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Orthopaedic Proceedings
Vol. 94-B, Issue SUPP_XXXVII | Pages 180 - 180
1 Sep 2012
Auffarth A Matis N Lederer S Karpik S Koller H Hitzl W Resch H
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Introduction

Depending on patient's age, risk factors and pretraumatic mobility, a total- or hemiarthroplasty of the hip have become the treatment of choice in femoral neck fractures(1–4). Internal fixation has shown to provide minor results. The majority of these patients are therefore treated by a hemiarthroplasty of the hip. Since the primary goal is to regain the pretraumatic level of mobility as soon as possible(3;5), we sought to investigate, if a minimal invasive anterior approach would be beneficial in regard of perioperative blood loss(6), postoperative pain(7;8) and thus postoperative mobility(9).

Patients and methods

In a randomised controlled trial, 48 patients were treated by a hemiarthroplasty of the hip via an anterior or lateral approach in supine position within 72 hours after trauma(10). Apart from parameters like age, ASA-Score or Body-mass-index, the main focus was set on perioperative blood loss, pain and postoperative mobilisation. All data collected were compared between groups to detect statistical significant differences. Additionally the same parameters were checked for significant differences comparing patients with or without complications within their group.


Orthopaedic Proceedings
Vol. 88-B, Issue SUPP_I | Pages 155 - 155
1 Mar 2006
Koller H Oberst M Ulbricht D Holz U
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Intro: Traumatic atlanto-occipital dislocation (AOD) remains a seldom and severe injury which function-ally separates the head from the upper cervical spine and thus can lead to neurological compromise or death. We report on a survivor after AOD, who came back to sportive activity after operative sta-bilization C0–C2.

Case Report: The 32 year old polytraumatized racing-bicyclist was addmitted to our insitution after a crash. Initially, due to the lack of hard diagnostic signs the diagnosis AOD was missed. Thoroughly reevaluation and craniocervical diagnostics particluar dynamic roentgenogramms revealed the atlanto-occipital instability. Thus the patient underwent posterior fusion C0–C2 using a pedicular-rod-based cranio-cervical hardware-system (CerviFix). The patient gained full recovery and after 2 years of active physiotherapy he showed a favourable functional outcome and came back to sportive-cycling.

Discussion: Missing atlanto-occipital dislocation as well as secondary dislocation with conservative treatment of this rare entity can cause serious sequelae or lead to death. Thus a thorough diagnostic scheme has to be installed for cervical spine fractures including dynamic roentgenogramms contrary to fear of neu-rological compromise in this technique as well as CT and MRI. The knowledge based in literature suggest that any concomittant ligamentous instability in case of C0–C1 injury has to be stabilized by operative fusion as there is unsure clinical course, if treated in conservative manner predisposing for secondary hits, epecially in sportive individuals

Conclusion: Actually due to the lack of large single institution series, theres no evidence or proper guidelines concerning diagnostics and treatment of AOD. We recommend CT and dynamic roentgenogramms of the cervical spine in case of a suspected AOD. Dynamic x-rays clearify masked cervical spine in-stabilities including AOD and thus should be performed to reveal AOD prefering to MRI. The treatment of AOD utilizing anchor stable posterior rod-based systems enable early postoperative physiotherapy, rehabilitation and secure healing.