Chronic fractures are a major challenge for patients and physicians alike. These are fractures that do not heal normally after conventional treatment, whether with splints, routine surgery, or drug therapy, and can lead to persistent pain, impaired mobility, and a negative impact on a patient’s quality of life, especially in the elderly or people with osteoporosis or circulatory issues.
Stem cells chronic fracture treatment is a revolutionary solution that helps stimulate new bone growth and accelerate healing in a natural way. The success of the treatment depends on determining the type of stem cells, the method of administration, and the patient’s general health condition, in addition to adherence to follow-up sessions and physical therapy to ensure full recovery.
What are chronic fractures?
Chronic fractures are fractures that fail to heal after several months of conventional treatment, due to internal and external factors that affect the bone’s ability to heal. These fractures include cases that did not heal after surgery, open fractures, or fractures resulting from chronic osteoporosis.
This condition leaves the patient vulnerable to persistent pain, impaired mobility, and recurrent infections at the fracture site. Delayed healing can lead to loss of normal bone function and an increased risk of long-term complications, and some chronic fractures may progress to become more complex if not treated with advanced methods such as stem cells, making early intervention vital.
Causes of chronic fractures
Chronic fractures are caused by several factors that affect bone healing, the most important of which are:
- Weak bones: Whether due to osteoporosis, calcium deficiency, or issues with bone metabolism, bones are less able to recover from trauma and fractures.
- Infection: Bacterial or fungal infections at the fracture site prevent new bone formation and delay healing, which can lead to increased complications.
- Malnutrition: Lack of vitamins and minerals such as vitamin D, calcium, and magnesium directly affects the body’s ability to produce new bone tissue.
- Smoking and abuse of harmful substances: Reduce blood flow to the bones, slow the healing process, and increase the risk of failed healing.
- Chronic diseases, such as diabetes and circulatory disorders, impair blood and oxygen flow to the fracture site, thereby hindering bone growth.
- Advanced age: The accumulation of factors affecting the bones slows healing and increases the risk of failure.
- Complex or open injuries: Fractures that involve the loss of part of the bone or tearing of surrounding tissue are more difficult to heal conventionally.
Symptoms of chronic fractures
Chronic fractures are one of the conditions that may go undiagnosed at the beginning, as symptoms develop gradually and increase over time, affecting mobility and quality of life if not properly treated. The most important symptoms of chronic fractures are:
- Persistent pain that increases with movement or pressure on the affected area
- Localized swelling or stiffness around the fracture site
- Impaired ability to bear weight or use the affected limb
- Limited mobility of the joint near the fracture
- Minor disfigurement, or in some cases, a change in the shape of the bone
- Temporary improvement in pain and then a recurrence
When should stem cell therapy be used for fractures?
Stem cell therapy is usually chosen in cases that require advanced intervention due to the failure of conventional methods, including:
- The fracture does not respond to conventional treatment: a fracture that does not heal after several months of splinting or routine surgery.
- Complex or open fractures: These require the reconstruction of damaged bones or compensation for loss of bone tissue.
- Delayed healing or incomplete growth of new bone: The body stops making new bone tissue at a normal rate.
- Associated bone damage or reduced bone mass: The patient requires additional support to compensate for the deficiency and promote healing.
- Chronic fractures with persistent pain or loss of bone function: To enhance strength and restore normal mobility to the affected organ.
Stem Cell Therapy Method
The treatment of chronic fractures with stem cells is based on restoring the injured bone and replacing the damaged tissues, and begins with a comprehensive assessment of the patient’s condition to determine the type of fracture, its location and the severity of the bone damage, as stem cells are usually collected from bone marrow or fat, then processed and impurities are removed before being injected into the fracture area. These cells can be combined with supportive materials to stimulate better bone growth. Treatment is followed by careful follow-up programs and periodic radiological examinations to assess healing, in addition to physical therapy sessions to improve muscle strength and gradually regain mobility:
- A thorough evaluation of the patient and the fracture: This includes a clinical examination, CT scan, or MRI to determine the extent of the damage.
- Collecting stem cells: From bone marrow or fat, while maintaining cell quality and purity.
- Preparation of cells: Clean them, separate them from any unnecessary tissue, and prepare them for injection or mixing with support materials.
- Fracture site preparation: Disinfect and sterilize the affected area to ensure a suitable environment for cell growth.
- Stem cell injection: Stem cells are precisely injected into the bone or into the added supportive material, initiating bone regeneration.
- Immobilization and support: Use a splint or supportive device to protect the fracture and allow the cells to function without strain.
- Periodic follow-up: Imaging scans and lab tests to monitor healing and evaluate the effectiveness of treatment.
- Gradual physical therapy: Strengthen the muscles around the bone and gradually improve mobility after the fracture has healed.
Complications of Stem cells chronic fracture treatment
Stem cell therapy is one of the most promising modern options for accelerating the healing of chronic fractures, but it may be accompanied by some potential complications, especially if the appropriate case is not selected or the medical follow-up is poor, and the most prominent potential complications are:
- Temporary pain or swelling at the injection site
- Localized inflammation or risk of infection in rare cases
- No response to treatment or limited improvement in fracture healing
- Mild inflammatory reaction as a result of stimulating the healing process
- Minor bleeding in the area where the cells were taken or injected
- The need to repeat the procedure in some cases
Benefits of Stem Cell Therapy
- Accelerates the healing of chronic fractures faster than traditional methods
- Promote bone strength and stabilize injured joints
- Minimize the need for major surgery or intensive conventional interventions
- Reduce chronic pain and improve daily mobility
- Support the natural rebuilding of damaged bones and injured areas
- Improve the patient’s quality of life and minimize future complications
- The treatment can be used in complex cases that have failed to heal conventionally
Tips after stem cell therapy
- Commit to regular physical therapy sessions
- Follow up with regular checkups to properly assess bone healing
- Avoid heavy loads and sudden movements in the fracture area
- Maintain a diet rich in calcium and vitamin D to support bone growth
- Refrain from smoking or substances that reduce blood flow to the bones
- Follow your doctor’s instructions for anti-inflammatory or pain medications
- Patience and simple exercises to promote strong bones and muscles
Stem cell therapy for chronic fractures is one of the newest and most effective ways to treat fractures that have not healed with conventional methods. This treatment provides an opportunity to gradually restore bone strength and mobility and minimize the pain and complications associated with chronic fractures.
Adherence to physiotherapy sessions and medical follow-up, along with proper nutrition, enhances treatment outcomes and promotes faster, safer healing. Stem cell therapy represents a major step toward improving patients’ quality of life and enabling them to return to their daily activities safely and effectively.
Sources:
- Iaquinta, M. R., Mazzoni, E., Bononi, I., Rotondo, J. C., Mazziotta, C., Montesi, M., Sprio, S., Tampieri, A., Tognon, M., & Martini, F. (2019). Adult stem cells for bone regeneration and repair. Frontiers in Cell and Developmental Biology, 7, 268.
- Harvard Stem Cell Institute. (2020, February 27). Bone or cartilage: How stem cells repair bone fractures. Harvard Stem Cell Institute.
- Istanbul Stem Cell Clinic. (n.d.). Stem cell therapy for bone fractures.
