ACCF.Methods The* | were collected. Cage* subsidence was defined as fusion*

关键词： Anterior cervical corpectomy fusion | Endplate bone quality score | Cage subsidence | Cervical

摘要： included cage* subsidence at 35.5%, pedicle screw* | complications were as follows: 198 HU for lumbar interbody | fusion cage* subsidence; 116 HU and 126 HU for pedicle* | screw loosening, below 200 HU for lumbar cage | PurposeThe use of Hounsfield unit (HU

关键词： Hounsfield unit | Computed tomography | Fusion | Spinal surgery | Preoperative evaluation | Osteoporosis | Osteopenia

摘要： transforaminal lumbar interbody* fusion cage at the center end* | subsidence risk factors, the impact of cage* placement on* | plate or at the anterior apophyseal ring affects cage | subsidence. Methods: A transforaminal lumbar interbody | fusion cage* was placed centrally or peripherally*

关键词： Anterior apophyseal | Biomechanical study | Cage placement | Cage subsidence | Cortical bone | TLIF cage

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： invasive transforaminal lumbar interbody fusion (MI-TLIF | in bi-dimensional cage expansion, endplate | design and mechanisms of expandable interbody cages | expansion cage technology and patient-specific implants | IntroductionExpandable cages are designed to

关键词： Expandable cage | expandable interbody cage | interbody cage | minimally invasive spine surgery | minimally invasive transforaminal lumbar interbody fusion | MI-TLIF | spinal fusion | TLIF

摘要：PurposeOrthogonal cage rotation is an | essential technique in oblique lateral interbody fusion | between the conventional cage and angle-adjustable cage | . The previous 41 patients used conventional cage | cage (group II). Radiological outcomes including cage

关键词： Cage obliquity | Angle-adjustable cage | Iliac crest height | Radiological outcome | Oblique lateral interbody fusion

摘要： stress shielding with a porous interbody fusion cage | porous interbody fusion cage was constructed based on | The porous interbody fusion cage has a much more | ketone (PEEK) interbody fusion cages cause | postoperative stress shielding problems. The porous cage

关键词： idiopathic scoliosis | multiscale | topology optimisation | porous interbody fusion cage | mechanical properties

摘要： posterior and transforaminal lumbar interbody fusion | group and 276 patients in the synthetic cage group | corticocancellous autograft to achieve interbody fusion can be a | PurposeSynthetic cages are commonly used in | procedures. Using morselized corticocancellous bone from

关键词： Interbody fusion | Meta-analysis | Cage | PLIF | TLIF

摘要： with 277 interbody cage-implanted levels were | materials for interbody implants although evidence is | two cohorts according to the material of interbody | cage(s), either 3DPT banana or titanium-coated PEEK | (n = 60) interbody cages with 202 and 75

关键词： TLIF | 3D printed titanium | PEEK | fusion | subsidence

摘要：Interbody fusion is an orthopedic surgical | intriguing approach to stimulate interbody bone growth | interbody fusion. In vitro studies have demonstrated that | model of interbody fusion, CaP-rhTM with 800 ng of | acid cage, to ensure structural stability within the

关键词： recombinant human thrombomodulin | interbody fusion | calcium phosphate bone graft | osteogenesis | caudal disc fusion model

摘要： cage tends to cause stress shielding due to their | stability. In this study, a new cage was designed, and its | lumbar interbody fusion (PE-PLIF) was analyzed using | titanium, PEEK, and combined cage in PE-PLIF fusion were | multiple conditions. Consequently, the combined cage

关键词： Combined cage design | PE-PLIF | Finite element method | Simple harmonic vibration | Stress shielding

摘要： the connection between cage subsidence in patients | following cervical interbody fusion and site-specific MRI | bone evaluation. It is unknown how cage subsidence | ) score for cage subsidence after ACCF.Methods The | were collected. Cage subsidence was defined as fusion

关键词： Anterior cervical corpectomy fusion | Endplate bone quality score | Cage subsidence | Cervical

摘要： included cage subsidence at 35.5%, pedicle screw | complications were as follows: 198 HU for lumbar interbody | fusion cage subsidence; 116 HU and 126 HU for pedicle | screw loosening, below 200 HU for lumbar cage | PurposeThe use of Hounsfield unit (HU

关键词： Hounsfield unit | Computed tomography | Fusion | Spinal surgery | Preoperative evaluation | Osteoporosis | Osteopenia

摘要： transforaminal lumbar interbody fusion cage at the center end | subsidence risk factors, the impact of cage placement on | plate or at the anterior apophyseal ring affects cage | subsidence. Methods: A transforaminal lumbar interbody | fusion cage was placed centrally or peripherally

关键词： Anterior apophyseal | Biomechanical study | Cage placement | Cage subsidence | Cortical bone | TLIF cage

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： invasive transforaminal lumbar interbody* fusion (MI-TLIF* | in bi-dimensional cage* expansion, endplate* | design and mechanisms of expandable interbody* cages* | expansion cage* technology and patient-specific implants* | IntroductionExpandable cages are designed to

摘要：PurposeOrthogonal cage* rotation is an* | essential technique in oblique lateral interbody* fusion* | between the conventional cage and angle-adjustable cage | . The previous 41 patients used conventional cage | cage (group II). Radiological outcomes including cage

摘要： stress shielding with a porous interbody fusion cage | porous interbody* fusion cage was constructed based on* | The porous interbody* fusion cage has a much more* | ketone (PEEK) interbody* fusion cages cause* | postoperative stress shielding problems. The porous cage

摘要： posterior and transforaminal lumbar interbody* fusion* | group and 276 patients in the synthetic cage* group* | corticocancellous autograft to achieve interbody* fusion can be a* | PurposeSynthetic cages are commonly used in | procedures. Using morselized corticocancellous bone from

摘要： with 277 interbody* cage-implanted levels were* | materials for interbody* implants although evidence is* | two cohorts according to the material of interbody | cage(s), either 3DPT banana or titanium-coated PEEK | (n = 60) interbody* cages with 202 and 75*

摘要：Interbody fusion is an orthopedic surgical | intriguing approach to stimulate interbody* bone growth* | interbody fusion. In vitro studies have demonstrated that | model of interbody* fusion, CaP-rhTM with 800 ng of* | acid cage, to ensure structural stability within the

摘要： cage tends to cause stress shielding due to their | stability. In this study, a new cage* was designed, and its* | lumbar interbody* fusion (PE-PLIF) was analyzed using* | titanium, PEEK, and combined cage* in PE-PLIF fusion were* | multiple conditions. Consequently, the combined cage

摘要： the connection between cage* subsidence in patients* | following cervical interbody* fusion and site-specific MRI* | bone evaluation. It is unknown how cage* subsidence* | ) score for cage* subsidence after ACCF.Methods The* | were collected. Cage* subsidence was defined as fusion*

摘要： included cage* subsidence at 35.5%, pedicle screw* | complications were as follows: 198 HU for lumbar interbody | fusion cage* subsidence; 116 HU and 126 HU for pedicle* | screw loosening, below 200 HU for lumbar cage | PurposeThe use of Hounsfield unit (HU