参考文献
［1］DEBERNARDI A，D'ALIBERTI G，TALAMONTI G，et al.The craniovertebral junction area and the role of the ligaments and membranes［J］.Neurosurgery，2011，68（2）：291-301.
［2］ROBERTSON PA，TSITSOPOULOS PP，VORONOV LI，et al.Biomechanical investigation of a novel integrated device for intra-articular stabilization of the C1-C2（atlantoaxial）joint［J］.Spine J，2012，12（2）：136-142.
［3］BENOIT R，ALEXANDER B，CHRISTINA S，et al.Biomechanical Evaluation of the Stabilizing Function of Three Atlantoaxial Implants Under Shear Loading：A Canine Cadaveric Study［J］.Vet Surg，2015，44（8）：957-963.
［4］臧全金，贺西京，李浩鹏，等.前路解剖型复位钢板固定治疗寰枢椎脱位的初步临床应用［J］.中华创伤杂志，2019，35（8）：686-692.
［5］YIN QS，LI XS，BAI ZH，et al.An 11-Year Review of the TARP Procedure in the Treatment of Atlantoaxial Dislocation［J］.Spine，2016，41（19）：E1151-E1158.
［6］REN XF，GAO F，LI SY，et al.Treatment of irreducible atlantoaxial dislocation using one-stage retropharyngeal release and posterior reduction［J］.J Orthop Surg，2019，27（3）：1-5.
［7］ELBADRAWI AM，ELKHATEEB TM.Transoral Approach for Odontoidectomy Efficacy and Safety［J］.HSS Journal，2017，13（3）：276-281.
［8］CADENA G，DUONG HT，LIU JJ，et al.Atlantoaxial fixation using C1 posterior arch screws：feasibility study，morphometric data，and biomechanical analysis［J］.J Neurosurg：Spine，2018，30（3）：314-322.
［9］JUN M，NOZOMU I，YOSHIHISA O，et al.Biomechanical and Anatomical Validity of the Short Posterior Arch Screw［J］.Neurospine，2019，16（2）：347-353.
［10］SIEMIONOW K，JANUSZ P，MARDJETKO S.The Four Fixation Points of the Axis：Technique and Case Report［J］.Int J Spine Surg，2018，12（5）：611-616.
［11］ISHAK B，SCHNEIDER T，GIMMY V，et al.A Modified Posterior C1/C2 Fusion Technique for the Management of Traumatic Odontoid Type II Fractures by Using Intraoperative Spinal Navigation［J］.J Orthop Traum，2018，32（9）：E366-E371.
［12］DU SY，NI B，LU XH，et al.Application of Unilateral C2 Translaminar Screw in the Treatment for Atlantoaxial Instability as an Alternative or Salvage of Pedicle Screw Fixation［J］.World Neurosurg，2017，97：86-92.
［13］DOU NN，LEHRMAN JN，NEWCOMB AGUS，et al.A Novel C2 Screw Trajectory：Preliminary Anatomic Feasibility and Biomechanical Comparison［J］.World Neurosurg，2018，113：E93-E100.
［14］MORALES LC，ALVARADO F，CORREDOR JA，et al.Bilateral C1 laminar hooks combined with C2 pedicle screw fixation in the treatment of atlantoaxial subluxation after Grisel syndrome［J］.Spine J，2016，16（12）：E755-E760.
［15］LARSEN AM，GRANNAN BL，KOFFIE RM，et al.Atlantoaxial Fusion Using C1 Sublaminar Cables and C2 Translaminar Screws［J］.Oper Neurosurg，2018，14（6）：647-653.
［16］HAN Z，YANG J，CHEN QX，et al.C2 Pedicle Screws Combined With C1 Laminar Hooks for Reducible Atlantoaxial Dislocation：An Ideal Salvage Technique for C1-C2 Pedicle Screws［J］.Oper Neurosurg，2020，19（2）：150-156.
［17］POLLI FM，MISCUSI M，FORCATO S，et al.Atlantoaxial anterior transarticular screw fixation：a case series and reappraisal of the technique［J］.Spine J，2015，15（1）：185-193.
［18］LI XS，WU ZH，XIA H，et al.The development and evaluation of individualized templates to assist transoral C2 articular mass or transpedicular screw placement in TARP-IV procedures：adult cadaver specimen study［J］.Clinics，2014，69（11）：750-757.
［19］ZHANG BF，LIU HB，CAI XH，et al.Biomechanical Comparison of Modified TARP Technique Versus Modified Goel Technique for the Treatment of Basilar Invagination：A Finite Element Analysis［J］.Spine，2016，41（8）：E459-E466.
［20］蔡斌，晏怡果，王文军，等.新型上颈椎前路钩状钛板治疗寰枢椎不稳的生物力学测试［J］.中国矫形外科杂志，2010，18（05）：412-415.
［21］JI W，TONG J，HUANG ZP，et al.A clivus plate fixation for reconstruction of ventral defect of the craniovertebral junction：a novel fixation device for craniovertebral instability［J］.Eur Spine J，2015，24（8）：1658-1665.