When you break your arm or get a fracture, you may not know how the healing process will go. Bone fractures are common and usually heal within two to 10 weeks, according to Better Bone. Although, the healing time is dependent on the extent of the injury. What happens to the bone during the healing process?
When a fracture occurs, the body creates a hematoma, or a collection of blood and other tissues, at the injury site. This hematoma forms a callus, or hard tissue, around the fractured bone to protect and stabilize it. Over time, this callus is gradually transformed into bone tissue by bone growth or ossification. It involves the deposition of calcium and other minerals in the callus, which forms a new bone around the fracture site.
While the body’s natural healing process is impressive, it may not always be enough. In cases where the bone is severely damaged, putty for synthetic bone grafts may be needed.
One of the advantages of using putty is that it can be molded to fit the exact shape of the damaged bone, which can provide ultra-precision in bone repair. These grafts typically contain a combination of bone matrix and cortical fibers, which work together to support bone growth post-injury.
Synthetic bone grafts have come a long way. Medical professionals and pharma companies now use prefilled tubes with bone matrix and cortical fibers, which can increase efficiency during these surgeries. With these prefilled tubes, orthopedic surgeons can save time by not having to mix the putty themselves, so they can focus more on completing the surgery with accuracy and speed.
These tools cannot be found at an average clinic. Putty for synthetic bone grafts and other devices are not for sale to the average specialist and must only be administered by medical professionals. Suppose you’re a medical professional or pharma company interested in learning more about the reasons to consider putty for synthetic bone grafts and other advanced bone repair devices. In that case, we encourage you to inquire further.
Understanding bone growth post-injury is crucial in promoting effective healing and preventing further injury. Where necessary, the use of putty for synthetic bone grafts can provide ultra-precision and advanced bone repair during orthopedic surgeries. Medical professionals and pharma companies can increase efficiency by utilizing prefilled tubes with bone matrix and cortical fibers. Contact us today to learn more about these products and how they can benefit your practice.