Over the past decade or so, locking plates have gained tremendous popularity amongst veterinary surgeons. Locking plates are great, but there is also a lot of confusion and misconception around their proper use, which can lead to unnecessary and avoidable complications for the patient. A proper foundation in the biomechanics of both non-locking (compression) and locking plates is critical to their correct use. In this article, we will discuss an overview of the biomechanics of how these plate systems work, as well as give some examples of their uses.

The first use of orthopedic implants in veterinary medicine is not well documented. Significant development of veterinary specific implants began in the mid-20th century. With the increased value placed on companion animals and the growth of veterinary medicine as a profession, more attention was given to treating musculoskeletal issues in animals. This led to the introduction of orthopedic implants specifically designed for animals. This timeframe mirrors a time of large growth in the field of human orthopedics, particularly after World War II, where there were rapid advancements in surgical techniques and implant technology. These advancements eventually began to influence veterinary medicine. Prior to this, veterinary medicine focused on treating infections and disease with surgery being rare and limited to simple procedures with much of the focus being on horses rather than what we consider our pets or companion animals today.

Farmers worldwide play a fundamental role in ensuring food security, bolstering economies and helping advance sustainable agricultural practices. As we confront challenges related to climate change and meet rising food and nutrition needs, it’s critical to understand how improved animal health and productivity can help enhance farmer livelihoods and contribute to achieving climate goals