The tibia is the large bone of the lower leg (the front of your shin). Contact our personal injury lawyers today to discuss the nature of your broken leg and how we can help you to recover maximum damages for your injury. At Foster Wallace, we understand the nature of tibia and fibula fractures and how they can affect your quality of life during and after recovery from an accident. If you have been the victim of an accident in which you have injured your lower leg, you will need a lawyer who understands the significance of lower leg fractures, how they occur, and the medical and financial consequences on your recovery. There are different types of tibia and fibula fractures that can occur, and the difference can be significant with respect to the severity of the injury, the nature of the treatment, and the duration of the recovery. It is not uncommon that these bones are fractured in car accidents involving a collision between two vehicles or when a car strikes a bicyclist or a pedestrian. Outliers like Adrian Peterson not withstanding, it usually takes two years for an athlete to recover from a major ligament injury, if at at all.The tibia and fibula are the two long bones in your lower leg that stretch from your knee to your ankle (what you might refer to as your shin bones). Soft tissue injuries can take much longer to heal than fractures, and frequently do not produce a perfect recovery, with ongoing instability of the knee. In fact, many feel that a tibia fracture is potentially less devastating to an athlete’s career than a ligament injury, such as an Anterior Cruciate Ligament (ACL) or Posterior Cruciate Ligament (PCL) tear. While Paul George will certainly miss the 2014-2015 basketball season, hopefully we will be able to return to a very high level of play. Of course, it takes much longer to complete the rehabilitation, with recovery of his range of motion, and strength. Without other complications, these fractures can heal solidly in four to six months. Fortunately, that is not usually the case. The gruesomeness of the images leads one to believe that these must be career-ending injuries. While this is a relatively rare injury, many of you will also recall Louisville Cardinal Basketball star Kevin Ware’s almost identical injury last April, during the NCAA March madness Midwest Regional Final. (note: these are not Paul George’s actual x-rays) To further stabilize the fracture, he probably also inserted additional screws above and below the break, right through the bone and the rod. Therefore, his surgeon made an incision just below the knee, made a small hole in the bone at the top of the tibia, and inserted a rod about the size of your little finger, the whole length of the tibia. The tibia is a very strong bone, but only the outside of the bone is strong the inside of our bones, where the marrow is, is actually quite soft. His surgery included cleaning the leg wounds, and then his surgeon inserted a titanium rod into the tibia. This increases the risk of infection, compared to a closed fracture. An open fracture means the bones penetrated the skin, and were exposed to the outside air. Paul sustained an open (also called compound) fracture of both his tibia and his fibula, and had emergent surgery to fix this. While I’m sure few people were actually watching the USA Basketball intrasquad scrimmage game live last week, many of you undoubtedly have now seen the horrific video footage of Indiana Pacers forward Paul George jam his foot into the base of the backboard stanchion, causing his tibia, or lower leg bone to snap and bend at a 90 degree angle. Paul George’s tibia fracture shows us a very rare, but devastating basketball injury. WARNING: This post contains VERY GRAPHIC IMAGES, please be advised
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