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Peer-reviewed veterinary case report

New surgical system for treating elbow cartilage loss in dogs

By Franklin, Samuel P et al.·Published in Veterinary surgery : VS·2014·University of Missouri·View original on PubMed

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Original publication title: Theory and development of a unicompartmental resurfacing system for treatment of medial compartment disease of the canine elbow.

Species:
dog
Movement & jointsDogs

Plain-English summary

A dog with elbow pain due to medial compartment disease (MCompD) was evaluated for treatment options. Traditional methods, including surgery on the affected area, often didn't provide long-lasting relief. To improve outcomes, veterinarians developed a new surgical technique called a unicompartmental resurfacing system, aimed at enhancing safety and effectiveness for dogs suffering from this condition. While this study focuses on the development of the technique, it suggests that this new approach could lead to better results for dogs with elbow issues in the future.

People also search for: dog elbow pain treatment · medial compartment disease in dogs · unicompartmental resurfacing for dogs

Abstract

Medial compartment disease (MCompD) of the canine elbow can be defined as clinical signs attributable to articular cartilage loss of the medial coronoid process (MCP) of the ulna and medial aspect of the humeral condyle without significant lateral compartment pathology. Whereas outcomes associated with treatment of defined cohorts of dogs with MCompD have not been published, the impressions of many surgeons are that non-surgical management or surgical treatment of the MCP alone does not result in long term highly functional outcomes. Thus, alternative surgical options for treatment of MCompD have been developed including various osteotomies and total elbow replacement (TER) with "successful" outcomes reported in case series. Results and data on safety have been reported for relatively few of these procedures and when reported, major complication rates have been >10% and catastrophic complications have been reported. Accordingly, we sought to develop a surgical technique with the objective of obtaining higher levels of safety and efficacy in the treatment of dogs with MCompD. This report describes the rationale for, and development of, a unicompartmental resurfacing system for treatment of MCompD in the canine elbow.

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Original publication on PubMed: https://pubmed.ncbi.nlm.nih.gov/24479943/