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Two patients developed larger calves after surgery, one because of weight gain and the other because of weight training. THALSNS032 Complications included surface irregularity (n = 4, 5.6 percent), numbness over the lateral ankle or lateral foot (n = 9, 12.7 percent), hematoma clot requiring surgical evacuation (n = 11, 15.5 percent), prolonged seroma (n = 2, 2.8 percent), and left ankle plantar-flexion contracture due to tight, sustained postsurgery bandaging (n = 1, 1.5 percent). Scar-related complications were hyperpigmentation (n = 6, 8.5 percent), depressed scars (n = 5, 7 percent), and hypertrophic scars (n = 2, 2.8 percent). CONCLUSIONS Short, long, and endoscope-guided long suction-assisted cartilage shavers for partial resection of calf muscles can be used effectively to reduce the calf. Several mostly treatable complications were noted. CLINICAL QUESTION/LEVEL OF EVIDENCE Therapeutic, IV.BACKGROUND Cryolipolysis is a noninvasive method for removal of subcutaneous fat for body contouring. Conventional cryolipolysis with topical cooling requires extracting heat from subcutaneous fat by conduction across the skin, thus limiting the amount and the location of the fat removed. The authors hypothesized that local injection of a physiological ice slurry directly into target adipose tissue would lead to more efficient and effective cryolipolysis. METHODS Injectable slurries containing 20 percent and 40 percent ice content were made using common parenteral agents (normal saline and glycerol), then locally injected into the subcutaneous fat of swine. Ultrasound imaging, photography, histological, and gross tissue responses were monitored before and periodically up to 8 weeks after injection. RESULTS Fat loss occurred gradually over several weeks following a single ice slurry injection. There was an obvious and significant 55 ± 6 percent reduction in adipose tissue thickness compared with control sites injected with the same volume of melted slurry (p less then 0.001, t test). The amount of fat loss correlated with the total volume of ice injected. There was no scarring or damage to surrounding tissue. CONCLUSION Physiological ice slurry injection is a promising new strategy for selective and nonsurgical fat removal.BACKGROUND Jowl fat overhang can reduce jawline definition. The most common treatment to reduce jowl fat is liposuction. ATX-101 (deoxycholic acid injection), a minimally invasive treatment approved for submental fat reduction, may also be an effective treatment for jowl fat. The current study evaluated the efficacy and safety of ATX-101 treatment for reducing jowl fat. METHODS In this prospective single-site study, 66 adults were treated for excess jowl fat with ATX-101 (area-adjusted dose 2 mg/cm). Eligible patients had pinchable fat on the jawline and relatively minimal skin laxity in the jowl. Depending on the size of the treatment area, ATX-101 injections of 0.2 ml spaced 1.0 cm apart or 0.1 ml spaced 0.50 to 0.75 cm apart were administered. Improvement in jowl appearance was assessed 6 months or more after the last treatment in person by the clinician. Improvement was also assessed by the patient and two independent plastic surgeons using blinded before/after treatment photographs. Safety was evaluated via adverse events. RESULTS The mean number of ATX-101 treatments received was 1.8, with a mean injection volume of 0.8 ml per treatment per jowl. The majority of patients (98 percent) experienced an improvement in jowl appearance. Common adverse events were injection-site edema, numbness, tenderness, and bruising. Injection-site marginal mandibular nerve paresis and alopecia were experienced by three patients each; all events resolved without sequelae. CONCLUSIONS ATX-101 effectively reduced jowl fat and was well tolerated in this small cohort. Care should be taken when injecting ATX-101 into jowl fat to avoid underlying anatomic structures such as the marginal mandibular nerve. CLINICAL QUESTION/LEVEL OF EVIDENCE Therapeutic, IV.BACKGROUND There is no accurate visual representation of the aging process, one that visually shows how the shape of the face changes with age in a rigorous and three-dimensional way. METHOD A total of 594 subjects were studied. Two hundred eighty three-dimensional images of male faces and 305 three-dimensional images of female faces were categorized into "young" and "old" groups by sex. The mean age of the younger men was 33.6, and the mean age of the older men was 70.3. The mean age of the younger women was 24, and the mean age of the older women was 74. Landmarks were placed on all images, and in the male groups the distances between these landmarks were analyzed with an independent t test to compare the differences between age groups. These measurements were then used to develop validated three-dimensional averaged models of the different groups. These averages were formed into comparative image transitions and studied. RESULTS The comparative image transitions of the average young and old faces in this series show accurate and registered age and shape changes. The faces of men and women age in almost identical ways. The images imply that the aging process is not solely along the surface planes of the face but at right angles to it, that is, many of the changes are in and out, not up and down. Males and females seem to age in quantitatively similar ways. CONCLUSIONS These images are unique in the facial aging literature. The main points and conclusions of this article are derived from and only visible in the comparative image transitions included in this article as supplemental digital content. The reader is encouraged to study them because the side-by-side still images do not show the changes.BACKGROUND Nipple-sparing mastectomy has been associated with superior aesthetic outcomes and oncologic safety. However, traditional contraindications, such as breast ptosis/macromastia, have excluded a large number of patients. The purpose of this study was to determine whether a staged approach would expand the indications for nipple-areolar complex preservation and permit greater control over nipple-areolar complex position and skin envelope following autologous reconstruction. METHODS A retrospective analysis was conducted of female patients with a diagnosis of breast cancer or BRCA mutation with grade 2 or 3 ptosis and/or macromastia who underwent bilateral (oncoplastic) reduction/mastopexy (stage 1) followed by bilateral nipple-sparing mastectomy with immediate reconstruction with free abdominal flaps (stage 2). The authors were specifically interested in the incidence of mastectomy skin necrosis and nipple-areolar complex necrosis and malposition following stage 2. RESULTS Sixty-one patients with a mean age of 45.
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