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68
Categories
Keynote incl. Free Communication

Reconstructive Facial Palsy

- , Deck 3-4

Schedule Slot

Reconstructive Facial Palsy

68
Categories
Keynote incl. Free Communication

Reconstructive Facial Palsy

- , Deck 3-4
  1. Current trends in Paediatric Facial Reanimation and Possible Future Developments

    Presentation time:
    15 min
  2. Donor nerve selection for facial reanimation surgery

    Presentation time:
    15 min
  3. The Great Ormond Street approach to facial reanimation

    Presentation time:
    15 min

    Speaker: Alex Woollard

  4. The surgical treatment of partial facial palsy

    Presentation time:
    15 min

    Speaker: Stephen Morley

  5. Optimizing acute facial palsy care – protocols and pathways in a tertiary academic center

    Presentation time:
    15 min

    Speaker: Ioana Lese

  6. Finding the Masseteric Nerve: An Illustrated Surgical Guide for Facial Reanimation

    Presentation time:
    6 min

    Abstract Presenter: T. Stigger

    Objective

    The masseteric nerve (MN) is a reliable donor nerve in facial reanimation. Masseteric-to-facial nerve transfer offers advantages including close proximity to facial nerve branches, strong axonal input, and minimal donor-site morbidity. However, safe and efficient identification of the MN can be challenging, particularly for surgeons less familiar with this region. A structured, reproducible approach is therefore essential.

    Methods

    14 fresh-frozen hemifaces were dissected to identify the MN and define its topographic relationships. Distances were measured relative to the apex of the tragus, the caudal edge of the zygomatic arch, and the superficial musculoaponeurotic system (SMAS). Based on these findings, a step-by-step surgical guide was developed, completed by schematic illustrations and an intraoperative video tutorial.

    Results

    The MN was consistently located 3.89 ± 0.27 cm anterior to the apex of the tragus, 1.01 ± 0.18 cm inferior to the zygomatic arch, and 1.11 ± 0.21 cm deep to the SMAS. It was found in close proximity to the frontal branch of the facial nerve, typically directly beneath it or slightly anterior or posterior to it. Despite minor anatomical variations, a reproducible dissection pathway was defined. The resulting illustrated guide and video tutorial highlight key anatomical landmarks and safe dissection zones.

    Conclusion

    This cadaveric study and surgical tutorial provide a practical, reliable guide to identify the MN. The structured, step-by-step approach is designed to support both trainees and experienced surgeons, thereby improving safety, precision, and surgical efficiency in facial reanimation.