Faculty Bibliography

The benefits of tissue expansion go unrealized if flap design and coverage concepts do not exist in pre-operative thinking. Without proper analysis, the surgeon will likely burden the patient with more expanders than necessary. Tissue coverage needs can be simplified in forms of triangles and rectangles to determine expanded tissue advancement. Single or double back cuts allow usage of all the expanded tissue. Furthermore, early subtotal excisions, especially in children less than four months old, can reduce the number of expanders required. With methods presented herein, the face can be resurfaced with better color and less distortion. Eyebrows should be maintained and positioned by keeping the lower frontalis muscles intact. Cheeks can be covered with a large "Schrudde" design and color can be improved by using upper neck skin preferentially over lower neck harvest. Laser hair removal allows larger swaths of forehead to be covered by hair-bearing scalp tissue. Prior incisional delay can expedite success with no tissue loss. The results speak for themselves when surfaces are covered with large, expanded flaps which are expeditiously harvested.

INTRODUCTION/BACKGROUND:Abdominoplasty is currently one of the most widely requested cosmetic procedures in the United States. There is limited literature describing the corrective measures following skin loss from a flap necrosis due to an abdominoplasty complication. METHODS:A 53-year-old female presented with a large split thickness skin graft due to skin loss as a necrotic complication from an abdominoplasty performed at our center. The patient suffered from emotional stress related to the abdominal deformity, which included a lack of an umbilicus. RESULTS:Patient recovered well post-operatively. She required two procedures - the initial procedure involved excision of the skin graft and closure with the patient's own full-thickness skin and tissue. The second procedure, which occurred six months later, involved the creation of an umbilical stalk from a small cuff of skin. CONCLUSION/CONCLUSIONS:Abdominoplasty, although sought for cosmetic purposes, is indeed a major procedure and can result in complications especially from aggressive liposculpture. When complications do occur, revisions are indeed possible with aesthetically pleasing results.

Any face/neck lift operation has a natural flow of slower and speedier portions; slower when dissecting under the superficial musculoaponeurotic system and around nerves while faster during opening, undermining, defatting, and closing. Surgeons can maximize efficiency with these simple maneuvers.

Abdominoplasty is a major surgical procedure met with high rates of patient satisfaction and improved self-image. While many patients are lured abroad due to discounted prices for such highly requested procedures, unfortunately, there are also associated complications. A 47-year-old woman presented due to abdominal scar dehiscence due to skin necrosis secondary to a discounted abdominoplasty in Mexico. The patient had been turned away by several local surgical centers for treatment of the necrosis. The patient underwent incision, drainage, and two debridements before her abdominal wound was eventually closed. Patient recovered well postoperatively with improved aesthetic result. With the rise of social media advertisements, more patients elect to receive plastic surgery abroad. Unfortunately, many of these practices are not accurately vetted and this can complicate the postoperative care especially upon return to the United States.

Reconstruction of suborbital cheek and lower eyelid defects can be challenging in pediatric patients due to the need for lower eyelid support, lack of reliable local tissue, and difficulties of scar concealment. The deep-plane cervicofacial rotation-advancement flap is a useful technique for cheek reconstruction in adults; however, its utility in the pediatric population has not been described.

Restoration of the upper lip provides a reconstructive challenge because of its anatomical and aesthetic requirements. This article provides a "where is it on the lip" approach to reconstruct small to subtotal defects of the upper lip that are feasible to perform in the office setting. Emphasis is placed on adherence to core principles, attention to macroaesthetic and microaesthetic landmarks, and technical refinements of well-established reconstructive techniques. These tenets include algorithms for central and lateral defects, precise use of the Abbe flap, use of local tissue rearrangement and skin grafts, and appropriate management of scars. A strong understanding of the anatomical and aesthetic nuances of the upper lip will allow for enhancement of conventional reconstructive procedures to optimize functional and aesthetic outcomes.

Background/Purpose: The reconstruction of the wide Tessier #4 cleft is classically limited by persistent lower lid ectropion/medical canthal disruption or the incorporation of unaesthetically located scars which violate the subunit border principle of facial reconstruction. We present a novel repair technique which: can be applied at infancy; does not require tissue expansion; restores stable lower eyelid and medial canthal position; and respects the subunit border principle of facial repair. Methods/Description: A neonate with a complete, wide, Tessier #4 facial cleft presents with an over 2/3rd lower eyelid loss. Presurgical tape therapy was applied to lengthen the lateral tissues transversely and vertically. A Tenzel flap extended to a Schrudde cervicofacial flap was planned to radically mobilize the lower eyelid to the medial canthus in a tension-free manner. A robust vascular supply was maintained to this large flap using a deep plane dissection. Results: Surgical repair was performed at 3 months of age. No tissue expansion was used. A Tenzel pattern flap was mobilized in the subcutaneous plane. This flap was raised in continuity with a Schrudde cervicofacial flap raised in the deep plane. Facial nerves were directly visualized and preserved during the operation. A conjunctival flap was raised from the floor of the orbit was used to reconstruct the posterior lamella of the lower eyelid. The Tenzel/Schrudde flap was rotated, without tension over the defect and to the nose/cheek junction. At the time of inset, there was redundant flap skin superiorly at the level of the lower eyelid and medially at the area of the medial canthus. This redundancy was incorporated into the reconstruction to prevent ectropion and medial canthus disruption. Suspensory sutures were applied to the infraorbital rim and pyriform aperture to prevent sagging of the flap. A Millard repair was used to reconstruct the lip at the level of the philtrum. The flap demonstrated 100% take despite radical mobilization. The final scar followed the philtral line, the nasal/cheek junction, the subcilliary line and the anterior auricular/retro auricular border. Lower eyelid and medial canthal position was stable after 6 months. Facial nerve function was preserved with this approach. Conclusions: A Tenzel/Schrudde deep-plane cervicofacial flap can be safely applied to infants with a wide Tessier #4 facial cleft. No tissue expansion is needed. This is the first repair technique which places final scars perfectly along the subunit borders of the face while preserving lower eyelid and medial canthal position, even in the patient with significant lower eyelid loss