+905423212512 24/7 patient support
English
EUR
Plastic & Aesthetic Surgery

Post Traumatic Facial Nerve Paresis Treatment in Turkey

Post-traumatic facial nerve paresis involves weakness or impaired movement of the facial muscles following physical injury, such as a skull fracture or laceration. Patients typically consult a doctor for noticeable asymmetry, eyelid closure problems, or difficulty with speaking and eating. Appropriate treatment options depend on a thorough specialist assessment. Compare hospitals in Turkey that treat Post Traumatic Facial Nerve Paresis and get a free review of your medical records.

3 min read

Post Traumatic Facial Nerve Paresis Treatment in Turkey
Price from
Price on request
Clinics
2

Verified surgeons for Post Traumatic Facial Nerve Paresis

4 doctors Compare doctors, ratings and prices — ask any of them for a free quote.

About Post Traumatic Facial Nerve Paresis

Post-traumatic facial nerve paresis involves weakness or impaired movement of the facial muscles following physical injury, such as a skull fracture or laceration. Patients typically consult a doctor for noticeable asymmetry, eyelid closure problems, or difficulty with speaking and eating. Appropriate treatment options depend on a thorough specialist assessment.

Specialty: Plastic & Aesthetic Surgery

Best Clinics for Post Traumatic Facial Nerve Paresis Treatment in Turkey

Frequently asked questions

The cost of treating Post Traumatic Facial Nerve Paresis depends on the diagnosis and the treatment chosen. Doctors first review your medical records — free of charge — and you then receive an itemised quote.

Post Traumatic Facial Nerve Paresis is treated by Plastic & Aesthetic Surgery specialists. 2 clinics in Turkey on our platform offer this treatment.

What Is Post-Traumatic Facial Nerve Paresis and Its Symptoms?

Post-traumatic facial nerve paresis refers to the partial or complete loss of voluntary movement in the facial muscles following physical trauma. The facial nerve (seventh cranial nerve) travels through a tight bony canal inside the temporal bone before branching out to control the muscles of facial expression. Blunt force trauma, temporal bone fractures, deep facial lacerations, or surgical injuries can crush, stretch, or completely sever this nerve.

Depending on the mechanism and severity of the injury, symptoms may appear immediately or develop gradually due to tissue swelling (oedema). Common clinical features include:

  • Inability to close the eye completely on the affected side (lagophthalmos).
  • Drooping of the corner of the mouth, causing saliva leakage or difficulty eating and speaking.
  • Loss of forehead wrinkling and asymmetric smile.
  • Reduced tear production or, conversely, excessive tearing (epiphora).
  • Altered taste perception on the front two-thirds of the tongue and increased sensitivity to loud sounds (hyperacusis).

Proper evaluation often involves specialists in Plastic & Aesthetic Surgery, ENT (Ear, Nose & Throat), and Neurosurgery to determine whether the nerve is intact, compressed, or lacerated.

How Is Facial Nerve Paresis Diagnosed in Turkey?

When seeking an international medical consultation in Turkey, a detailed diagnostic assessment is essential to determine whether the nerve damage is complete (neurotmesis), partial (axonotmesis), or temporary (neurapraxia). Turkish medical centres typically perform a combination of physical examinations and advanced electrodiagnostic tests.

Key diagnostic steps include:

  • High-Resolution CT Scan: Evaluates the temporal bone structure to check for fractures along the facial canal.
  • Contrast MRI: Assesses soft tissue integrity, nerve continuity, and inflammatory changes.
  • Electromyography (EMG) and Electroneurography (ENoG): Measure electrical activity in the muscles and evaluate the percentage of nerve fibre degeneration, usually performed 14 to 21 days after the initial injury.

International patients should bring all existing medical records, including initial emergency room admission notes, operative reports if previous surgeries were performed, and recent imaging files (DICOM format on CD or digital link).

Treatment Options for Facial Nerve Recovery

Management strategies depend heavily on whether the nerve loss was immediate or delayed, as well as the time elapsed since the original injury. The primary goal is to protect eye health, restore facial symmetry, and re-establish voluntary facial movement where possible.

OptionTypically Used WhenThings to Know
Conservative & Medical CareDelayed onset paresis, partial nerve blunt trauma, or neurapraxia.Involves short courses of oral corticosteroids to reduce nerve swelling, eye lubricants, and targeted facial physiotherapy.
Direct Nerve Repair / GraftingEarly acute lacerations or clean transections of the facial nerve.Surgeons reconnect the severed nerve ends directly or use a donor nerve graft (such as the sural nerve) to bridge the gap.
Dynamic Muscle TransferLong-standing paralysis (usually over 12 to 18 months) where native muscle has atrophy.Transfers functional muscle tissue (e.g., gracilis muscle flap) combined with nerve transfers to restore movement.
Static ReconstructionPatients unfit for lengthy nerve grafting or as adjunctive care.Employs fascia lata slings, platinum eyelid weights, or brow lifts to restore resting symmetry and assist eye closure.

Surgical interventions may be combined with supportive care from Eye Surgery specialists to prevent corneal damage or Rehabilitation teams to retraining facial muscle patterns.

Planning Your Medical Journey to Turkey

Planning care for post-traumatic facial nerve paresis requires careful timing. In many cases, an initial remote records review is conducted by Turkish medical teams before you travel. Surgical decisions are finalized only after physical examination and repeat electrodiagnostic tests on site.

Patients travelling for reconstructive procedures should plan to stay in Turkey for 10 to 14 days. This timeframe allows for presurgical clearance, the operative procedure, post-operative wound checks, and removal of any external sutures. Before returning home, your clinical team will provide a structured home-exercise plan or coordinate with a local physiotherapist. If additional diagnostic imaging or systemic evaluations are needed, clinics can organise targeted care through Check-ups & Diagnostics services.

When Travel Is Not Advisable and Urgent Warning Signs

Travel for reconstructive surgery should be postponed if you have unmanaged medical conditions, recent severe head trauma that has not stabilized, or active systemic infections. Air travel may also be unsafe if you have untreated skull base fractures with cerebrospinal fluid (CSF) leaks.

Seek immediate local emergency medical attention if you experience any of the following warning signs:

  • Severe eye pain, redness, blurred vision, or sensation of a foreign object (indicating corneal ulceration).
  • Clear fluid draining from the nose or ear following head trauma.
  • Sudden high fever, severe headache, or neck stiffness.
  • New or rapidly worsening neurological deficits, such as weakness in the arms or legs.

Frequently asked questions

It is caused by physical trauma to the head, face, or temporal bone. Common causes include motor vehicle accidents, falls, deep facial cuts, or surgical trauma during complex base-of-skull procedures, which crush, stretch, or cut the facial nerve.

Timing depends on the nature of the trauma. Clean nerve cuts require immediate surgical repair. In closed blunt trauma, specialists often monitor recovery for 3 to 6 months with electrodiagnostic testing before deciding if nerve decompression or grafting is necessary.

When the facial nerve is damaged, the eyelid cannot close fully, leading to severe dry eye, exposure keratitis, and potential corneal ulcers. Protecting the cornea with eye drops, ointments, eyelid taping, or temporary weights is a critical priority.

You should provide original accident or emergency reports, surgical notes if an operation was performed after the injury, recent CT or MRI brain and temporal bone scans, and any electromyography (EMG) reports conducted since the trauma.

Nerve regeneration is a slow process, typically progressing at about one millimetre per day. While reconstructive techniques significantly improve facial symmetry, eye closure, and voluntary expression, functional recovery may not completely mirror your pre-injury baseline.

Free personalised quote