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Peripheral Nerve Surgeries Jodhpur

Understanding Peripheral
Nerve Surgeries

Peripheral nerve surgery treats nerve injuries that cause numbness, weakness, pain, tingling or loss of hand and limb function.

At Galwa Care Hospital, assessment focuses on injury level, nerve continuity, muscle function and timing before planning repair, grafting or decompression.

Specialist nerve care helps improve recovery potential, protect function and guide rehabilitation after injury.

REPAIR, REGENERATE, RESTORE

How we help at
Galwa Care Hospital

At Galwa Care Hospital, peripheral nerve surgery is approached with microsurgical precision, thorough pre-operative
assessment, and integrated rehabilitation to give every nerve injury the best possible environment for recovery.

Our team begins every peripheral nerve case with a comprehensive assessment that combines detailed clinical examination with nerve conduction studies and electromyography to establish the exact nature and location of the injury and determine the most appropriate surgical approach. Nerve injuries are stratified according to their severity, and the assessment determines whether the nerve is likely to recover on its own with time, or whether surgical intervention is required to bridge a gap, release compression, or transfer function. The surgical plan is selected from the full range of available approaches, including direct repair, grafting, decompression, and nerve transfer, based on what will give the individual patient the best functional outcome.

At Galwa Care Hospital, nerve repair surgery is performed using microsurgical techniques that allow the surgical team to work with nerves of very small diameter under magnification, ensuring the most precise and reliable repair possible. Post-operative rehabilitation begins promptly and is carefully structured, with physiotherapy protecting joints, maintaining muscle health during the period of nerve regeneration, and progressively retraining movement as nerve recovery develops. We provide honest, regular follow-up with objective assessment of recovery at each stage, adapting the rehabilitation plan as function returns and addressing any complications or secondary procedures promptly.

RESTORE THE SIGNAL, RESTORE THE FUNCTION

Why and For Whom Is Peripheral
Nerve Surgery Important?

Peripheral nerve surgery is important for anyone whose nerve damage is causing persistent functional loss, chronic pain,
or progressive weakness that has not recovered with time or conservative management.

Nerve injuries following trauma, lacerations, fractures, or accidents requiring surgical repair.

Persistent numbness or tingling in a limb or hand that is not resolving with conservative treatment.

Progressive loss of muscle strength caused by confirmed nerve damage or compression.

Chronic nerve pain that has not responded adequately to medication or non-surgical management.

Nerve compression syndromes such as cubital tunnel syndrome affecting daily hand or arm function.

Nerve damage occurring as a complication of a fracture fixation or previous surgical procedure.

Partial or complete loss of sensation in a specific nerve distribution pattern.

Complex injuries requiring nerve grafting to bridge a gap between severed nerve ends.

Irreversible nerve injury in the original nerve requiring nerve transfer to restore essential movement.

Seeking the best possible functional recovery and relief from the limitations of nerve damage.

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Questions & Answers

Frequently Asked Questions.

Surgery is recommended when a nerve has been cut and requires direct repair or grafting, when a nerve is severely compressed and not recovering with non-surgical management, or when nerve transfer is needed to restore essential function that cannot recover naturally. Common causes of peripheral nerve damage include sharp or crush trauma, traction injuries, sustained compression from surrounding structures, fracture-related nerve injury, and surgical complications. The decision to operate is based on clinical assessment, nerve conduction studies, and the duration and severity of the nerve deficit.

The main types of peripheral nerve surgery include direct nerve repair for clean cut injuries, nerve grafting to bridge gaps between nerve ends, decompression for compressed nerves, and nerve transfer to redirect function from a working nerve to a paralysed one. Recovery from nerve surgery is a gradual, long-term process because nerves regenerate slowly at approximately one millimetre per day. Depending on the length of nerve that needs to regenerate and the distance from the repair to the target muscle or sensory area, meaningful functional recovery may take months to more than a year.

The degree of functional recovery depends on the type and severity of the injury, the patient's age, how quickly treatment was initiated, and the length and quality of the nerve repair. In general, younger patients recover nerve function better than older ones, and injuries treated early produce better results than those managed after a long delay. While the goal of nerve surgery is always to achieve maximum possible recovery, it is important to understand that complete restoration of pre-injury function is not always achievable, particularly in severe or longstanding injuries. Honest discussion of realistic expectations is always part of the planning process at Galwa Care Hospital.

Physiotherapy and occupational therapy are essential after peripheral nerve surgery. During the recovery period while the nerve is regenerating, physiotherapy protects the joints from stiffness, prevents muscle shortening, and prepares the limb for the return of function. As nerve recovery progresses, therapy retrains the muscles and helps the patient re-learn movements and sensations. If nerve damage is left untreated, the affected muscles can waste and atrophy permanently, joints can become stiff and contracted, and the sensory loss can become irreversible. Early surgical intervention consistently produces better outcomes than delayed treatment.

Many peripheral nerve procedures use refined, tissue-sparing techniques with incisions placed carefully to access the nerve with minimal disruption to surrounding structures. The procedures are performed under appropriate anaesthesia with post-operative discomfort that is generally manageable with standard pain relief. Patients are typically discharged the same day or after a short hospital stay depending on the extent of the surgery. The recovery period varies widely depending on the procedure, from a few weeks for simple decompression to many months for major nerve repair or transfer cases, with structured follow-up throughout.

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