Overview Orthopedic Fractures Blogs | Siora Surgicals

  San Diego Convention Center, California, is the place where the premier orthopedic AAOS Annual Meeting 2025 will take place. This meeting will go live from March 10 to March 14. The event will be poised with the latest and innovative technology while giving the attendees a chance to try their hands on. With leaders from the orthopedic industry from around the globe, the  AAOS Annual Meeting  will set a perfect stage to learn from renowned experts and interact with industry peers.

For decades, orthopedic surgeons relied on traditional plates and screws to stabilize fractured bones. Although these methods served well, they had limitations. However, the introduction of locking bone plates marked a significant leap in fracture repair surgery. These innovative devices revolutionize the way surgeons approach bone healing. This leads to improved patient outcomes and faster recovery times. In this blog, we will talk about how orthopedic  locking plates  have enhanced fracture repair and healing. Along with this, we will also discuss the futuristic advancements in the locking plate technology.  

  The use of  Locking plates in the hand  is a relatively new concept when compared to its uses in the fixation of long bones like upper end humerus, tibia or distal end femur. In due course of time and experience, the fixed angle locking plates are destined to replace the more cumbersome fixed angle blade plates. The discussions regarding indications and contraindications of the locking plate innovations have been limited to the lower end of ulna and bones of the hand.

  Limb lengthening surgery is a highly specialized procedure aimed at correcting limb length discrepancies, deformities, or aiding in the treatment of certain congenital and post-traumatic conditions. A critical component of this surgery is the use of  external fixators , which play an instrumental role in achieving desired outcomes. This blog explores what external fixators are, how they work, and their role in the limb lengthening process.

  When it comes to orthopedic surgery and bone fixation, the tools used can make all the difference. Among the many options available to surgeons,  cortical and cancellous screws  are two of the most commonly used types. Though they may seem similar at first glance, they are designed for very different purposes. Understanding the distinctions between these screws, as well as their appropriate applications, is crucial for ensuring successful outcomes in bone healing and repair.

  Tibial fractures, or fractures of the shinbone, are among the most common long bone fractures. They can result from high-energy trauma, such as car accidents, or low-energy injuries, such as sports-related falls. Treating tibial fractures effectively requires precision and a reliable medical approach to ensure proper alignment, stability, and early mobilization. The  Multifix Tibia Nailing System  has emerged as an advanced solution for addressing these challenges, providing orthopedic surgeons with an innovative tool to achieve superior patient outcomes.

  Orthopedic surgery has evolved dramatically over the years, driven by advancements in technology and innovative surgical techniques. One such revolutionary development in this field is the introduction of cannulated screws. These specialized screws play a pivotal role in the successful treatment of various bone injuries and deformities. Designed with a hollow core, cannulated screws provide several benefits, making them a preferred choice for surgeons worldwide. Let’s delve into the importance of  cannulated screws  in orthopedic surgery and how they contribute to improved patient outcomes.

  Phalangeal fractures , commonly known as broken finger bones, are a prevalent type of injury affecting the bones of the fingers. These fractures can occur due to various reasons, such as sports injuries, falls, workplace accidents, or even direct trauma. Understanding the nature of phalangeal fractures and the options available for treatment is crucial for ensuring proper healing and restoring functionality to the hand.