Nerve Treatment: Complete Guide

Engourdissements, picotements, sensations de brûlure ou douleurs qui se propagent le long d'un bras ou d'une jambe: ces symptômes peuvent indiquer une irritation ou compression nerveuse. La bonne nouvelle? La physiothérapie offre des techniques spécialisées pour traiter ces problèmes nerveux. Chez Physioactif, nos physiothérapeutes utilisent des approches de mobilisation neurale et de traitement des nerfs pour vous aider à bouger et à mieux gérer vos symptômes, selon la cause du problème.

What is nerve treatment in physiotherapy?

Le traitement des nerfs en physiothérapie utilise des mouvements adaptés pour aider à réduire certains symptômes liés aux nerfs et faciliter vos activités. Ces techniques sont aussi appelées mobilisation neurale ou neurodynamique. Selon la condition, ces techniques peuvent contribuer à réduire la douleur, les engourdissements ou d’autres sensations anormales associés à l’irritation ou à la compression d’un nerf. En clinique, ces effets sont recherchés pour plusieurs types de douleur d'origine nerveuse; la recherche montre toutefois des effets qui varient selon le diagnostic, avec un niveau de confiance souvent très faible dans les études disponibles^{1, 2}.

Les nerfs périphériques relient le cerveau et la moelle épinière au reste du corps. Ils transmettent notamment les sensations et les commandes qui font bouger les muscles. Ils se déplacent par rapport aux tissus voisins quand vous bougez. Les mouvements articulaires produisent un déplacement mesurable des nerfs, mais une diminution de ce glissement ne suffit pas à elle seule à expliquer l'apparition de symptômes neurologiques^{3, 4, 5}.

Nerve treatment includes several complementary approaches:

• Neural mobilization: manual techniques and exercises that move the nerves relative to surrounding tissues
• Neural glide: coordinated movements that cause the nerve to move relative to surrounding tissues
• Neural tension application: movements that gradually increase tension on the nerve, when tailored to the condition and well tolerated
• Treatment of interfaces: work on the structures surrounding the nerve, such as muscles, their sheaths, and the passages between bones

How do nerve treatment techniques work?

Les Treatment Techniques nerveux font bouger les nerfs par rapport aux tissus voisins au moyen de mouvements des bras, des jambes ou du tronc. Ces techniques mettent le nerf en mouvement par rapport aux tissus voisins et peuvent réduire la douleur dans certaines conditions, mais le mécanisme précis de cette réduction de la sensibilité n'est pas établi avec certitude^{3, 1}. On pense aussi qu'elles favorisent la circulation à l'intérieur du nerf, sans que ce soit démontré chez l'humain.

Peripheral nerves are not just passive electrical wires. They are living structures that require adequate blood supply, space to move, and the ability to stretch and glide during body movements.

Functional Anatomy of the Nerve

A peripheral nerve is made up of thousands of nerve fibers (axons) grouped into bundles. Each fiber, each bundle, and the entire nerve are surrounded by supportive tissue called connective tissue:

• Endoneurium: Surrounds each individual nerve fiber
• Perineurium: Surrounds each bundle of fibers
• Epineurium: Surrounds the entire nerve

These connective tissues allow the nerve to glide over the surrounding structures and adapt to the body’s movements. When the elbow is flexed, for example, the ulnar nerve shifts a few millimeters relative to the surrounding tissues to accommodate the movement—a shift of the nerve relative to the surrounding tissues, not a stretching of the nerve ^{itself.³, ⁶}

Mechanisms of nerve dysfunction

Several mechanisms can disrupt normal nerve function:

A nerve may be compressed within an anatomical tunnel (carpal tunnel syndrome, cubital tunnel syndrome) or by a herniated disc. This compression can reduce blood flow to the nerve and disrupt signal transmission ⁷.

When a nerve is compressed in a narrow space—such as the wrist in carpal tunnel syndrome—pressure increases inside the tunnel. The nerve may swell inside the tunnel, and this swelling may be accompanied by a decrease in its ability to transmit information. This mechanism has been documented primarily in experimental models of compression, where even slight pressure can rapidly cause the nerve to swell and reduce its ability to transmit signals, with effects that vary depending on the pressure; such a direct link has not been confirmed in the same way in ^{humans⁸, ⁷}.

After an injury, surgery, or inflammation, adhesions may form, causing the nerve to remain attached to certain surrounding tissues. These adhesions can limit the nerve’s movement, although not every movement necessarily causes excessive tension. The available data primarily support the restriction of nerve mobility; the extent of tension produced with each movement in humans is less well established, as the majority of the included studies were conducted on animals ⁹.

Une inflammation peut rendre les fibres nerveuses plus sensibles. Certaines substances inflammatoires facilitent alors leur activation. La moelle épinière et le cerveau peuvent aussi devenir plus sensibles aux signaux reçus. Ces changements peuvent contribuer à la douleur, sans qu’une douleur intense prouve un dommage important^{10, 11}.

An old hypothesis, known as “double compression,” suggests that a nerve that is already slightly compressed in one area is less able to tolerate a second compression elsewhere along its path—for example, in the neck and wrist at the same time. This concept is useful in clinical practice as a reminder to examine the entire course of the nerve, but it has not ^{been proven12, 13}.

How neural mobilization works

Not all of the proposed effects of neural mobilization have been confirmed in treated individuals:

• Nerve mobilization: These exercises move the nerve relative to the surrounding tissues, but their ability to detach tissues that are adherent to the nerve has not been demonstrated
• Blood flow around the nerve: Movement may alter blood flow within and around the nerve, but the exact mechanism remains unclear
• Movement sensitivity: Gradual exposure may reduce sensitivity during certain movements, but the exact mechanism remains unclear
• Swelling within the nerve: The effect of mobilization on this swelling has yet to be confirmed in treated patients. Experiments on cadavers show that neurodynamic techniques increase the dispersion of a dye used to visualize fluid accumulation within the nerve; this effect has not yet been demonstrated in patients ¹⁴

Which conditions benefit from nerve treatment?

Neural mobilization may help some people with carpal tunnel syndrome or certain types of neck or lower back pain. Its effectiveness varies depending on the condition being treated and remains uncertain for many diagnoses, with the quality of evidence often very ^{low.¹, ¹⁵} The following situations require an evaluation to determine the appropriate care; not all of them warrant the same exercises:

Entrapment Syndromes

Entrapment syndromes occur when a nerve is compressed within an anatomical tunnel:

• Carpal Tunnel Syndrome: Compression of the median nerve at the wrist, causing numbness and weakness in the hand
• Ulnar tunnel syndrome: Compression of the ulnar nerve at the elbow, causing symptoms in the little finger and part of the adjacent finger
• Thoracic Outlet Syndrome: Nerve compression at the outlet of the chest, causing symptoms in the arm
• Piroformis syndrome: Possible irritation of the sciatic nerve near the piriformis, a deep muscle in the buttock
• Paresthetic meralgia: Compression of a nerve that transmits sensations from the outer thigh

Radiculopathies

Radiculopathies affect the nerve roots—that is, the part of the nerves near the spine. They can cause a loss of strength, sensation, or certain reflexes. Pain may accompany them, but pain alone is not enough to diagnose a radiculopathy:

• Cervical radiculopathy: Loss of strength, decreased sensation, or changes in certain reflexes in the arm. Pain may also radiate down the arm. See our guide on neuropathic pain for more details
• Lumbar radiculopathy: Loss of strength, decreased sensation, or changes in certain reflexes in the leg. This may be accompanied by pain known as sciatica
• Herniated Disc: When the disc compresses or irritates a nerve root

Peripheral Neuropathies

• Diabetic neuropathy: Nerve damage associated with diabetes. In this case, physical therapy does not treat the underlying cause; rather, it helps patients stay active, maintain strength, and manage symptoms on a daily basis. Studies show short-term benefits of exercise on symptoms and physical function in diabetic neuropathy, but the overall quality of the evidence remains very low ¹⁶
• Postherpetic neuralgia: Persistent pain following a case of shingles. Here, too, the underlying cause is not treated; instead, the focus is on helping patients resume their activities and manage their symptoms.
• Nerve damage following a severe strain: an injury or surgery may require a medical evaluation. Exercises must follow the guidelines for protecting the nerve.

Neural-Origin Pain

Pain near a nerve is not sufficient evidence of damage to that nerve. The evaluation distinguishes, in particular, between the following situations:

• Epicondylitis: This pain in the tendons of the elbow is distinct from irritation of the radial nerve, even though the two conditions can occur at the same time
• Lower Back Pain: The brain and spinal cord may become more sensitive to incoming signals. This increased sensitivity does not necessarily mean that a peripheral nerve is compressed or not functioning properly
• Cervicogenic headaches: These headaches stem from a problem in the neck. They are distinct from occipital neuralgia, which is pain related to the nerves at the back of the head

What happens during a nerve treatment session?

During a nerve treatment session, the physical therapist will ask you about your symptoms, assess your range of motion, and work with you to determine the appropriate treatment.

A nerve treatment session at Physioactif is structured to precisely evaluate your condition and apply the most appropriate techniques.

Neurodynamic Assessment

The evaluation begins with a detailed questionnaire about your symptoms:

• Location: Where do you feel the symptoms? Do they follow a specific path?
• Nature: Numbness, tingling, burning, throbbing pain?
• Triggering Factors: What movements or positions worsen your symptoms?
• Evolution: Are the symptoms constant or intermittent?

Le physiothérapeute effectue ensuite des tests neurodynamiques spécifiques. Ces tests mettent le nerf sous tension dans une séquence précise. Ils évaluent la réponse des symptômes à des mouvements qui sollicitent davantage certaines structures nerveuses et contribuent au raisonnement clinique, mais ils ne permettent pas à eux seuls de confirmer avec certitude quel nerf est impliqué ni de localiser précisément le niveau atteint^{17, 18}:

The physical therapist places your arm at your side and then moves your elbow, wrist, and fingers into different positions. He or she observes how your symptoms respond; this test does not allow for a separate examination of the entire nerve.

The physical therapist adjusts the position of the shoulder, elbow, forearm, wrist, and fingers to increase stimulation of the radial nerve.

The physical therapist will adjust the position of your leg, ankle, or back while you are lying down or sitting. He or she will observe how these movements affect your symptoms.

Un test est considéré positif s'il reproduit vos symptômes habituels et si ceux-ci changent lorsqu'on modifie la position d'une partie du corps éloignée (différenciation structurelle). Ces critères sont proposés comme repères standardisés pour interpréter certains tests neurodynamiques, mais les procédures et les seuils positifs varient encore d'une étude à l'autre^{18, 19}.

Treatment Techniques

Based on the assessment results, the physiotherapist uses different techniques:

These techniques cause the nerve to move relative to the surrounding tissues and result in less of an increase in tension than tensioning techniques. For the median nerve, coordinated movements of the elbow and wrist alter its position and tension; the measured direction depends on the region being observed.

These techniques gradually increase the tension applied to the nerve. They are used when the movement is well tolerated and are adjusted based on the response of the symptoms.

The physiotherapist treats the structures surrounding the nerve:

• Manual techniques targeting nearby muscles to help relieve pain, based on the assessment
• Joint mobilization to facilitate movements that are restricted
• Assessment of the Muscles and Joints Surrounding the Anatomical Tunnel

Pour un syndrome du canal carpien léger à modéré, la Manual therapy peut soulager les symptômes à court terme^{20, 21}.

Depending on your condition, the physical therapist may recommend neural glide exercises for you to do at home. These exercises are gradually made more challenging based on how your symptoms respond.

In carpal tunnel syndrome, wearing a wrist splint at night to keep the wrist in a straight position is one of the interventions recommended by practice guidelines. A more recent Cochrane review found the evidence insufficient to conclude that there is a clinically significant benefit, although evidence of low certainty suggests a better overall impression of improvement than without ^{treatment22, 21}.

Treatment progression

The course of treatment depends on your condition, your activities, and how your symptoms respond:

• To start with: exercises tailored to your tolerance level and advice on activities that trigger symptoms
• Depending on your progress: increase the range of motion as long as it is well tolerated; gentle stretching may be recommended if appropriate for your condition
• When resuming activities: exercises tailored to the movements that are important to you, without the need to fully stretch the nerve

The pace of progress depends on your symptoms and your ability to perform your daily activities. If your condition continues to worsen, you should adjust your exercises.

How long does it take to see results?

The time it takes to see results varies depending on the problem and your response to treatment; the evaluation does not allow us to promise a specific timeframe.

The duration of treatment varies considerably depending on several factors:

Factors Influencing Recovery

The severity of the problem helps determine the appropriate treatment, but it alone is not enough to predict the duration of treatment.

La Duration of symptoms ne permet pas à elle seule de prévoir votre récupération. Dans le syndrome du canal carpien, la Duration of symptoms fait partie des éléments dont on tient compte pour choisir entre traitement sans chirurgie et chirurgie. Une plus longue Duration of symptoms pourrait être associée à un moins bon résultat du traitement sans chirurgie, mais les études sur ce lien donnent des résultats variables qui ne permettent pas de conclure avec confiance^{23, 24, 21}.

Adjusting the activities that trigger your symptoms may help. For example, changing your work posture may be helpful based on the assessment, though it does not guarantee a faster recovery. The plan also takes into account your other health issues and your goals.

Treatment Frequency

Sessions are generally scheduled more frequently at the beginning, when symptoms are severe. They are then spaced out as the condition improves, until follow-up is provided as needed.

Home exercises play a major role in treatment. Perform your neural gliding exercises as directed by your physical therapist.

Signs of Progress

Encouraging signs include:

• Decreased symptom intensity
• Get back to the activities that matter most to you more easily
• The ability to move more without pain
• Less frequent episodes of pain or numbness
• Improvement in neurodynamic tests

What are the most frequently asked questions about nerve treatment?

The most common questions concern pain experienced during the procedures, the difference between sliding a nerve and stretching it, exercises to do at home, the possibility of avoiding surgery, and symptoms that require immediate medical attention.

Is nerve treatment painful?

Nerve treatment techniques should not cause severe pain. A slight increase in symptoms may occur, but it should be temporary. If this increase does not subside quickly after the exercises, or if your symptoms worsen over the course of the sessions, stop the exercises and ask your physical therapist to review them.

What is the difference between neural mobilization and nerve stretching?

La mobilisation neurale comprend notamment le glissement et la mise en tension. Le glissement fait bouger le nerf en augmentant moins sa tension que les techniques de mise en tension. L'étirement nerveux augmente davantage la tension sur le nerf^{25, 26, 27}. Le choix entre glissement et mise en tension dépend de votre condition et de la réponse des symptômes. La mobilisation par glissement impose moins de tension au nerf, ce qui la rend souvent mieux tolérée par un nerf irrité. L'étirement, plus exigeant, s'introduit plutôt quand le nerf tolère mieux le mouvement.

Can I do nerve gliding exercises myself at home?

Yes, if your physical therapist has recommended them. Your physical therapist will teach you specific exercises tailored to your condition. These exercises are generally simple but must be performed correctly. Do these exercises as directed by your physical therapist. Do not increase the intensity without their approval.

Can nerve treatment help avoid surgery?

Non-surgical treatment may help some people, but it does not guarantee that surgery will be avoided. Non-surgical treatment can improve the symptoms of carpal tunnel syndrome, but current data do not allow us to predict with certainty who will avoid surgery, as the proportion of people who ultimately undergo surgery varies widely across ^{studies²⁸, ²³}. A clinical trial conducted among women with carpal tunnel syndrome showed similar results regarding pain and function one year later between manual therapy and surgery ²⁹. Significant weakness or muscle atrophy requires medical evaluation. Depending on the examination findings and the patient’s progress, surgery may be recommended to limit nerve damage ³⁰. An early evaluation helps determine the best approach for your situation.

In carpal tunnel syndrome, non-surgical treatment provides long-term relief for some people; others, however, end up having surgery. ²¹

How do I know if my pain is coming from a nerve?

There are some indications that the condition has a neurological origin:

• Pain that follows a specific path (along the arm or leg)
• Numbness or tingling
• Burning or electric shock sensation
• Symptoms that change with neck or back position
• Pain triggered by stretching a limb

Neurodynamic tests help determine whether a nerve may be involved and, if so, which one, but they must be interpreted in conjunction with the patient’s history of symptoms and the rest of the examination.

When should I seek urgent care for nerve symptoms?

Seek immediate medical attention if you experience:

• New difficulty urinating or emptying the bladder, or loss of bladder or bowel control
• Progressive weakness in both legs
• New numbness between the legs, around the genitals, or around the anus
• Rapid loss of strength in a limb
• Fever accompanying nerve symptoms

These symptoms may indicate a medical emergency requiring immediate evaluation.

Why Choose Physioactif for Your Nerve Treatment?

At Physioactif, our physical therapists assess your symptoms and develop a treatment plan tailored to your activities. They work with you to choose the appropriate treatments based on the results of the assessment.

Our approach integrates nerve treatment with other complementary techniques: manual therapy, strengthening and stabilization exercises, and strategies to modify activities that irritate the nerve.

Whether you’re suffering from carpal tunnel syndrome, sciatica, or unexplained numbness, our team can evaluate your symptoms and recommend a personalized treatment plan. Schedule an appointment at one of our clinics for an evaluation of your symptoms and range of motion.

Sources

The sources for this article include biomechanical studies, reviews, and guides on peripheral nerve mobilization.

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Nos physiothérapeutes ont défini la stratégie de recherche, le plan et le contenu clinique de cet article. Un outil d’IA a soutenu la recherche documentaire et la révision du texte pour assurer une cohérence du contenu et du style d’écriture.