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Microsurgery effectively treated various pediatric injuries, including arteries, tendons, nerves, and traumatic amputations, with excellent outcomes in most cases. This advanced surgical approach shows significant promise for improving pediatric surgical results.
Area of Science:
- Pediatric Surgery
- Microsurgery
- Reconstructive Surgery
Context:
- The study evaluated microsurgical interventions in 32 children (ages 2-12) with diverse injuries.
- Conditions included arterial injuries, digital nerve and tendon damage, cryptorchidism, finger tumors, and amputations.
- Lymphatic vessel drainage for suppurative conditions was also performed in 8 patients.
Purpose:
- To assess the efficacy and outcomes of microsurgical techniques in treating complex pediatric injuries.
- To evaluate the application of optic magnification, inert suture materials, and microsurgical instruments in pediatric reconstructive procedures.
Summary:
- Microsurgical operations were performed on 32 children for various injuries, including vascular, tendon, nerve, and digital trauma, as well as cryptorchidism and tumor excisions.
- Reconstructive surgery for flexor tendons yielded satisfactory results in one case, while a finger replantation failed in another.
- Overall, 30 out of 32 patients achieved excellent or good anatomical and functional results.
Impact:
- Microsurgery enables high precision in vascular anastomoses, nerve repairs, and tendon reconstructions in pediatric patients.
- The findings highlight the significant potential of microsurgery to advance the field of pediatric surgery and improve patient outcomes.
Abstract:
The paper deals with the results of treatment of 32 children aged from 2 to 12 years with injuries to the arteries (n = 7), tendons of the hand and fingers (n = 9), nerves of the fingers (n = 3), cryptorchidism (n = 6), tumour of a finger (n = 1), and traumatic amputation of a finger (n = 1). Drainage of a lymph vessel in the foot for lymph infusion in +suppurative conditions was carried out in 8 patients. Optic magnification, inert suture material, and microsurgical instruments were used in the operations. The anatomical and functional results were excellent and good in 30 patients. In an 8-year-old girl, the results of a restorative operation on the flexor tendons of the ring finger of the left hand were satisfactory. In a boy two and a half years of age, replantation of the index finger of the left hand proved a failure. Microsurgical methods make it possible to attain utmost precision in forming vascular anastomoses, applying sutures to the nerves of the fingers and tendons, and in other operations. Microsurgery holds much promise in pediatric surgery.