Hülya Aydin

Electrothermal Bipolar Vessel Sealer in Endoscope-Assisted Latissumus Dorsi Flap Harvesting

LigaSure™ is a new bipolar vascular sealing system commonly used in various fields of surgery. However, no reports have been published about its use in plastic surgery, particularly for endoscopic flap harvesting. In this study, we present the use of LigaSure in endoscope-assisted latissimus dorsi (LD) flap harvesting for breast reconstruction. Between 2006 and 2008, 11 female patients with the mean age of 33.4 (range, 20-49 years) who had previously undergone mastectomy operations were included in the study. First stage of reconstruction was performed with the ipsilateral LD harvested by the help of LigaSure and a tissue expander placed beneath the LD and pectoralis major muscles. Secondary reconstruction was done by a definitive silicon gel-filled implant placed after an average of 6.6 months of expansion (range, 6-9 months). Data concerning the hospitalization and operation times, drainage amounts, complications, etc., were recorded. Mean follow-up was 13 months (range, 8-18 months). Mean flap harvesting time was recorded as 74.2 minutes (range, 50-125 minutes), which shortened as the surgeon got used to the procedure. Patients were hospitalized for 3-7 days, with a mean hospitalization period of 5.5 days. The total mean drainage amount postoperatively was found to be 950 mL (range, 725-975 mL), which is relatively lower than the previously reported values. LigaSure use in endoscope-assisted LD harvesting is easy, safe, and time sparing with almost no complications observed in this small initial series. Although more controlled studies with larger number of patients need to be done to verify its effectiveness in terms of hospitalization, drainage amounts, etc., it holds promise for a wide spectrum of operations in the field of plastic surgery.

Free Nipple Reduction Mammaplasty with a Horizontal Scar in High-Risk Patients

Women with extremely large and ptotic breasts have many complaints and difficulties during daily life. Conventional reduction mammaplasty techniques are not convenient because the presence of excess tissue beneath and over a long pedicle may cause nipple-areola complex necrosis. These patients mostly have systemic health problems so they benefit from a shorter operative procedure. The amputation method is an option providing rapid surgical operation time and little blood loss but it may lead to a flat, unaesthetic breast with poor projection. In this paper we present an alternative amputation with the use of a backfolded dermoglandular flap and free nipple graft. The inferior pole is amputated. The deepithelialized breast tissue is left on the superior pedicle extending below the 7-cm vertical limb mark. This deepithelialized tissue is tucked to give more central mound projection. The aesthetic outcomes, such as well-rounded breasts with good projection and a hidden scar at the submammary sulcus, have led us to perform this technique, which was first described by the Mansteins in 1997.

The use of the ipsilateral versus contralateral pedicle and vertical versus horizontal flap inset models in TRAM flap breast reconstruction: The aesthetic outcome

The use of an ipsilateral or a contralateral rectus abdominis muscle as a pedicle and comparison of their advantages and disadvantages in TRAM flap breast reconstruction have been reported in the literature. In our clinical experience with 22 pedicled TRAM flap breast reconstructions, the use of either an ipsilateral or contralateral pedicle was found to be equivocal regarding the flap viability and the aesthetic outcome. Thus, it seems better to decide their use according to the needs of an individual patient.In our series, the contralateral pedicled TRAM flap with a vertical flap inset was preferred in patients with a small opposite breast or in patients with infraclavicular tissue losses (four patients). The ipsilateral pedicled TRAM flap reconstruction with a horizontal flap inset was preferred in patients with a full and attractive opposite breast, unless they received adjuvant radiotherapy (six patients). In patients who received adjuvant radiotherapy the contralateral pedicle was used regardless of the inset model preferred (10 patients). Bilateral TRAM flap breast reconstruction was applied in one of our cases, which is not included in the three categories above mentioned. The aesthetic outcome was determined by analyzing a patient satisfaction questionnaire. Overall satisfaction was achieved in 17 patients. Four patients were dissatisfied.We think that choosing the correct flap inset model is one of the most important factors in achieving a satisfactory aesthetic outcome. Choosing the correct pedicle regarding the type of the flap inset model is equally important to facilitate technical ease during flap transposition and to improve flap survival.

Modification of Vertical Scar in Vertical Mammaplasty Technique

Abstract. Vertical mammaplasty is a simple and safe procedure that relies on an upper pedicle to the areola with lower central breast reduction and glandular shaping. We applied this technique to six patients adding a modification of the vertical scar which distributed skin tension both to the areola and vertical suture line. It prevented an unacceptable puckering vertical scar and enlargement of areola. This modification also provided satisfactory breast shape with a good vertical scar especially at the early postoperative period.

Preexpanded perforator flaps of the dorsolateral trunk in pediatric patients.

Background: Contractures and broad scars of the axilla, anterior chest wall, and neck have detrimental effects on functional, physical, and psychological development of children. Perforator flaps have already been shown to be reliable options for the reconstruction of contractures, but there have been no reports demonstrating the value of preexpanded perforator flaps of the dorsolateral trunk region in the treatment of extensive contractures and scars of pediatric patients. The purpose of this study was to demonstrate these techniques by a case series formed of pediatric patients with broad scars and contractures of the anterior chest wall, axilla, neck, and breasts. Methods: Seven pediatric patients (mean age, 11.6 years) who were treated by preexpanded perforator flaps are presented. By this means, clinical experience regarding the intercostal artery perforator, thoracodorsal artery perforator, circumflex scapular artery perforator, and lumbar artery perforator flaps was shared. Results: Flaps as large as 21 × 11 cm could be successfully transferred in pediatric patients. Broad scar tissues were resurfaced with broad flaps carrying similar characteristics with the uninjured anterior chest wall and neck skin in six of the authors’ patients. In one patient with partial necrosis, a full-thickness skin graft was used for the residual defect. The mean duration of postoperative (after flap transfer) follow-up was 17.2 months. Conclusions: The preexpanded thoracodorsal artery perforator, intercostal artery perforator, and circumflex scapular artery perforator flaps are useful and effective reconstructive options for the treatment of scars and contractures of the anterior chest wall, axilla, neck, and breast in pediatric patients. CLINICAL QUESTION/LEVEL OF EVIDENCE: Therapeutic, IV.

Lower eyelid reconstruction in a paediatric face: A one-stage aesthetic approach using the versatile temporoparietal fascia flap

There are many different lower eyelid reconstruction techniques defined in the literature. Almost all of the published techniques have been described on elderly patients and use upper eyelid, periorbital or facial tissues as donor sites. However, in case of a paediatric patient or a young adult who has a crease-free and scarless face, camouflage of the facial donor-site scar is usually impossible. In order to avoid possible facial donor-site scars and upper eyelid deformities, a technique which uses the temporoparietal fascia (TPF) flap as the framework of a new eyelid was used for the reconstruction of an adolescent patients postoncologic defect. The inner side of the flap was covered with nasal septal chondromucosal graft and the external side was covered with a retroauricular full-thickness skin graft. Eighteen months of unproblematic follow-up of this overlooked usage of the versatile TPF flap indicates that our technique has proved successful in terms of good functional and cosmetic outcome that is obtained at one stage.

Key and Keyhole Model for Dorsal Onlay Cartilage Grafts in Correcting Nasal Deformities.

BackgroundThe shaping of the cartilage and keeping it in place is very significant for patients who need nasal reconstruction with costal grafts at traumatic or secondary rhinoplasties. In this study, a template is prepared during the surgery that shows the dorsal defect in a 3-dimensional manner and acts as a guide while shaping the cartilage. MethodsSeventeen patients who required secondary rhinoplasties because of trauma or previous operations were included in this study. The patients were operated on between the years 2009 and 2013. The mean age of the patients was 24 years (19–38 years). According to the surgical technique, bone wax was placed in a sheath prepared from the finger of a sterile nylon surgical glove before the dorsal reconstruction. It was placed to the nasal dorsum and shaped over the skin with digital maneuvers. Afterward, the bone wax was stripped off the nylon glove, and it was used as a template to shape the cartilage graft. ResultsNo need for revision rhinoplasties was seen in any of the patients during the mean follow-up period of 19 months. The patients stated that they were satisfied by both the functional and the aesthetic results. ConclusionsThe bone wax template and the defect fit in a key and keyhole fashion. It is supported by multiple points on the nasal bone and the septum. Thus, it does not slide and its warping is avoided. We think that it gives satisfactory results and it shortens the learning process.

Use of Kirschner Wires as Endoscopic Retractors

We read with great interest the article of Dr. da Silva Freitas [1] titled Poland’s Syndrome: Different Clinical Presentations and Surgical Reconstructions in 18 Cases, which presents an up-to-date and useful therapy scheme. Of special interest to us was the use of the endoscopic technique for latissimus dorsi musculocutaneous flap harvest as an option for reconstruction of pectoralis major muscle agenesis in one of their cases. This demonstrates clearly that the number of endoscopic interventions in the repertoire of the plastic surgeon is growing very rapidly. Unfortunately, the steep learning curve and dependence on expensive equipment can be discouraging for the beginner. Innovative alterations of the technique are therefore of the utmost importance because they can cut down on equipment costs and overcome technical obstacles. The technique for endoscopically assisted harvest of latissimus dorsi muscle has been given detailed description in the literature previously by various authors [2,3]. Except for personal preferences and differences of infrastructure, the technique is well settled and reliable. One of the few technical points about which a disagreement still exists concerns the creation and maintenance of the optic cavity. Various techniques have been used besides carbon dioxide insufflation, with varying degrees of success, such as balloon dissection and hydrodissection [4]. Both of these methods have received positive and negative criticism. We present a simple method for assisting flap dissection and increasing exposure in a patient with Poland’s syndrome. A 19-year-old boy presented with a left pectoralis muscle agenesis. An axillary incision and three 5-mm ports were used for flap harvest and inset. Figure 1 shows the use of two Kirschner wires with a diameter of 3 mm to maintain the subcutaneous working space. The first Kirschner wire is placed through the axillary incision parallel to the anterior axillary line. The second wire is placed parallel and posterior to the first one. When both wires are elevated simultaneously, they create a ‘‘tent’’ over the dissected portion of the muscle, which leads to greater exposure of the working space. As the dissection proceeds, the wires can be repositioned for better visualization. The dissection of the most medial portions of the latissimus dorsi muscle where it fuses with the spinal muscles is especially facilitated. The wires can be used for the recipient site in a similar fashion. This innovation enabled us to control a wide field endoscopically with little effort and to reduce the operation time.