Wrist anatomy and the most common wrist injuries

The wrist, this engineering masterpiece of nature, from A complex complex consisting of 8 small wrist bones, 5 palmar bones, 15 movable joints and a network of tendons and ligaments, all of which work wonderfully in harmony with each other. This complex structure, which enables more than 1,000 movements daily, is subject to numerous injuries. The most common wrist injuries include carpal tunnel syndrome, Decron's tendonitis, scaphoid bone fractures, and joint arthrosis, which have increased dramatically with the use of digital equipment. Timely diagnosis and treatment of these injuries not only prevents the progression of lesions, but also can prevent the occurrence of serious complications such as permanent movement restriction, muscle atrophy and chronic pain. Specialists believe that paying attention to the early warning signs and going to the doctor quickly is the key to maintaining the health of this vital joint. https://dr-kamrani.com/wp-content/webp-express/webp-images/uploads/2024/11/injection-stem-cell-300x169.jpg.webp 300w, https://dr-kamrani.com/wp-content/webp-express/webp-images/uploads/2024/11/injection-stem-cell-600x338.jpg.webp 600w, https://dr-kamrani.com/wp-content/webp-express/webp-images/uploads/2024/11/Injection-stem-cell-768x432.jpg.webp 768w" sizes="(max-width: 800px) 100vw, 800px" type="image/webp">

Feature article: knee cell therapy

various uses of stem cells in the treatment of elbow and wrist arthrosis

Elbow and wrist cell therapy, with its wide therapeutic capabilities, can help treat various types of diseases. In the case of wrist arthritis, which is one of the most common degenerative diseases of this joint, the injection of mesenchymal stem cells can reduce joint inflammation by 80% and help regenerate the damaged cartilage. Also, in tendon injuries, especially Decron's tendonitis and tenosynovitis, this method restores the damaged tissue by stimulating the self-healing process. Carpal tunnel syndrome, which affects about 40% of computer users, is experiencing significant improvement with targeted stem cell injections and reduced inflammation of the median nerve. In the case of old and unfused fractures of the wrist, cell therapy by stimulating osteogenesis and angiogenesis accelerates the process of bone repair and prevents the need for complex and complicated surgeries in 75% of cases. Surgery

Cell therapy as a new and alternative method for traditional surgeries offers significant advantages. This method is minimally invasive and through local injection Stem cells is performed, which does not require extensive incisions and manipulation of surrounding tissues. The recovery period in cell therapy lasts 2 to 3 weeks on average, while in traditional surgeries this time reaches 3 to 6 months. From an economic point of view, the direct and indirect costs of cell therapy are up to 60% lower than surgery, because hospitalization is not required. No long-term, anesthetic drugs and complex surgical equipment. Most importantly, side effects in cell therapy are minimized and risks such as hospital-acquired infections, neurovascular injuries, and movement limitations after surgery are dramatically reduced.

Wrist stem cell therapy protocol, from diagnosis to rehabilitation

The treatment process of Wrist cell therapy begins with comprehensive diagnostic evaluations such as dynamic MRI, arthrography and joint biomechanical analysis. In the preparation phase, the patient undergoes a standardized protocol, which includes stopping anti-inflammatory drugs 10 days before, following a protein-rich diet, and taking special vitamin supplements. The injection process is performed in the outpatient operating room under local anesthesia; Autologous stem cells, after being processed in the cell laboratory, are injected into the precise points of injury using a fluoroscopic guide. Post-treatment care includes using a special splint for 72 hours, gradually starting passive movements from the fourth day, and entering a specific rehabilitation protocol from the second week, in which the return to daily activities is done gradually and under the supervision of the treatment team. Hand joint injuries

Extensive clinical studies in reputable medical centers show that wrist cell therapy in 85% of joint injury cases, provides a significant improvement in function and pain reduction. MRI scans six months after treatment show cartilage regeneration and a significant reduction in inflammation in 70% of patients. In a 5-year cohort study of 1,200 patients, 90% of participants reported significant improvement in their range of motion and quality of life. The comparative images before and after the treatment clearly show the restoration of the cartilage tissue and the reduction of the joint space. The remarkable thing is the stability of treatment results; So that 75% of patients have reported no need for re-treatment interventions up to 3 years after treatment. This treatment method has created a revolution in the treatment of joint injuries by reducing the need for invasive surgeries by 60%.

Comparison of elbow and wrist treatment methods