Prof. Dr. Mona Arafa

Prof. Dr. Mona Arafa is a Professor of Physical Medicine, Rheumatology and Rehabilitation, with special expertise in Electromyography (EMG), Nerve Conduction Studies (NCS), Electrodiagnostic Medicine, peripheral nerve disorders, hand and upper limb rehabilitation, musculoskeletal rehabilitation, sports rehabilitation, and rheumatology.

Prof. Dr. Mona Arafa has advanced experience in evaluating patients with nerve injuries, nerve compression, muscle weakness, numbness, hand dysfunction, upper limb problems, and musculoskeletal conditions using clinical assessment together with EMG and Nerve Conduction Studies when indicated.

Her international experience includes specialized experience in electromyography (EMG) associated with Duke University, North Carolina, USA, adding an international dimension to her expertise in electrodiagnostic medicine and peripheral nerve assessment.

Through Macrocare, patients can submit their medical reports, previous EMG/NCS studies, MRI scans, operative reports, and rehabilitation records for case review and appointment coordination with Prof. Dr. Mona Arafa.

Prof. Dr. Mona Arafa’s Specialties

The expertise of Prof. Dr. Mona Arafa includes:

• Electromyography, EMG.
• Nerve Conduction Studies, NCS.
• Electrodiagnostic Medicine.
• Peripheral nerve disorders.
• Peripheral nerve injuries.
• Nerve entrapment syndromes.
• Carpal Tunnel Syndrome.
• Ulnar nerve disorders.
• Radial nerve disorders.
• Brachial plexus disorders.
• Hand rehabilitation.
• Upper limb rehabilitation.
• Rehabilitation after peripheral nerve surgery.
• Rehabilitation after hand surgery.
• Rehabilitation after tendon repair.
• Musculoskeletal rehabilitation.
• Sports rehabilitation.
• Rheumatology.
• Chronic joint and muscle disorders.
• Muscle weakness assessment.
• Numbness and tingling evaluation.
• Neuromuscular assessment.
• Rehabilitation after orthopedic surgery.
• Functional rehabilitation after injury.

Electromyography EMG with Prof. Dr. Mona Arafa

Electromyography, EMG, is a specialized diagnostic test used to evaluate the electrical activity of muscles and the nerves controlling them.

EMG can be important when a patient experiences:

• Muscle weakness.
• Numbness.
• Tingling.
• Burning sensations.
• Muscle wasting.
• Difficulty using the hand.
• Unexplained arm or leg weakness.
• Symptoms after nerve injury.
• Persistent symptoms following nerve surgery.

Prof. Dr. Mona Arafa has special expertise in EMG and electrodiagnostic medicine, allowing detailed assessment of nerve and muscle function.

What Does an EMG Test Show?

An EMG study can help determine:

• Whether nerve damage is present.
• Which nerve or nerve root is affected.
• The severity of nerve dysfunction.
• Whether the injury is acute or chronic.
• Whether there are signs of nerve regeneration.
• Whether weakness is caused by a nerve or muscle disorder.
• Whether recovery is progressing after nerve injury or surgery.

EMG results are interpreted together with clinical examination, symptoms, imaging, and previous medical history.

Nerve Conduction Studies with Prof. Dr. Mona Arafa

Nerve Conduction Studies, NCS, measure how efficiently electrical signals travel through peripheral nerves.

These studies are commonly used to evaluate conditions such as:

• Carpal Tunnel Syndrome.
• Ulnar neuropathy.
• Peripheral neuropathy.
• Traumatic nerve injury.
• Nerve entrapment.
• Brachial plexus injury.
• Selected nerve root disorders.
• Unexplained limb numbness or weakness.

EMG and NCS are often performed together because they provide complementary information about the neuromuscular system.

EMG vs Nerve Conduction Study

Patients frequently ask about the difference between EMG and NCS.

Nerve Conduction Studies assess how electrical signals travel through nerves.

EMG evaluates electrical activity inside the muscles supplied by those nerves.

Together, they provide a more complete assessment of nerve and muscle function.

When Is EMG or NCS Needed?

Electrodiagnostic testing may be requested when a patient has:

• Persistent numbness.
• Tingling.
• Burning pain.
• Muscle weakness.
• Hand weakness.
• Loss of grip strength.
• Dropping objects frequently.
• Muscle wasting.
• Suspected nerve compression.
• Persistent symptoms after trauma.
• Suspected peripheral neuropathy.
• Symptoms after nerve repair or transfer surgery.

EMG for Peripheral Nerve Injury

After a Peripheral Nerve Injury, EMG and Nerve Conduction Studies can help assess the location and severity of the injury.

The study may provide information about:

• Degree of nerve damage.
• Axonal loss.
• Nerve conduction block.
• Reinnervation.
• Muscle recovery.
• Progress after surgery.
• Need for continued surgical or rehabilitation evaluation.

Follow-Up EMG After Nerve Injury

Repeat EMG studies may be used to monitor nerve recovery over time.

Follow-up testing can help identify:

• New nerve regeneration.
• Reinnervation of affected muscles.
• Persistent nerve damage.
• Changes in muscle activation.
• Progress following rehabilitation or nerve surgery.

The timing of repeat testing depends on the type and severity of the nerve injury.

Peripheral Nerve Disorders with Prof. Dr. Mona Arafa

Prof. Dr. Mona Arafa has special expertise in the assessment of Peripheral Nerve Disorders.

These may affect nerves in the:

• Shoulder.
• Arm.
• Elbow.
• Forearm.
• Wrist.
• Hand.
• Lower limbs.

Symptoms may include numbness, tingling, burning, weakness, reduced grip strength, muscle wasting, or functional difficulty.

Carpal Tunnel Syndrome with Prof. Dr. Mona Arafa

Carpal Tunnel Syndrome occurs when the median nerve becomes compressed at the wrist.

Common symptoms include:

• Numbness in the thumb, index, and middle fingers.
• Tingling in the hand.
• Nighttime symptoms.
• Hand weakness.
• Reduced grip.
• Difficulty holding objects.

EMG and NCS for Carpal Tunnel Syndrome

EMG and Nerve Conduction Studies can help:

• Confirm median nerve compression.
• Assess severity.
• Determine the level of nerve dysfunction.
• Distinguish carpal tunnel syndrome from cervical radiculopathy.
• Identify additional nerve abnormalities.

This is particularly important because not every patient with hand numbness has carpal tunnel syndrome.

Ulnar Nerve Disorders

The ulnar nerve may become compressed around the elbow or wrist.

Symptoms may include:

• Numbness of the little finger.
• Numbness of part of the ring finger.
• Weak grip.
• Reduced fine hand movement.
• Hand muscle weakness.
• Muscle wasting in advanced cases.

EMG and NCS can help localize the site and severity of ulnar nerve involvement.

Radial Nerve Disorders

The radial nerve controls muscles responsible for extending the wrist and fingers.

Radial nerve injury may cause:

• Wrist drop.
• Weak finger extension.
• Weakness of the hand or forearm.
• Numbness over part of the hand.

Electrodiagnostic testing can help assess the level and severity of injury.

Brachial Plexus Disorders with Prof. Dr. Mona Arafa

The Brachial Plexus is the network of nerves that connects the spinal cord to the shoulder, arm, and hand.

Brachial plexus disorders may result from:

• Trauma.
• Road traffic accidents.
• Shoulder injuries.
• Stretch injuries.
• Surgical complications.
• Birth-related nerve injury.

Symptoms may include:

• Weakness of the shoulder or arm.
• Loss of elbow movement.
• Hand weakness.
• Numbness.
• Loss of sensation.
• Neuropathic pain.
• Loss of function in part of the upper limb.

EMG in Brachial Plexus Injury

EMG and NCS are important in the evaluation of brachial plexus injuries.

They may help determine:

• Which nerves are affected.
• Which nerve roots are involved.
• Severity of injury.
• Evidence of nerve regeneration.
• Whether muscles are being reinnervated.
• Progress after nerve repair.
• Progress after nerve transfer surgery.

Brachial Plexus Rehabilitation with Prof. Dr. Mona Arafa

Patients with brachial plexus injuries often need long-term rehabilitation.

The rehabilitation program may include:

• Maintaining joint range of motion.
• Preventing stiffness and contractures.
• Muscle activation training.
• Motor re-education.
• Sensory re-education.
• Progressive strengthening.
• Functional hand training.
• Upper limb coordination exercises.

The program is adapted according to nerve recovery and the patient’s functional progress.

Rehabilitation After Nerve Transfer Surgery

After Nerve Transfer Surgery, rehabilitation plays an important role in teaching the brain and muscles how to use the newly connected nerve pathway.

The rehabilitation process may include:

• Motor re-education.
• Identification of early muscle activation.
• Repeated task training.
• Progressive strengthening.
• Functional integration of the new movement.
• Monitoring through clinical examination and EMG.

Rehabilitation After Nerve Repair or Nerve Grafting

Patients who undergo Nerve Repair or Nerve Grafting may require specialized rehabilitation over an extended period.

Treatment may include:

• Maintaining joint mobility.
• Preventing muscle shortening.
• Protecting weak joints.
• Sensory re-education.
• Motor re-education.
• Strengthening when nerve recovery appears.
• Functional retraining.

Hand Rehabilitation with Prof. Dr. Mona Arafa

Hand Rehabilitation is one of the important areas of expertise of Prof. Dr. Mona Arafa.

The hand depends on the coordinated function of nerves, muscles, tendons, joints, and sensation.

Rehabilitation may be needed after:

• Peripheral nerve injury.
• Tendon injury.
• Hand fractures.
• Wrist fractures.
• Joint injury.
• Hand surgery.
• Microsurgery.
• Nerve surgery.
• Prolonged immobilization.
• Complex trauma.

Rehabilitation After Hand Surgery

Postoperative hand rehabilitation may include:

• Swelling control.
• Scar management.
• Range-of-motion exercises.
• Tendon-gliding exercises.
• Nerve-gliding exercises.
• Splinting when indicated.
• Progressive strengthening.
• Sensory rehabilitation.
• Fine motor training.
• Functional hand retraining.

The rehabilitation plan depends on the exact operation and stage of tissue healing.

Rehabilitation After Tendon Repair

After Tendon Repair, rehabilitation must protect the repaired tendon while preventing excessive stiffness and adhesions.

Treatment may include:

• Protective splinting.
• Controlled movement.
• Tendon-gliding protocols.
• Progressive range-of-motion exercises.
• Gradual strengthening.

The timing of each rehabilitation stage is coordinated with the surgical repair.

Upper Limb Rehabilitation with Prof. Dr. Mona Arafa

Upper Limb Rehabilitation includes treatment of conditions affecting the:

• Shoulder.
• Arm.
• Elbow.
• Forearm.
• Wrist.
• Hand.

Patients may require rehabilitation because of:

• Nerve injury.
• Tendon injury.
• Fracture.
• Surgery.
• Joint stiffness.
• Sports injury.
• Repetitive strain.
• Chronic musculoskeletal pain.

The goal is to restore useful function, not simply improve isolated muscle strength.

Shoulder Rehabilitation

Shoulder rehabilitation may be useful for:

• Rotator cuff disorders.
• Frozen shoulder.
• Shoulder stiffness.
• Postoperative weakness.
• Shoulder instability.
• Muscle weakness.
• Nerve-related shoulder dysfunction.

A program may include mobility, strengthening, neuromuscular control, and gradual functional retraining.

Elbow Rehabilitation

Elbow rehabilitation may be required after:

• Fractures.
• Tendon injury.
• Ligament injury.
• Nerve compression.
• Surgery.
• Joint stiffness.
• Tennis elbow.

Tennis Elbow Rehabilitation

Lateral Epicondylitis, or Tennis Elbow, causes pain around the outside of the elbow.

Symptoms commonly worsen with:

• Gripping.
• Lifting.
• Wrist extension.
• Repetitive work.
• Sports activity.

Treatment may include activity modification, therapeutic exercise, physical rehabilitation, and other interventions according to the individual case.

Musculoskeletal Rehabilitation with Prof. Dr. Mona Arafa

Musculoskeletal Rehabilitation focuses on conditions affecting muscles, joints, tendons, ligaments, bones, and soft tissues.

Conditions may include:

• Shoulder pain.
• Neck pain.
• Back pain.
• Tendinopathy.
• Joint stiffness.
• Muscle weakness.
• Sports injuries.
• Post-fracture limitations.
• Postoperative dysfunction.

Treatment is based on diagnosis and the specific functional limitations of each patient.

Sports Rehabilitation with Prof. Dr. Mona Arafa

Sports Rehabilitation aims to restore strength, mobility, stability, and function after sports-related injury.

Assessment may include:

• Muscle strength.
• Flexibility.
• Joint mobility.
• Joint stability.
• Movement control.
• Neuromuscular function.
• Sport-specific demands.

Rehabilitation progresses according to tissue healing and functional recovery.

Electrodiagnostic Assessment in Athletes

Athletes may develop nerve compression or nerve injuries because of:

• Repetitive movement.
• Direct trauma.
• Muscle hypertrophy.
• Sport-specific loading.
• Previous injuries.

EMG and NCS may help evaluate:

• Persistent weakness.
• Numbness.
• Tingling.
• Loss of muscle power.
• Suspected upper limb neuropathy.

Rheumatology with Prof. Dr. Mona Arafa

As a Professor of Physical Medicine, Rheumatology and Rehabilitation, Prof. Dr. Mona Arafa also evaluates patients with rheumatic and inflammatory musculoskeletal disorders.

These may include:

• Rheumatoid arthritis.
• Chronic joint pain.
• Joint stiffness.
• Soft-tissue rheumatic disorders.
• Tendinopathy.
• Musculoskeletal manifestations of systemic rheumatic diseases.

Rheumatoid Arthritis Rehabilitation

Rheumatoid Arthritis is a chronic inflammatory condition that can affect multiple joints.

Rehabilitation may help patients with:

• Joint stiffness.
• Reduced range of motion.
• Muscle weakness.
• Hand dysfunction.
• Difficulty performing daily activities.
• Reduced functional independence.

Rehabilitation works alongside appropriate medical rheumatology treatment.

Hand Rehabilitation in Rheumatoid Arthritis

Rheumatoid arthritis frequently affects the small joints of the hands.

Rehabilitation may include:

• Joint protection.
• Range-of-motion exercises.
• Strengthening when appropriate.
• Functional hand training.
• Splinting in selected cases.
• Adaptation of daily activities.

Peripheral Neuropathy Assessment

Peripheral Neuropathy may cause:

• Numbness.
• Tingling.
• Burning sensations.
• Weakness.
• Reduced sensation.
• Neuropathic pain.
• Balance problems in selected patients.

EMG and NCS can help characterize the distribution and severity of peripheral nerve dysfunction.

Diabetic Peripheral Neuropathy

Diabetes is a common cause of peripheral neuropathy.

Symptoms may include:

• Burning feet.
• Numbness.
• Tingling.
• Reduced sensation.
• Neuropathic pain.

Electrodiagnostic testing can be useful in selected cases, especially when symptoms are atypical or another nerve disorder is suspected.

Cervical Radiculopathy and EMG

Cervical Radiculopathy occurs when a nerve root in the neck becomes irritated or compressed.

Possible symptoms include:

• Neck pain.
• Arm pain.
• Numbness.
• Tingling.
• Muscle weakness.

EMG can help distinguish a cervical nerve root problem from peripheral nerve compression such as carpal tunnel syndrome or ulnar neuropathy.

Lumbar Radiculopathy and EMG

Lumbar Radiculopathy may cause:

• Lower back pain.
• Sciatica.
• Leg numbness.
• Tingling.
• Muscle weakness.

Electrodiagnostic testing can help assess nerve root involvement and distinguish radiculopathy from peripheral neuropathy.

EMG Before Peripheral Nerve Surgery

Before some peripheral nerve operations, EMG/NCS may provide important information about:

• Location of injury.
• Severity of nerve damage.
• Chronicity.
• Muscle denervation.
• Evidence of spontaneous recovery.
• Additional nerve involvement.

This information can support surgical and rehabilitation planning.

EMG After Peripheral Nerve Surgery

After nerve repair, grafting, or transfer surgery, repeat EMG may help identify early signs of reinnervation.

This can be valuable when nerve recovery has started electrically before meaningful muscle strength becomes clinically visible.

Rehabilitation After Orthopedic Surgery

Patients may require rehabilitation after:

• Fracture fixation.
• Joint surgery.
• Tendon repair.
• Ligament reconstruction.
• Hand surgery.
• Upper limb surgery.
• Prolonged immobilization.

The rehabilitation plan is designed to restore mobility, strength, coordination, and function.

Rehabilitation After Fractures

After fracture healing, some patients develop:

• Joint stiffness.
• Muscle weakness.
• Swelling.
• Reduced range of motion.
• Difficulty using the limb.

Rehabilitation is adapted according to fracture location, fixation method, healing status, and the orthopedic surgeon’s instructions.

Rehabilitation Is More Than Exercise

Modern rehabilitation is based on accurate diagnosis and functional assessment rather than giving the same exercises to every patient.

A comprehensive rehabilitation plan may include:

• Clinical examination.
• Neurological assessment.
• Musculoskeletal assessment.
• EMG and NCS.
• Imaging review.
• Muscle testing.
• Joint assessment.
• Functional testing.
• Individual treatment goals.
• Monitoring of progress.

This is particularly important in complex peripheral nerve and upper limb conditions.

Prof. Dr. Mona Arafa’s Treatment Approach

Prof. Dr. Mona Arafa follows an integrated diagnostic and rehabilitation approach.

This may include:

• Detailed clinical assessment.
• Neurological examination.
• Musculoskeletal examination.
• EMG and Nerve Conduction Studies when indicated.
• Review of MRI and other investigations.
• Accurate localization of nerve dysfunction.
• Individualized rehabilitation planning.
• Functional assessment.
• Monitoring nerve and muscle recovery.
• Coordination with hand surgeons, orthopedic surgeons, peripheral nerve surgeons, and other specialists when needed.

Prof. Dr. Mona Arafa’s Academic and International Experience

Prof. Dr. Mona Arafa is a Professor of Physical Medicine, Rheumatology and Rehabilitation at the Faculty of Medicine, Ain Shams University.

Her areas of expertise include Electromyography, Nerve Conduction Studies, Electrodiagnostic Medicine, peripheral nerve disorders, hand and upper limb rehabilitation, musculoskeletal rehabilitation, sports rehabilitation, and rheumatology.

Her international experience includes specialized experience in electromyography (EMG) associated with Duke University, North Carolina, USA.

This combination of academic medicine, electrodiagnostic expertise, and rehabilitation allows her to evaluate both the neurological cause of dysfunction and the functional rehabilitation needs of the patient.

Why Do Patients Consult Prof. Dr. Mona Arafa?

Patients may seek an evaluation with Prof. Dr. Mona Arafa for:

EMG – Nerve Conduction Study – Electrodiagnostic Medicine – peripheral nerve injury – brachial plexus injury – carpal tunnel syndrome – ulnar neuropathy – nerve recovery assessment – hand rehabilitation – rehabilitation after nerve transfer – rehabilitation after nerve repair – upper limb rehabilitation – musculoskeletal rehabilitation – sports rehabilitation – rheumatology – rheumatoid arthritis rehabilitation.

Book an Appointment with Prof. Dr. Mona Arafa Through Macrocare

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or you need a specialist evaluation for nerve injury, muscle weakness, numbness, hand dysfunction, brachial plexus injury, postoperative nerve rehabilitation, or a musculoskeletal rehabilitation condition, you can submit the case to Macrocare.

For an initial case review, patients should preferably provide:

• Medical reports.
• Previous EMG/NCS reports.
• MRI studies.
• Peripheral nerve ultrasound if performed.
• Operative reports.
• Nerve repair, graft, or transfer surgery reports.
• Previous rehabilitation reports.
• Date and mechanism of injury.
• Date of surgery when applicable.
• Current motor function.
• Current sensory symptoms.
• Current medications.

For peripheral nerve and brachial plexus cases, it is particularly useful to include the date of injury, type and date of surgery, previous EMG studies, and the current level of movement and muscle strength.

The Macrocare team can help organize the medical file and coordinate the appropriate consultation or appointment with Prof. Dr. Mona Arafa.

Frequently Asked Questions About Prof. Dr. Mona Arafa

What Is Prof. Dr. Mona Arafa’s Specialty?

Prof. Dr. Mona Arafa is a Professor of Physical Medicine, Rheumatology and Rehabilitation, with special expertise in EMG, Nerve Conduction Studies, Electrodiagnostic Medicine, peripheral nerve disorders, hand and upper limb rehabilitation, musculoskeletal rehabilitation, sports rehabilitation, and rheumatology.

Is Prof. Dr. Mona Arafa an EMG Specialist?

Yes. Prof. Dr. Mona Arafa has special expertise in Electromyography, EMG, including international experience in electromyography associated with Duke University, North Carolina, USA.

Does Prof. Dr. Mona Arafa Perform Nerve Conduction Studies?

Yes. Nerve Conduction Studies, NCS, are a key part of electrodiagnostic medicine and are used together with EMG to assess peripheral nerve and neuromuscular disorders.

Can EMG Show Whether a Damaged Nerve Is Recovering?

Yes. EMG can detect signs of nerve regeneration and muscle reinnervation in many patients and can be useful for monitoring recovery over time.

When Should EMG Be Repeated After a Nerve Injury?

The timing depends on the type and severity of injury, previous test results, surgery, and the clinical question being assessed.

Does Prof. Dr. Mona Arafa Treat Peripheral Nerve Injuries?

Yes. Her expertise includes peripheral nerve disorders, electrodiagnostic assessment, and rehabilitation of patients with nerve injuries.

Does Prof. Dr. Mona Arafa Treat Brachial Plexus Injuries?

Yes. Her expertise in peripheral nerve disorders, EMG, and upper limb rehabilitation is particularly relevant to the assessment and rehabilitation of Brachial Plexus Injuries.

Does Prof. Dr. Mona Arafa Provide Rehabilitation After Nerve Transfer Surgery?

Yes. Rehabilitation after Nerve Transfer Surgery may include motor re-education, muscle activation training, strengthening, functional retraining, and EMG follow-up.

Does Prof. Dr. Mona Arafa Provide Rehabilitation After Nerve Grafting?

Yes. Patients after nerve grafting may require long-term rehabilitation focused on maintaining joint mobility, monitoring reinnervation, strengthening recovering muscles, and restoring function.

Does Prof. Dr. Mona Arafa Treat Carpal Tunnel Syndrome?

Yes. Carpal Tunnel Syndrome is one of the common peripheral nerve compression conditions assessed using EMG and Nerve Conduction Studies.

Can EMG Distinguish Carpal Tunnel Syndrome from a Neck Nerve Problem?

Yes. EMG and NCS can help differentiate median nerve compression at the wrist from cervical radiculopathy and other nerve disorders.

Does Prof. Dr. Mona Arafa Provide Hand Rehabilitation?

Yes. Hand and Upper Limb Rehabilitation are among her areas of special expertise, including rehabilitation after nerve, tendon, orthopedic, and hand surgery.

Does Prof. Dr. Mona Arafa Provide Sports Rehabilitation?

Yes. Sports Rehabilitation is among her areas of expertise and may include treatment of musculoskeletal and peripheral nerve conditions affecting athletes.

Does Prof. Dr. Mona Arafa Treat Rheumatology Conditions?

Yes. As a Professor of Physical Medicine, Rheumatology and Rehabilitation, her practice includes evaluation and rehabilitation of patients with rheumatologic and musculoskeletal disorders.

What Should I Send for a Peripheral Nerve Case Review?

It is useful to provide previous EMG/NCS studies, MRI, nerve ultrasound if available, operative reports, date of injury, date and type of any nerve surgery, rehabilitation history, and current motor and sensory function.

What Should I Send for a Hand Rehabilitation Case?

Useful information includes the diagnosis, surgical report if applicable, imaging, date of injury or surgery, previous rehabilitation program, current range of motion, and current functional limitations.

How Can I Book an Appointment with Prof. Dr. Mona Arafa?

You can contact Macrocare and submit the patient’s medical reports, EMG/NCS results, imaging, surgical reports, and rehabilitation history. The Macrocare team can help organize the medical file and coordinate the appropriate consultation or appointment with Prof. Dr. Mona Arafa.