vertebral bodies - Globe Thesis

Keyword [vertebral bodies] Result: 1 - 14 \| Page: 1 of 1
1.	Biomechanical Study Of Expansive Spine System (ESS) Pedicle Screws In Human Lumbar Vertebral Bodies.
2.	Insertion Torque And Pull-out Strength Of ESS Pedicle Screws And New Way Of Use PMMA In Human Vertebral Bodies: An In Vitro Biomechanical Study For Pedicle Screw Revision
3.	The Biomechanical Effects Of Kyphoplasty For Management Of Osteoporotic Fractures On Adjacent Vertebral Bodies
4.	Biomechanical Finite Element Analysis Of Adjacent Vertebral Bodies After Percutaneous Kyphoplasty
5.	The Clinical Research Of The Best Puneture Angles In Thoracolumbar Percutaneous Vertebroplasty
6.	Finite Element Analysis Of Prophylactic Reinforcement In Adjacent Vertebral Bodies After Kyphoplasty With Bone Cement Leakage Into The Intervertebral Discs
7.	Treat The Unstable Fracture Of Thoracic And Lumbar Vertebra By The Operation With Pedicle Screw And Compare The Vertebral Bodies Height And Cobb Angle Before And After The Operation And After The Pedicle Screw Was Taken Out, Finally Analyse The Changes
8.	The Meta-analysis For Refractures Of Adjacent Vertebral Bodies After Vertebraplasty And Kphoplasty Treatment Of Osteoporosis Vertebral Compression Fracture
9.	Correlational Studies Of Imaging Features Of Alveolar Echinococcosis And Tuberculosis Of Vertebral Bodies
10.	Functional Magnetic Resonance Imaging Of Lumbar Vertebral Bodies And Intervertebral Discs In Adolescent Scoliosis Patients
11.	A Dose-escalation Study On Lobaplatin Weekly Plus Concurrent Radiotherapy For Local-regionally Advanced Nasopharyngeal Carcinoma And Preliminary Exploration The Clinical Significance Of Vertebral Bodies Radiation Dose In Radiation Field
12.	The Application Value Of The Third Generation Dual-source Dual-Energy CT In The Display And Evaluation Of Osteogenic Bone Metastases Of Vertebral Bodies
13.	A Finite Element Analysis Of The Effect Of PVP On Mechanics Of Adjacent Segments In Fresh Fractures Of Old And New Vertebral Bodies In Thoracolumbar Segment
14.	The Percutaneous Vessel-Plasty Combined With Chinese Medicine Rehabilitation For The Treatment Of Osteoporotic Vertebral Fractures With Cracked Peripheral Vertebral Bodies Wall
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