The Facial Plastic and Reconstructive Surgery Service at The New York Eye and Ear Infirmary provides comprehensive care and management of all facial cosmetic and reconstructive conditions with the most advanced techniques and equipment available.
Aesthetic facial surgery including facelifts, rhinoplasty, blepharoplasty, otoplasty, browlift, cheek and chin augmentation are routinely performed with supervision of our board certified staff. The latest techniques in endoscopic facial aesthetic surgery, CO2 laser resurfacing and pulse dye laser for vascular lesions, are offered as refining adjuncts in management of the aging face.
Reconstructive facial surgery includes management of post-traumatic, post-surgical and congenital facial malformations. Complex reconstructive procedures including cleft lip, cleft palate auricular malformations, hemi-facial microsomia, post surgical nasal obstruction, rehabilitation of the facial paralysis/facial reannimation, nasal valve collapse and septal perforation are routinely addressed by the service.
Treatment of facial skin cancers and other lesions is performed with an emphasis on natural appearing and normal functioning reconstruction after ensuring total tumor removal.
The Facial Plastic and Reconstructive Surgery clinic meets weekly on Tuesday mornings from 9:00 am at The New York Eye and Ear Infirmary. Full evaluations and consultations are performed during the initial clinic visits. Surgical cases are performed throughout the week at The New York Eye and Ear Infirmary.
Insurance is accepted, when applicable. Cosmetic procedures are offered through the teaching service at a significant cost savings.
Comprehensive management of congenital microtia/atresia with hemi-facial microsomia is conducted in a team approach by Anthony Sclafani, M.D. (Facial Plastic and Reconstructive Surgery), Christopher Linstrom, M.D. and George Alexiades, M.D. (Otology and Neurotology).
Microtia is a pathologic condition of the external ear, wherein an affected individual is born with a grossly misshapen or absent external ear. It is frequently associated with aural atresia, or the absence of normal ear canal, tympanic membrane, functional ossicles and conductive hearing component.
Microtia is relatively uncommon, occurring in 7- 10,000 live births. It is more common on the right side than on the left, but can be bilateral. Prenatal maternal lifestyle is not associated with microtia.
|Microtia is usually broken down into four categories:|
is a slightly small ear with identifiable structures and a small but present external ear canal.
is a partial or hemi-ear with a closed off or stenotic external ear canal producing a conductive hearing loss.
is absence of the external ear with a small peanut vestige structure and an absence of the external ear canal and ear drum.
is absence of the total ear or anotia.
In addition to the severe psychologic effect of a grossly deformed ear, the child or adult with microtia has a moderately severe hearing loss. The patient routinely has an absence of the external ear (or pinna), an absent external canal and ear drum, as well as a small middle ear cavity with fusion of the small middle ear bones (ossicles) and an open (patent) eustachian tube, despite a normal inner ear. Therefore, these children have a maximum conductive hearing loss. Because it is critical for children to have normal hearing in order to have normal speech and bilateral hearing for the ability to detect directionality, the best treatment of microtia is to provide reconstitution of the external ear and hearing.
The surgical intervention for correction of microtia/atresia at the New York Eye and Ear Infirmary is performed utilizing a unique and rarely found team approach. Patients who present with microtia/atresia and/or associated hemi-facial deformities are evaluated by the microtia/atresia team of the Otology Center:
Anthony Sclafani, MD, FACS - Director of Facial Plastic and Reconstructive Surgery at the New York Eye and Ear Infirmary and Professor of Otolaryngology at New York Medical College
Christopher Linstrom, MD, FACS - Director of Otology and Neuro-otology at the New York Eye and Ear Infirmary and Professor ofOtolaryngology at New York Medical College
George Alexiades, MD, FACS - Assistant Professor of Otolaryngology at New York Medical College
Ana Kim, MD, FACS -Assistant Professor of Otolaryngology at New York Medical College
Each patient undergoes a thorough team approach evaluation to detect the level of external ear, external ear canal, middle ear and facial and bite deformities through the Otology Center at the New York Eye and Ear Infirmary. The workup for these patients consists of a hearing test, CT scan of the temporal bone to detect the exact course of facial nerve and delineation of the amount of middle ear and external canal deformity, and x-rays of the face and mandible to detect hemi-facial deformities and bite irregularities. Following this evaluation, treatment options are reviewed and recommended to the parents of the child with the ear deformity. Treatment of the microtia may or may not include surgery. Parents of children who do not want surgery can opt for an external prosthesis, which can be fixed to the side of the patient’s face with titanium pins or glue. Patients who have the most common auricular deformity, Grade III, require a four to five stage reconstruction procedure performed over a one to two year period to achieve optimal surgical correction.
The primary procedure consists of harvesting cartilage from the sixth, seventh and eighth ribs on the side opposite the deformity. Great care must be taken to ensure adequate cartilage is harvested and preserved without injuring the underlying lung. The chest wound is then closed and a drain inserted. These cartilage pieces are then carefully carved and sutures are placed to form these slightly curved pieces into the complex, multiplanar shape and framework of a normal ear structure. The normal, contralateral ear is copied as closely as possible. A separate incision is made into the scalp overlying the normal position of the ear and a thin layer of scalp skin is carefully elevated in the exact spot the cartilage framework is to be placed; this location is generally determined by the position of the normal ear on the opposite side. At this time, the abnormal, malformed remnant ear cartilage and some skin are removed. The ear framework is then inset into a pocket behind the peanut skin vestige and the overlying skin is shrink- wrapped around the framework utilizing suction drains. This procedure requires the patient to remain in the hospital three to four days. The patient is discharged home with the drains in place; these are removed one week postoperatively.
Three months following the primary procedure (which allows for healing and stabilization of the framework), the second stage is performed. This consists of removing the upper portion of the peanut vestige and then flipping the lower portion posteriorly and hooking this up to the reconstructed ear framework. This uses the abnormal skin to create an earlobe. This is an outpatient procedure where the patient goes home on the same day. This now provides the patient with a realistic looking ear but one which is still flattened down and tethered to the side of the head.
During the intermission between the second and third stages, the patient is encouraged to undergo laser hair removal, as the hair almost always grows down onto the skin that covers the upper part of the ear framework.
The third stage consists of lateralizing, or moving away from the side of the head, the cartilage framework. This is accomplished by elevating the framework away from the deep muscle and soft tissues (preserving a thin layer on the cartilage itself), and then placement of a skin graft and additional cartilage behind the framework to allow for permanent lateralization. This procedure generally requires a 2-3 day hospitalization. At this point, the patient has a relatively natural looking ear.
The fourth stage operation consists of a drill out procedure where the external ear canal is actually created by the neuro-otologist. This canal is carried down until the location of the bony tympanic plate is detected. The bony plate is removed and a new tympanic membrane or ear drum is made from muscle lining and this is connected to the middle ear ossicles. The newly formed canal is lined with a skin graft and attached to the external framework. This procedure requires the patient to be in the hospital for two to three days and is performed two to three months following the third stage. At this point the patient now has almost normal hearing and a natural ear framework on the side of the head.
Alternatively, a bone anchored hearing aid (BAHA) can be placed to allow for hearing amplification without major surgery.
The fifth stage is a customizing procedure including construction of a preauricular tragus and any other finesse procedures needed to be done in order to make the reconstructed ear look as natural as possible. If a patient has an underlying maxillofacial or hemi-facial deformity, these procedures are performed by the oromaxillofacial surgeon during the first, second and third stages of the auricular reconstruction.
Rib cartilage to sculpt the auricular framework:
Rib cartilage after carved and shaped as new auricle:
Removing vestigial malformed cartilage:
Before (top left), after stage I (top right), after stage 2 (lower left) and after stage 3 (lower right) surgery for microtia
Another patient, who required reconstruction of the outer ear as well as creating of an ear canal and eardrum. These procedures are coordinated by the Facial Plastic & Reconstructive Surgery and Otology/Neurotology services.