Peripheral nerve surgery focuses on restoring nerve function, relieving pain, and improving movement and sensation following injury, compression, or disease. These procedures range from nerve exploration and repair to complex reconstructions and nerve transfers, including brachial plexus surgery. Advanced microsurgical techniques are used to treat tumors, repair damaged nerves, and address neuropathic pain, with the goal of maximizing functional recovery and quality of life.
Peripheral nerve exploration and neurolysis involve surgically identifying compressed or scarred nerves and carefully releasing them to relieve pain, restore function, and improve mobility in affected areas of the body.
Nerve repair and nerve grafting involve surgically reconnecting or replacing damaged nerves using grafts, aiming to restore function, sensation, and strength in areas affected by injury or trauma.
Nerve transfers in the upper and lower extremities involve rerouting functional nerves to restore movement or sensation in paralyzed or weakened muscles, improving function after injury or nerve damage.
Brachial plexus reconstruction involves surgical repair of damaged nerve networks in the shoulder, arm, or hand to restore movement, sensation, and function after traumatic, obstetric, or iatrogenic injuries.
Resection of peripheral nerve tumors involves surgically removing schwannomas, neurofibromas, or other growths along nerves while preserving function, relieving pain, and preventing neurological deficits in affected areas.
Targeted nerve surgery for functional restoration and neuropathic pain focuses on precise interventions to repair or decompress nerves, restore movement or sensation, and alleviate chronic nerve-related pain for improved quality of life.
