Nasal alar necrosis associated with dermal filler injection is a rare event. Proper technique and recognition of risk factors may reduce the incidence of this complication. Physicians should be aware of early intervention and treatment options should impending necrosis become apparent.

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The management of perioral injuries is a complex topic that must take into consideration the unique anatomy, histology, and function of the lips to best restore form and function of the mouth after injury. Basic reconstructive principles include three-layered closure for full-thickness lip lacerations. Additionally, special care is needed to ensure an aesthetic repair of the cosmetically complex and important vermillion border, philtrum, and Cupid's bow. Infraorbital and mental nerve blocks provide lip anesthesia for laceration repair without distorting crucial aesthetic landmarks. Prophylactic antibiotics are usually indicated in perioral injuries due to wound contamination with saliva. Perioral burn management is controversial; however, most lip burns can first be managed conservatively. Splinting, plasties, and other reconstructive options are available after secondary healing of perioral burns. Hypertrophic scars are common in the perioral area after trauma. The mainstays of treatment for hypertrophic scars on the lips are silicone elastomer sheeting and intralesional steroid injections. For large perioral defects, a myriad of reconstructive options are available, ranging from primary closure, cross-lip flaps, and local tissue transfer, to free tissue transfers such as radial forearm free flaps, innervated gracilis free flaps, anterolateral thigh free flaps, and osteocutaneous free flaps.

Although essential oil of lavender did not have an effect on the subjects' perception of pain during a facial injection, subjects showed significant increases in parasympathetic activity when exposed to the lavender aroma. Lavender aromatherapy has the potential to ease anxiety in patients undergoing minimally invasive facial cosmetic procedures.

BACKGROUND Safety, pain, duration of effect, and patient satisfaction are important concerns for physicians performing dermal filler injections.

Preliminary data suggest improved aesthetic results, demonstrating the potential use of fractional photothermolysis as a scar revision technique. Future studies with a longer follow-up period could elucidate the role of fractional photothermolysis in more permanent scar improvements.

Objectives:To determine current practice for use of perioperative antibiotics among facial plastic surgeons, to determine the extent of use of literature support for preferences of facial plastic surgeons, and to compare patterns of use with nationally supported evidencebased guidelines.Methods: A link to a Web site containing a questionnaire on perioperative antibiotic use was e-mailed to more than 1000 facial plastic surgeons in the United States. Responses were archived in a dedicated database and analyzed to determine patterns of use and methods of documenting that use. Current literature was used to develop evidence-based recommendations for perioperative an-tibiotic use, emphasizing current nationally supported guidelines.Results: Preferences varied significantly for medication used, dosage and regimen, time of first dose relative to incision time, setting in which medication was administered, and procedures for which perioperative antibiotic was deemed necessary.Conclusions: Surgical site infection in facial plastic surgery can be reduced by better conformance to currently available evidence-based guidelines. We offer specific recommendations that are supported by the current literature.

Recent new laser technology has increased the options for treatment of scars. These have been shown to be beneficial for hypotrophic, incipient, and established scars. The benefits of laser therapy may be due to direct and/or histochemical effects.