Five Things Oculoplastic Surgeons Should Know About Facial Plastic Surgery
David A. Sherris, M.D.,* and Craig S. Murakami, M.D.
*Division of Facial Plastic Surgery, Department of Otorhinolaryngology, Mayo Clinic, Rochester, Minnesota; andDivision of Facial Plastic Surgery, Department of Otolaryngology Head & Neck Surgery, Virginia Mason
Medical Center, Seattle, Washington, U.S.A.
Otolaryngologists in general and facial plastic surgeons in particular have many opportunities to collaborate with colleagues in ophthalmology, especially oculoplastic surgeons. In our experience, such collaborations have always been fruitful and productive for both the patients and the physicians involved. Because of the separate routes of training, each specialist brings a different but overlap-ping fund of knowledge and experience to the table. The greatest benefit of the collaboration is the combination of this enlarged fund of knowledge and experience to serve patients better. With this in mind, we describe five points of mutual interest to facial plastic surgeons and oculoplastic surgeons.
FACIAL NERVE PARALYSIS
Patients often are referred to the ophthalmologist with problems from paralytic lagophthalmos. Al-though a diagnosis of the cause of the facial nerve paralysis may very well be in hand, it is imperative to solicit a full history and perform a thorough examination to help determine the underlying disorder. Immediate-onset, complete facial paralysis is more indicative of infectious causes or Bell's palsy, whereas single-branch or slowly progressive facial paralysis usually indicates a graver cause, such as parotid gland malignancy or facial nerve tumor. All patients with a new onset of facial nerve paralysis need a complete evaluation, including a full head and neck examination and appropriate laboratory and imaging studies, before surgical interventions are undertaken to correct the facial nerve paralysis and its sequelae.
NASAL AND SINUS PROBLEMS
In patients with indications for dacryocystorhinostomy or orbital decompression for Gravesdisease, or in patients with orbital tumors, one must always consider the neighboring nasal anatomy (1,2). Depending on the presenting disorder, sinus disease, septal deformity, allergic rhinitis, primary tumors of the nasal cavity or sinuses, and similar conditions should be considered in the differential diagnosis of the orbital problem. These disorders can exacerbate the orbital condition, contribute to its severity, or make surgical or medical therapy more difficult. Anterior rhinoscopy and appropriate radiologic imaging studies are indicated in many of these patients. This allows optimal preoperative planning and possible simultaneous treatment of a comorbid condition by a colleague.
The advent of endoscopic browlifting and combined endoscopic brow and midfacelifting has expanded the patient population appropriate for forehead procedures in conjunction with or instead of blepharoplasty (3). More subtle anomalies can be approached relatively noninvasively, especially in the younger patient. Postoperative sequelae that were common with coronal browlifting, like scar alopecia, scalp anesthesia, and significant blood loss, have been virtually eliminated. Endoscopic browlift can be performed to treat glabellar frown lines alone, or in conjunction with surgery for brow ptosis and lateral hooding. The endoscopic midfacelift is directed at relieving deep nasolabial creases and malar fat pad descent. This descent can make a normal lower lid appear abnormal. Both procedures should be considered in conjunction with or instead of blepharoplasty, as the entire periorbital region is important in the restoration of normal anatomy in the area.
DEEP PLANE FACELIFT
Traditional skin-only and skin plus superficial musculoaponeurotic system rhytidectomy have little or no effect on the lower eyelids and malar fat pad. Both the deep plane and the composite rhytidectomy elevate the malar fat pad and help improve the lower lid and the malar region (4,5) (Fig. 1). Lower lid blepharoplasty may be avoided in some patients with descent of the malar fat pad, which causes relative deficiency in the malar region and apparent abnormality of the lower lid. Patients with significant aging of the face along with lower lid abnormalities should be considered for deep plane rhytidectomy before or in concert with lower lid surgery (Fig. 2). Deep plane rhytidectomy, how-ever, places the facial nerve at a greater risk of injury. Surgeons using this technique should be trained in deep facial anatomy and treatment of facial nerve injury (see Figs. 1 and 2).
The surgeon should not forget regional flaps like the forehead flap and temporalis muscle flap for periocular reconstruction (6). Even major orbital exenteration with large soft tissue loss can some-times be addressed with these flaps or other regional flaps to avoid the need for microvascular free flap reconstruction. With proper training, these regional flaps are easily obtained and are robust, and the procedure can usually be done using local anesthesia with sedation. If the surgery is done correctly, flap failure is extremely uncommon, and morbidity is much lower than in microvascular re-construction.
Collegial collaboration across overlapping disciplines improves the skills of all physicians involved, advances innovation, and works for the greater good of the patient. Sinus tumors that invade the orbit, orbital tumors that invade the sinus, reconstruction of major periocular defects, brow-lifts that need frontal bone contouring, and malar complex problems that involve the lids are several examples where collaboration and the team approach may improve patient satisfaction and overall care.
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- Sherris DA, Otley CC, Bartley GB. Comprehensive treatment of the aging face - cutaneous and structural rejuvenation . Mayo Clin Proc 1998;73:139-146.
- Larrabee WF, Sherris DA. Principles of Facial Reconstruction. Philadelphia : Lippincott-Raven Press, 1995.