Fractures and Nonunion Fractures
A fracture is a break in a bone caused by trauma, overuse, or an underlying condition, and a nonunion is a fracture that fails to heal on its own even after standard medical treatment. At Rocky Point Stem Cell Therapy, stem cell therapy is used alongside conventional fracture care to help support and accelerate bone healing, particularly in nonunion fractures that have not responded to standard treatment.
Understanding how fractures occur, recognizing the warning signs early, and knowing the complications they can cause all make a difference in recovery. Below is an overview of the common types of fractures, their signs, the complications they can lead to, and how stem cell therapy may help fractures that are slow to heal.
Types of Fractures
- Open, Compound Fracture: A type of break that is more serious due to the bone penetrating and tearing through the skin. The bone may even be visible in the wound. Treatment typically involves setting and immobilizing the bone as well as providing antibiotics to prevent infection.
- Stable Fracture: A type of fracture where the two parts of the broken bone line up with each other, making it easier for the bones to heal. This type of fracture is less likely to cause further injury or damage.
- Transverse Fracture: Occurs when a bone is broken in two along a horizontal axis. These fractures often require orthopedic intervention to heal, as they can cause misalignments of the bones and other complications. Treatment typically includes immobilization with a cast or splint, as well as physical therapy.
- Comminuted Fracture: Occurs when the bone is shattered into several pieces with three or more break points. This type of fracture is often caused by high-impact trauma and can be one of the most difficult to treat, often requiring surgery.
- Oblique Fracture: A type of bone fracture where the bone breaks at an acute or obtuse angle. It is caused by a combination of torsional and compressive forces acting on the bone, resulting in a fracture line that does not follow a straight line.
- Impacted Fracture: A form of bone injury where two bone ends are knocked together, resulting in a buckle fracture that is most commonly found in arms. This type of fracture can be very painful and may require medical attention.
- Pathologic Fracture: A type of fracture caused by a weakened bone due to an underlying disease like cancer or osteoporosis. It can occur with minimal force or trauma to the affected area. Early diagnosis and treatment is important, as it can help reduce the risk of further complications.
Signs of a Fracture
- Be aware of swelling and bruising on the affected area, as these are often the first signs of a possible fracture.
- In some cases, the area could become deformed if not treated immediately.
- Pain is usually a reliable indicator of a fracture; it usually worsens when pressure is applied or when moving.
- Loss of function is a key indicator of a fracture, which can leave the affected limb or area unable to be used.
- Open fractures are easily identifiable, as the broken bone may protrude through the skin.
Complications That Can Occur After a Fracture
- Fractures come with a range of possible complications, from local to systemic. Local complications can include vascular injury, wound infections, visceral injury, and tissue damage. Systemic complications that may arise are shock, thromboembolism, pneumonia, and the worsening of an already existing disease.
- Delayed recovery, joint stiffness, contractures, malunion, and nonunion can occur months after the fracture.
- Surgery may be necessary to correct a nonunion fracture if it does not heal on its own.
- Stem cell therapy may offer a solution by helping the fracture heal more quickly and effectively.
Stem Cell Therapy for Fractures
- Stem cell therapy has been studied for its effectiveness in treating nonunion fractures, which are fractures that do not heal even after receiving standard medical treatment.
- Studies conducted at the 93rd Annual Endocrine Society Meeting and in Molecular Therapy have presented evidence on the potential of stem cells to speed up recovery from broken bones.
- Stem cells enhanced with bone regenerative hormones could help repair fractured bones that refuse to heal normally.
- This therapy has the potential to supplement traditional surgery, with the goal of reducing recovery time and cost. Utilizing stem cells sourced from the patient, this approach aims to help heal fractures without resorting to surgery.
If you are dealing with a slow-healing or nonunion fracture, learn more about our full Musculoskeletal stem cell therapy options, or see how stem cell therapy may help related conditions like cartilage defects. You can also browse our full Stem Cell and TRT Treatments Catalog to see all available treatment options.
