Facial Palsy-Reanimation

Facial reanimation involves surgical interventions intended to restore movement to the face.

There are two types of surgeries for facial paralysis or palsy:

Static restoration aims to make both sides of the face appear more symmetric at rest but does not restore muscle movement.

Dynamic restoration not only enhances facial symmetry but also restores movement, such as enabling smiling or eye closure.

Doctors have various surgical methods to address facial palsy, each tailored to the patient's needs.

Nerve repair involves directly fixing the damaged part of the facial nerve, though this is rare.

When extensive nerve damage occurs, nerve grafting may be necessary, wherein healthy nerve tissue from elsewhere in the body is used to connect nerve endings.

Alternatively, nerve transfer may bypass the injured nerve section entirely, utilizing a healthy donor nerve from another area of the face or body.

Facial reanimation techniques are individualized and typically conducted in stages. Static options for the upper face focus on restoring symmetry at rest, while dynamic options aim to restore movement, such as smiling.

Dynamic procedures may include nerve transfers, nerve grafts, muscle transfers, or repositioning tendons to enable facial movement. For instance, cross face nerve grafts utilize redundant nerve branches from the healthy side of the face to restore symmetry in smiles, without affecting the function of the unaffected side. Additionally, regional muscle transfers may be employed when nerve function cannot be restored, utilizing muscles like the temporalis or gracilis to enable facial movement.

Surgery options for restoring movement in a paralyzed face depend on individual symptoms and needs.

Techniques include microsurgical facial nerve repair, nerve grafting, nerve transfer surgery, muscle transfer surgery, muscle transplant (gracilis muscle facial reanimation), and procedures like face lifts and browlifts to restore symmetry.

Eyelid reanimation surgery can improve blinking and eyelid closure.

For individuals with synkinesis experiencing muscle tightness or spasms, treatments may involve:

Botox injections (chemodenervation) to block nerve signals.

Physical therapy, including massaging, stretching, and neuromuscular retraining.

Selective neurectomy, cutting specific facial nerve branches to relax tight muscles and weaken opposing muscles.

Selective myectomy with terminal neurolysis, dividing facial muscles to address tightness and spasms.

Yes, if you have facial palsy.

Diagnosis may involve electromyography (EMG), blood tests, and imaging to ascertain the cause and tailor treatment.

Surgery considerations hinge on:

Personal objectives

Duration and extent of facial paralysis

Underlying cause

Remaining facial muscle function

Age and medical history

Facial reanimation surgery carries risks, including temporary swelling, bruising, numbness, infection, changes in facial contour, nerve injury, and hematoma.

Nerve transfer surgeries may carry a risk of incorrect nerve growth leading to synkinesis, while muscle transplant surgeries may risk poor movement due to lack of blood flow to the muscle, although these complications are rare.

Improvement in facial paralysis may take months to become apparent, especially after nerve transfer or muscle transplant surgeries, as nerve cells need time to grow after being connected.

Most people experience improvement after facial reanimation surgery, but complete restoration of function or perfect symmetry may not always occur.

Additional procedures may be necessary to address complications or improve outcomes further.

Facial reanimation surgery is personalized and discussing risks and benefits with the surgeon and healthcare team beforehand is essential.