Abstract

BackgroundTreatment of odontoid fractures with odontoid screws is an established method for fusion. However, it is facilitated by using advanced equipment in the operating theatre not always available as in developing countries.ObjectivesIn this study we aim to outline the important key points for successful placement of odontoid screw in the absence of advanced tools, e.g. navigation or O-arm.Materials and methodsFifteen patients suffering from type II odontoid fractures were managed with single odontoid screw. Reduction of the fractures was achieved. A simple instrument set was used with the help of a single plane image intensifier. Longitudinal incision was used in 4 cases, and transverse incision was used in the remaining eleven cases. Anatomical identification of the midline helped to mark the entry point. The entry point used was millimetres below the anteroinferior edge of the axis vertebra. A short-headed screw was used.ResultsRoad traffic accident was the only mechanism of trauma reported in our study. All of the patients were neurologically intact. All of the patients remained neurologically intact after the procedure. There were no instances of wrong trajectory of the screw in our study. During follow-up, we found good union of all the fractures. Only 2 cases suffered from mild dysphagia.ConclusionFixation of odontoid fractures by anterior odontoid screws appears to be a safe and feasible procedure even in underequipped theatres. Anatomical knowledge helps in determining midline. Various modifications can help in overcoming shortcomings.

Highlights

  • IntroductionType II odontoid fractures are the most common axial fractures and may result in spinal cord injury due to atlantoaxial instability [1]

  • Odontoid fractures account for 5–15% of all cervical spine injuries

  • Materials and methods Fifteen patients from a cohort group were included in our study. They were managed with anterior single odontoid screw placement for type II odontoid fractures due to road traffic accidents (RTA) from January 2016 to

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Summary

Introduction

Type II odontoid fractures are the most common axial fractures and may result in spinal cord injury due to atlantoaxial instability [1]. Posterior atlantoaxial fusion restricts the axial rotation at this joint. Anterior odontoid screw provides direct way of fusion with high rates of healing and motion preserving at C1-C2 joint [2]. Treatment of odontoid fractures with odontoid screws is an established method for fusion. It is facilitated by using advanced equipment in the operating theatre not always available as in developing countries

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