Neuroacupuncture

Neuroacupuncture treats pain, movement issues, and neurological dysfunction.

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Neuroacupuncture treatment at De Pain & Paralysis Clinic is applied as a targeted intervention for conditions involving pain, movement impairment, and neurological dysfunction. Our approach combines clinical neuroscience with structured acupuncture techniques to influence how the brain and nervous system process movement, sensation, and pain

“I developed severe neck pain on my return to Nigeria from the UK. I immediately proceeded to see a doctor who placed me on neck collar and requested for MRI scan. The report showed I was having nerve compression at the C4-C5 level with disc bulge. It was already giving me some pain in my arm and funny sensations. I contacted De Pain & Paralysis Clinic and had 7 treatment sessions in total. I was literally off the neck collar the next day of my first Neurostimulation treatment. I can say I am off the pain to a greater extent.”
L

Madam Lola Fadairo

Cervical spondylosis

Medical professional reviewing x-ray film
How Does It Work?

Neurological and pain conditions often involve disruption in

Cortical activation
Sensory processing
Motor output pathways

Just as how the brain activity can be conveniently studied/ monitored by placing electrodes on specific regions of the scalp corresponding to area of interest in Electroencephalography (EEG). Similarly, Neuroacupuncture is applied to specific scalp regions that correspond to functional areas of the brain. These regions act as accessible points through which neural activity can be influenced.

The cerebral cortex
Thalamo-cortical pathways
Cerebellar and motor coordination systems

Pain Conditions

Clinical studies and observations show that stimulation at cortical-related scalp regions can modulate how pain is perceived and processed centrally .

Chronic musculoskeletal pain
Neuropathic pain
Central pain syndromes (e.g., post-stroke pain, phantom limb pain)
Complex regional pain patterns
Back view showing anatomical pain points

Paralytic and Motor Conditions

By targeting motor and sensory cortical areas, treatment supports activation of pathways responsible for voluntary movement.

Stroke-related paralysis
Facial nerve palsy
Spinal cord-related weakness
Post-traumatic motor deficits
Physical therapist performing leg mobility assessment

Neurological and Functional Disorders

Scalp-based stimulation has been widely applied in neurological rehabilitation settings, particularly where conventional interventions show limited functional recovery.

Cerebral palsy
Parkinsonian conditions
Ataxia and balance disorders
Speech and coordination impairments
Doctor showing x-ray scan results to patient in wheelchair
How We Apply Treatment

Brain Mapping-Based Stimulation

Clinician applying brain mapping-based neuroacupuncture stimulation

Brain Mapping-Based Stimulation

Based on clinical neuroscience, we use carefully defined scalp regions that correspond anatomically to brain functions such as the:

  • Motor control area
  • Sensory processing area
  • Speech and coordination

These areas act as a functional map of the brain on the scalp, allowing targeted stimulation of specific neurological functions as the case requires.

Electrical Stimulation (When Required)

In selected cases, electrical stimulation is applied to enhance the intensity and consistency of neural input as this supports an improved neuromuscular activation and more consistent stimulation patterns. Not only that, electrostimulation provides room for better integration with rehabilitation exercises in paralytic conditions especially.

Integration with Rehabilitation

Oftentimes, we do not use neuroacupuncture in isolation in managing neurological conditions. Our treatment is typically combined with:

  • Neurorehabilitation
  • Movement retraining
  • Manual therapy where indicated

This allows stimulation effects to initiate an actual functional improvement, not just temporary changes.

Medical professional examining patient arm

What Patients Commonly Notice

From our clinical experience, many patients report:

  • Immediate reduction in pain intensity (including chronic/long-standing cases)
  • Instantaneous improved muscle activation in weak limbs
  • Better coordination and movement control
  • Reduction in stiffness or abnormal tone
  • Improved response to rehabilitation
90%+Patient satisfaction
4–8 Weeks
30–50% Pain reductionNon-Surgical

While outcomes vary depending on the condition and severity, we consistently observe meaningful improvement in a significant proportion of cases we have attended to during their follow-up treatment program.

Clinical Case Snapshots

To further illustrate real-world application, below are selected representative clinical response patterns observed in our practice:

Case 1

Post-Stroke Hemiplegia (Adult Male, Early Chronic Phase)

Presentation: 63 year old patient presented with stroke. Right-sided weakness, poor gait initiation, reduced upper limb control

Intervention: Neuroacupuncture targeting motor cortex scalp zones + rehabilitation integration

Observed response:
  • Improved voluntary muscle activation after initial sessions
  • Gradual restoration of assisted ambulation
  • Reduced spastic stiffness in affected limb over treatment course
Watch testimony

Case 2

Cervical Spondylosis (Adult Female, Post-Surgical History)

Presentation: C4–C6 cervical spondylosis, severe neck restriction, right arm weakness and radiating nerve pain; arrived wearing a neck collar.

Intervention: Physical assessment, pain evaluation and diagnostic Neuroacupuncture, followed by 6 treatment sessions.

Observed response:
  • Immediate pain relief and improved neck rotation and right arm mobility.
  • Over 70% reported recovery by the fifth follow-up session.
  • Nerve pain resolved, with only mild localized occipital discomfort remaining.
  • Avoided a previously scheduled surgical procedure.
Watch testimony

Case 3

Chronic Neuropathic Pain (Trigeminal Neuralgia)

Presentation: Persistent shocking and excruciating pain on the right side of the face aggravated by speech, eating and head movements.

Intervention: Scalp-based sensory cortex stimulation + adjunct body points

Observed response:
  • Early reduction in pain intensity perception form VAS score of 9/10 to 5/10 after first diagnostic treatment
  • Improved sleep quality
  • Decreased reliance on analgesics over time

After 10 follow-up treatment plan, patient became completely free of the pain and associated symptoms.

Watch testimony

Case 4

Pediatric Cerebral Palsy (Spastic Type)

Presentation: Delayed motor milestones, increased muscle tone, poor coordination

Intervention: Motor cortex scalp stimulation + structured neurorehabilitation

Observed response:
  • Improved postural stability
  • Better voluntary limb engagement during therapy
  • Gradual reduction in abnormal muscle tone patterns
Watch testimony

Case 5

Speech Difficulty due to Voice Disorder

Presentation: 25 y/o female patient presented in 2025 to our facility with a 5 year history of choked voice, tight/strained voice muscles, irregular voice pitch while speaking, hoarseness. Patient was negative for SARS COV-2 infection. Laryngoscopic investigation revealed a classic spasmodic dysphonia characterized by tonsillar hypertrophy and vocal cord tremors during adduction. This condition has reduced her confidence level and made her feel inferior when others speak.

Intervention: Neuroacupuncture stimulation of the peripheral scalp nerves corresponding to the speech area I and II.

Observed response:

Following initial 10-20 mins additional electrostimulation, patient observed:

  • reduced tightness of the jaw and vocal muscles
  • ability to maintain a meaningful pitch level while speaking
  • increased confidence level

After 3 follow-up treatment sessions, the patient's condition became significantly improved.

Watch testimony

Case 6

Facial Nerve Palsy (Adult Female, Subacute Phase)

Presentation: Unilateral facial muscle weakness, difficulty closing eye, reduced oral competence

Intervention: Targeted scalp motor representative area electrostimulation sessions

Observed response:
  • Progressive restoration of facial symmetry at rest
  • Improved eye closure and significant reduction in muscle tension loss around oral commissure
Watch testimony

Frequently Asked Questions

Neuroacupuncture is a specialized approach to acupuncture that considers the relationship between the nervous system, sensory pathways and functional responses, in other words, Clinical Neuroscience. It uses selected acupuncture techniques as part of an individualized treatment programme.

Unlike regular Traditional Acupuncture, our Neuroacupuncture practice does not strictly follow the philosophical theories of Qi, Zang-Fu Organ, Chinese Organ Clock etc. Rather, our Neuroacupuncture places particular emphasis on the affected neurological pathway, neurophysiology and lesion localization and the selection of stimulation sites in relation to specific clinical objectives. Its application may differ according to the condition being managed.

Our specially advanced Neuroacupuncture techniques provide rapid and faster recovery results for stroke and other neurological conditions starting from your initial diagnostic neurostimulation treatment during consultation visit.

Most patients tolerate acupuncture needles well. You may experience mild pressure, tingling or a brief sensation during needle insertion or stimulation. Techniques are adjusted according to individual tolerance.

This depends on the patient's condition, severity, treatment goals and response. An individualized treatment recommendation would be provided following your assessment.

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