Safety of the lateral trauma position in cervical spine injuries: a cadaver model study

Abstract

BACKGROUND Endotracheal intubation is not always an option for unconscious trauma patients. Prehospital personnel are then faced with the dilemma of maintaining an adequate airway without risking deleterious movement of a potentially unstable cervical spine. To address these two concerns various alternatives to the classical recovery position have been developed. This study aims to determine the amount of motion induced by the recovery position, two versions of the HAINES (High Arm IN Endangered Spine) position, and the novel lateral trauma position (LTP). METHOD We surgically created global cervical instability between the C5 and C6 vertebrae in five fresh cadavers. We measured the rotational and translational (linear) range of motion during the different maneuvers using an electromagnetic tracking device and compared the results using a general linear mixed model (GLMM) for regression. RESULTS In the recovery position, the range of motion for lateral bending was 11.9°. While both HAINES positions caused a similar range of motion, the motion caused by the LTP was 2.6° less (P = 0.037). The linear axial range of motion in the recovery position was 13.0 mm. In comparison, the HAINES 1 and 2 positions showed significantly less motion (-5.8 and -4.6 mm, respectively), while the LTP did not (-4.0 mm, P = 0.067). CONCLUSION Our results indicate that in unconscious trauma patients, the LTP or one of the two HAINES techniques is preferable to the standard recovery position in cases of an unstable cervical spine injury.

DOI: 10.1111/aas.12714

Extracted Key Phrases

6 Figures and Tables

Cite this paper

@inproceedings{Hyldmo2016SafetyOT, title={Safety of the lateral trauma position in cervical spine injuries: a cadaver model study}, author={Per Kristian Hyldmo and Mary Beth Horodyski and Bryan Conrad and Dewayne N Dubose and Jo R\oislien and Mark L. Prasarn and Glenn R. Rechtine and Eldar S\oreide}, booktitle={Acta anaesthesiologica Scandinavica}, year={2016} }