Treatment of Coxofemoral Luxations by Double-Sided Modified Toggle Pin Technique and Assessment of Early Results in Cats: 17 Cases
World Small Animal Veterinary Association Congress Proceedings, 2017
H. Bilgili1; I. Ergin1; 0.0. Senel1; 0. Ozdemif2; S. Ulusan1
1Department of Surgery, Faculty of Veterinary Medicine, Ankara University, Ankara, Turkey; 2Department of Surgery, Faculty of Veterinary Medicine, Cumhuriyet University, Sivas, Turkey

Introduction

Coxofemoral luxation are the most common encountered luxation in cats. Coxofemoral luxation is the dislocation of the hip joint resulting in displacement of head of the femur with different degrees from the acetabular socket. It is the most frequently seen luxation type in small animals (90%).

Objectives

The aim of this study was to evaluate coxofemoral joint luxation in cats clinically and radiographically, to treat with double-sided modified toggle pin technique and to share the early-term outcomes.

Methods

The study material consisted cases of 17 cats which were brought with complaints of hind limb lameness and diagnosed with coxofemoral luxation by radiography and orthopaedic examination. Radiograms revealed that the luxations of all cases either at right or left sides were formed craniodorsally. Toggle pins of different sizes were prepared using Kirschner wires. Approaching the hip joint craniolaterally, luxated coxofemoral joint was allowed to set to its anatomic position, using an apparatus prepared with toggle pin and nylon sutures (USP: 0). Double-sided modified toggle pin technique was performed for the treatment.

Results

Cats, which only had luxations were able to use their legs without any problems one day after surgery; although, this time was prolonged in cases having additional orthopaedic problems. However, postoperative clinical and radiographical findings were satisfactory in all cases.

Conclusions

As a result, double-sided modified toggle pin technique was concluded to be an appropriate method for surgical treatment of coxofemoral luxations in cats, with its satisfactory joint stabilization, quick gain of extremity functions and its compatibility with body tissues.

 

Speaker Information
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H. Bilgili
Department of Surgery
Faculty of Veterinary Medicine
Ankara University
Ankara, Turkey

I. Ergin
Surgery
Faculty of Veterinary Medicine
Ankara University
Ankara, Turkey

O. Ozdemir
Department of Surgery
Faculty of Veterinary Medicine
Cumhuriyet University
Sivas, Turkey

O.O. Senel
Department of Surgery
Faculty of Veterinary Medicine
Ankara University
Ankara, Turkey

S. Ulusan
Department of Surgery
Faculty of Veterinary Medicine
Ankara University
Ankara, Turkey


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